MJ2411 Renewable Energy Technology 6 hp (HT17)
Kick-off Lecture
Prof Andrew Martin Course Leader and Examiner
andrewmkthse
Overview of Todayrsquos Lecture
bull General information
bull Learning outcomes of this course
bull Presentation of lecturers and topics
bull Other practical information
2
General Information
bull Required course for students enrolled in
- SEE Program
- ISEE Program
- SELECT Program
- RENE Program
- ME3 Program
bull Popular course among exchange students
bull Distance-based students Energy On-line Program
SELECT-UPC
bull Knowledge of engineering thermodynamics a prerequisite
bull Enrollment HT17 around 200 participants
3
Course Administration
bull Course Leader and Examiner Prof Andrew Martin
andrewmkthse
bull Teaching Assistant MSc Monica Arnaudo
arnaudokthse
bull Communication
- Direct contact beforeafter class is highly encouraged
- Inbox function in Canvas
- E-mail for setting up appointments only
4
new LMS for KTH see httpskthinstructurecomcourses3293
Learning Outcomes
bull Describe the fundamentals and main characteristics of
renewable energy sources and their differences compared
to fossil fuels
bull Explain the technological basis for harnessing renewable
energy sources
bull Recognize the effects that current energy systems based
on fossil fuels have over the environment and the society
bull Describe the main components of different renewable
energy systems
bull Compare different renewable energy technologies and
choose the most appropriate based on local conditions
5
Learning Outcomes (cont)
bull Perform simple techno-economical assessments of renewable
energy systems
bull Perform and compare environmental assessments of
renewable energy systems and conventional fossil fuel
systems
bull Design renewablehybrid energy systems that meet specific
energy demands are economically feasible and have a
minimal impact on the environment
bull Suggest the best combination of technological solutions to
minimize the emission of greenhouse gases and increase the
sustainability of the energy system in specific areasregions
bull Discuss how to utilize local energy resources (renewable and
non-renewable) to achieve the sustainable energy system
6
Activities amp Assessment
bull Canvas provides the framework for study throughout the
course
bull Lectures
- Available as videos in Canvas
- Learning outcomes and other material modularized
bull Seminars and problem solving
- On-campus students in-class in one of three parallel
sessions
- Distance-based students dedicated session run via Skype
for Business
7
Activities amp Assessment (cont)
bull Home assignments (INL1 10 hp)
- Four problems are to be solved individually Full
instructions available in Canvas
bull Quiz 1 (KON1 05 hp) and Quiz 2 (KON2 05 hp)
- On-line multiple choice and essay questions
bull Exam (TEN1 40 hp)
- Traditional paper-based format
bull Field trip information posted in Canvas
8
Grading
bull Home assignments (INL1)
- Passfail
- Must be submitted on time otherwise new submission
HT18
bull Quizzes (KON1 KON2) and exam (TEN1)
- A 100-90 B 89-80 C 79-70 D 69-60 E 59-50
Fx 49
bull Final grade []
= (05KON1 [] + 05KON2 [] + 40TEN1 []) 5
See above for corresponding letter grade
9
Grading (cont)
bull Make-up quizzes will be given on a case-by-case basis It is
not possible to re-sit a quiz in order to achieve a higher
grade
bull Re-exam scheduled for Period 3-4 (VT18)
10
Lecturers and Seminar Leaders
bull Wind power
Tekn Lic Miroslav Petrov Dr Thomas Ackermann
bull Biomass
Dr Peter Hagstroumlm Dr Jeevan Jayasuriya Dr Vera Nemanova
Dr Thomas Nordgreen Tekn Lic Miroslav Petrov
bull Solar
Affliated Prof Anjane Krothapalli MSc Lukas Aichmayer
Tekn Dr Rafael Gueacutedez MSc Jorge Garrido Tekn Lic Monika Topel
Dr Wujun Wang
bull Hydropower
Dr Brijesh Mainali Assistant Prof Dilip Khatiwada MSc Babak Rezapoor
bull Other topics
Prof Andrew Martin Affiliated Prof Massimo Santarelli
Tekn Lic Miroslav Petrov Dr Justin Chiu
Energynautics GmbH
Sweco AB
11
Pedagogical Approach ndash Traditional
12
Pedagogical Approach ndash rsquoFlippedClassroomrsquo
13
Pedagogical Approach ndash rsquoFlippedClassroomrsquo (cont)
bull Goal is to improve quality of learning by increasing
interactivity in classroom
bull Instead of traditional lectures
- Videos professionally produced at KTH Media Lab
- Topic modularization with embedded learning
outcomes and other material
- Class time spent in seminars and problem solving
bull Almost all of topics handled this way
14
Lecture and Seminar Schedule ndash Period 1 (on-campus students)
Date amp Time Activity Instructor
28 Aug 800-1000 Course Kick-off Andrew Martin
31 Aug 1500-1700Seminar 1 Introduction to Energy
ConversionAndrew Martin
7 Sep 1500-1700Seminar 2 Biomass Resources
Thermochemical Conversion
Andrew Martin Jeevan
Jayasuriya Miroslav Petrov
14 Sep 1500-1700 Seminar 3 Biochemical ConversionAndrew Martin Jeevan
Jayasuriya Miroslav Petrov
21 Sep 1500-1700Seminar 4 Biomass Problem Solving
Session
Andrew Martin Justin Chiu
Miroslav Petrov
28 Sep 1500-1700 Seminar 5 Wind PowerAndrew Martin Jeevan
Jayasuriya Miroslav Petrov
2 Oct 1500-1700 Lecture Wind Power Systems Part 1 Thomas Ackermann
5 Oct 1500-1700 Lecture Wind Power Systems Part 2 Thomas Ackermann
10 Oct 800-1000 KON1 (Quiz 1)
15
Lecture and Seminar Schedule ndash Period 1 (distance-based students)
Date amp Time Activity Instructor
29 Aug 10-12 Course Kick-off Andrew Martin
31 Aug 10-12Seminar 1 Introduction to Energy
ConversionAndrew Martin
7 Sep 10-12Seminar 2 Biomass Resources
Thermochemical ConversionAndrew Martin
14 Sep 10-12 Seminar 3 Biochemical Conversion Andrew Martin
26 Sep 8-10Seminar 4 Biomass Problem Solving
SessionAndrew Martin
28 Sep 10-12 Seminar 5 Wind Power Miroslav Petrov
6 Oct 10-12 Lecture Wind Power Systems Part 1 Thomas Ackermann
6 Oct 13-15 Lecture Wind Power Systems Part 2 Thomas Ackermann
10 Oct 800-1000 KON1 (Quiz 1)
16
SELECT-KTH to join this session
Lecture and Seminar Schedule ndash Period 2 (on-campus students)
Date amp Time Activity Instructor
1 Nov 800-1000Seminar 6 Solar Problem Solving
Session
Lukas Aichmayer Rafael Gueacutedez
Jorge Garrido
2-3 Nov Field Trips --
9 Nov 1500-1700Seminar 7 Low Temperature Solar
Thermal Systems
Lukas Aichmayer Wujun Wang
Jorge Garrido
16 Nov 1500-1700Seminar 8 Concentrating Solar Power
Plants and Photovoltaics
Rafael Gueacutedez Monika Topel
Wujun Wang
23 Nov 1500-1700 Seminar 9 Small-scale HydropowerBrijesh Mainali Dilip Khatiwada
Babak Rezapoor
30 Nov 1500-1700 Seminar 10 Large-scale HydropowerBrijesh Mainali Dilip Khatiwada
Babak Rezapoor
7 Dec 1500-1700 Seminar 11 Energy StorageJustin Chiu Rafael Gueacutedez
Wujun Wang
12 Dec 800-1000 KON2 (Quiz 2) --
14 Dec 1500-1700Seminar 12 Hydrogen amp Fuel Cells
Geothermal Energy Marine Energy
Andrew Martin Miroslav Petrov
Jeevan Jayasuriya
17
Lecture and Seminar Schedule ndash Period 2 (distance-based students)
Date amp Time Activity Instructor
2 Nov 10-12Seminar 6 Solar Problem Solving
SessionLukas Aichmayer
9 Nov 10-12Seminar 7 Low Temperature Solar
Thermal SystemsWujun Wang
16 Nov 10-12Seminar 8 Concentrating Solar Power
Plants and PhotovoltaicsMonika Topel
23 Nov 10-12 Seminar 9 Small-scale Hydropower Dilip Khatiwada
30 Nov 10-12 Seminar 10 Large-scale Hydropower Babak Rezapoor
4 Dec 15-17 Seminar 11 Energy Storage Justin Chiu
2 Nov 10-12Seminar 6 Solar Problem Solving
SessionLukas Aichmayer
12 Dec 800-1000 KON2 (Quiz 2) --
14 Dec 10-12Seminar 12 Hydrogen amp Fuel Cells
Geothermal Energy Marine EnergyAndrew Martin
18
Seminars
bull Self-formed seminar groups
- First assignment in Canvas
- Max 6 students per group
bull Each group assigned a seminar session from Seminar 2
onwards
bull Questions posted in advance
- Check respective module in Canvas
bull Group discussions will take place during the seminar
- Groups to share findings
- Seminar leader comments and summarizes outcome
19
Practical Advice for Success
bull Prioritize seminars and problem solving sessions
bull Use scheduled self study sessions for this course
bull Be active when viewing videos
bull Work continuously
20
Key Dates
bull Home assignments (INL1)
1-1 Biomass launched 11 Sep due 25 Sep 2359
1-2 Wind launched 18 Sep due 2 Oct 2359
1-3 Solar launched 20 Oct due 20 Nov 2359
1-4 Hydropower launched 20 Nov due 4 Dec 2359
bull Quiz 1 (KON1) 10 Oct 800-1000
bull Field trips 2-3 Nov
- Sign up for one only
bull Quiz 2 (KON2) 12 Dec 800-1000
bull Exam (TEN1) 18 Dec 800-12 andor
10 Jan 1400-1800
21
Assignment for Seminar 1
bull Form seminar group
bull Review all material in Canvas modules
- Course Orientation
- Introduction to Energy Conversion
bull Refer to Canvas for specific questions to be discussed
22
Thank you and
GOOD LUCK
23
Overview of Todayrsquos Lecture
bull General information
bull Learning outcomes of this course
bull Presentation of lecturers and topics
bull Other practical information
2
General Information
bull Required course for students enrolled in
- SEE Program
- ISEE Program
- SELECT Program
- RENE Program
- ME3 Program
bull Popular course among exchange students
bull Distance-based students Energy On-line Program
SELECT-UPC
bull Knowledge of engineering thermodynamics a prerequisite
bull Enrollment HT17 around 200 participants
3
Course Administration
bull Course Leader and Examiner Prof Andrew Martin
andrewmkthse
bull Teaching Assistant MSc Monica Arnaudo
arnaudokthse
bull Communication
- Direct contact beforeafter class is highly encouraged
- Inbox function in Canvas
- E-mail for setting up appointments only
4
new LMS for KTH see httpskthinstructurecomcourses3293
Learning Outcomes
bull Describe the fundamentals and main characteristics of
renewable energy sources and their differences compared
to fossil fuels
bull Explain the technological basis for harnessing renewable
energy sources
bull Recognize the effects that current energy systems based
on fossil fuels have over the environment and the society
bull Describe the main components of different renewable
energy systems
bull Compare different renewable energy technologies and
choose the most appropriate based on local conditions
5
Learning Outcomes (cont)
bull Perform simple techno-economical assessments of renewable
energy systems
bull Perform and compare environmental assessments of
renewable energy systems and conventional fossil fuel
systems
bull Design renewablehybrid energy systems that meet specific
energy demands are economically feasible and have a
minimal impact on the environment
bull Suggest the best combination of technological solutions to
minimize the emission of greenhouse gases and increase the
sustainability of the energy system in specific areasregions
bull Discuss how to utilize local energy resources (renewable and
non-renewable) to achieve the sustainable energy system
6
Activities amp Assessment
bull Canvas provides the framework for study throughout the
course
bull Lectures
- Available as videos in Canvas
- Learning outcomes and other material modularized
bull Seminars and problem solving
- On-campus students in-class in one of three parallel
sessions
- Distance-based students dedicated session run via Skype
for Business
7
Activities amp Assessment (cont)
bull Home assignments (INL1 10 hp)
- Four problems are to be solved individually Full
instructions available in Canvas
bull Quiz 1 (KON1 05 hp) and Quiz 2 (KON2 05 hp)
- On-line multiple choice and essay questions
bull Exam (TEN1 40 hp)
- Traditional paper-based format
bull Field trip information posted in Canvas
8
Grading
bull Home assignments (INL1)
- Passfail
- Must be submitted on time otherwise new submission
HT18
bull Quizzes (KON1 KON2) and exam (TEN1)
- A 100-90 B 89-80 C 79-70 D 69-60 E 59-50
Fx 49
bull Final grade []
= (05KON1 [] + 05KON2 [] + 40TEN1 []) 5
See above for corresponding letter grade
9
Grading (cont)
bull Make-up quizzes will be given on a case-by-case basis It is
not possible to re-sit a quiz in order to achieve a higher
grade
bull Re-exam scheduled for Period 3-4 (VT18)
10
Lecturers and Seminar Leaders
bull Wind power
Tekn Lic Miroslav Petrov Dr Thomas Ackermann
bull Biomass
Dr Peter Hagstroumlm Dr Jeevan Jayasuriya Dr Vera Nemanova
Dr Thomas Nordgreen Tekn Lic Miroslav Petrov
bull Solar
Affliated Prof Anjane Krothapalli MSc Lukas Aichmayer
Tekn Dr Rafael Gueacutedez MSc Jorge Garrido Tekn Lic Monika Topel
Dr Wujun Wang
bull Hydropower
Dr Brijesh Mainali Assistant Prof Dilip Khatiwada MSc Babak Rezapoor
bull Other topics
Prof Andrew Martin Affiliated Prof Massimo Santarelli
Tekn Lic Miroslav Petrov Dr Justin Chiu
Energynautics GmbH
Sweco AB
11
Pedagogical Approach ndash Traditional
12
Pedagogical Approach ndash rsquoFlippedClassroomrsquo
13
Pedagogical Approach ndash rsquoFlippedClassroomrsquo (cont)
bull Goal is to improve quality of learning by increasing
interactivity in classroom
bull Instead of traditional lectures
- Videos professionally produced at KTH Media Lab
- Topic modularization with embedded learning
outcomes and other material
- Class time spent in seminars and problem solving
bull Almost all of topics handled this way
14
Lecture and Seminar Schedule ndash Period 1 (on-campus students)
Date amp Time Activity Instructor
28 Aug 800-1000 Course Kick-off Andrew Martin
31 Aug 1500-1700Seminar 1 Introduction to Energy
ConversionAndrew Martin
7 Sep 1500-1700Seminar 2 Biomass Resources
Thermochemical Conversion
Andrew Martin Jeevan
Jayasuriya Miroslav Petrov
14 Sep 1500-1700 Seminar 3 Biochemical ConversionAndrew Martin Jeevan
Jayasuriya Miroslav Petrov
21 Sep 1500-1700Seminar 4 Biomass Problem Solving
Session
Andrew Martin Justin Chiu
Miroslav Petrov
28 Sep 1500-1700 Seminar 5 Wind PowerAndrew Martin Jeevan
Jayasuriya Miroslav Petrov
2 Oct 1500-1700 Lecture Wind Power Systems Part 1 Thomas Ackermann
5 Oct 1500-1700 Lecture Wind Power Systems Part 2 Thomas Ackermann
10 Oct 800-1000 KON1 (Quiz 1)
15
Lecture and Seminar Schedule ndash Period 1 (distance-based students)
Date amp Time Activity Instructor
29 Aug 10-12 Course Kick-off Andrew Martin
31 Aug 10-12Seminar 1 Introduction to Energy
ConversionAndrew Martin
7 Sep 10-12Seminar 2 Biomass Resources
Thermochemical ConversionAndrew Martin
14 Sep 10-12 Seminar 3 Biochemical Conversion Andrew Martin
26 Sep 8-10Seminar 4 Biomass Problem Solving
SessionAndrew Martin
28 Sep 10-12 Seminar 5 Wind Power Miroslav Petrov
6 Oct 10-12 Lecture Wind Power Systems Part 1 Thomas Ackermann
6 Oct 13-15 Lecture Wind Power Systems Part 2 Thomas Ackermann
10 Oct 800-1000 KON1 (Quiz 1)
16
SELECT-KTH to join this session
Lecture and Seminar Schedule ndash Period 2 (on-campus students)
Date amp Time Activity Instructor
1 Nov 800-1000Seminar 6 Solar Problem Solving
Session
Lukas Aichmayer Rafael Gueacutedez
Jorge Garrido
2-3 Nov Field Trips --
9 Nov 1500-1700Seminar 7 Low Temperature Solar
Thermal Systems
Lukas Aichmayer Wujun Wang
Jorge Garrido
16 Nov 1500-1700Seminar 8 Concentrating Solar Power
Plants and Photovoltaics
Rafael Gueacutedez Monika Topel
Wujun Wang
23 Nov 1500-1700 Seminar 9 Small-scale HydropowerBrijesh Mainali Dilip Khatiwada
Babak Rezapoor
30 Nov 1500-1700 Seminar 10 Large-scale HydropowerBrijesh Mainali Dilip Khatiwada
Babak Rezapoor
7 Dec 1500-1700 Seminar 11 Energy StorageJustin Chiu Rafael Gueacutedez
Wujun Wang
12 Dec 800-1000 KON2 (Quiz 2) --
14 Dec 1500-1700Seminar 12 Hydrogen amp Fuel Cells
Geothermal Energy Marine Energy
Andrew Martin Miroslav Petrov
Jeevan Jayasuriya
17
Lecture and Seminar Schedule ndash Period 2 (distance-based students)
Date amp Time Activity Instructor
2 Nov 10-12Seminar 6 Solar Problem Solving
SessionLukas Aichmayer
9 Nov 10-12Seminar 7 Low Temperature Solar
Thermal SystemsWujun Wang
16 Nov 10-12Seminar 8 Concentrating Solar Power
Plants and PhotovoltaicsMonika Topel
23 Nov 10-12 Seminar 9 Small-scale Hydropower Dilip Khatiwada
30 Nov 10-12 Seminar 10 Large-scale Hydropower Babak Rezapoor
4 Dec 15-17 Seminar 11 Energy Storage Justin Chiu
2 Nov 10-12Seminar 6 Solar Problem Solving
SessionLukas Aichmayer
12 Dec 800-1000 KON2 (Quiz 2) --
14 Dec 10-12Seminar 12 Hydrogen amp Fuel Cells
Geothermal Energy Marine EnergyAndrew Martin
18
Seminars
bull Self-formed seminar groups
- First assignment in Canvas
- Max 6 students per group
bull Each group assigned a seminar session from Seminar 2
onwards
bull Questions posted in advance
- Check respective module in Canvas
bull Group discussions will take place during the seminar
- Groups to share findings
- Seminar leader comments and summarizes outcome
19
Practical Advice for Success
bull Prioritize seminars and problem solving sessions
bull Use scheduled self study sessions for this course
bull Be active when viewing videos
bull Work continuously
20
Key Dates
bull Home assignments (INL1)
1-1 Biomass launched 11 Sep due 25 Sep 2359
1-2 Wind launched 18 Sep due 2 Oct 2359
1-3 Solar launched 20 Oct due 20 Nov 2359
1-4 Hydropower launched 20 Nov due 4 Dec 2359
bull Quiz 1 (KON1) 10 Oct 800-1000
bull Field trips 2-3 Nov
- Sign up for one only
bull Quiz 2 (KON2) 12 Dec 800-1000
bull Exam (TEN1) 18 Dec 800-12 andor
10 Jan 1400-1800
21
Assignment for Seminar 1
bull Form seminar group
bull Review all material in Canvas modules
- Course Orientation
- Introduction to Energy Conversion
bull Refer to Canvas for specific questions to be discussed
22
Thank you and
GOOD LUCK
23
General Information
bull Required course for students enrolled in
- SEE Program
- ISEE Program
- SELECT Program
- RENE Program
- ME3 Program
bull Popular course among exchange students
bull Distance-based students Energy On-line Program
SELECT-UPC
bull Knowledge of engineering thermodynamics a prerequisite
bull Enrollment HT17 around 200 participants
3
Course Administration
bull Course Leader and Examiner Prof Andrew Martin
andrewmkthse
bull Teaching Assistant MSc Monica Arnaudo
arnaudokthse
bull Communication
- Direct contact beforeafter class is highly encouraged
- Inbox function in Canvas
- E-mail for setting up appointments only
4
new LMS for KTH see httpskthinstructurecomcourses3293
Learning Outcomes
bull Describe the fundamentals and main characteristics of
renewable energy sources and their differences compared
to fossil fuels
bull Explain the technological basis for harnessing renewable
energy sources
bull Recognize the effects that current energy systems based
on fossil fuels have over the environment and the society
bull Describe the main components of different renewable
energy systems
bull Compare different renewable energy technologies and
choose the most appropriate based on local conditions
5
Learning Outcomes (cont)
bull Perform simple techno-economical assessments of renewable
energy systems
bull Perform and compare environmental assessments of
renewable energy systems and conventional fossil fuel
systems
bull Design renewablehybrid energy systems that meet specific
energy demands are economically feasible and have a
minimal impact on the environment
bull Suggest the best combination of technological solutions to
minimize the emission of greenhouse gases and increase the
sustainability of the energy system in specific areasregions
bull Discuss how to utilize local energy resources (renewable and
non-renewable) to achieve the sustainable energy system
6
Activities amp Assessment
bull Canvas provides the framework for study throughout the
course
bull Lectures
- Available as videos in Canvas
- Learning outcomes and other material modularized
bull Seminars and problem solving
- On-campus students in-class in one of three parallel
sessions
- Distance-based students dedicated session run via Skype
for Business
7
Activities amp Assessment (cont)
bull Home assignments (INL1 10 hp)
- Four problems are to be solved individually Full
instructions available in Canvas
bull Quiz 1 (KON1 05 hp) and Quiz 2 (KON2 05 hp)
- On-line multiple choice and essay questions
bull Exam (TEN1 40 hp)
- Traditional paper-based format
bull Field trip information posted in Canvas
8
Grading
bull Home assignments (INL1)
- Passfail
- Must be submitted on time otherwise new submission
HT18
bull Quizzes (KON1 KON2) and exam (TEN1)
- A 100-90 B 89-80 C 79-70 D 69-60 E 59-50
Fx 49
bull Final grade []
= (05KON1 [] + 05KON2 [] + 40TEN1 []) 5
See above for corresponding letter grade
9
Grading (cont)
bull Make-up quizzes will be given on a case-by-case basis It is
not possible to re-sit a quiz in order to achieve a higher
grade
bull Re-exam scheduled for Period 3-4 (VT18)
10
Lecturers and Seminar Leaders
bull Wind power
Tekn Lic Miroslav Petrov Dr Thomas Ackermann
bull Biomass
Dr Peter Hagstroumlm Dr Jeevan Jayasuriya Dr Vera Nemanova
Dr Thomas Nordgreen Tekn Lic Miroslav Petrov
bull Solar
Affliated Prof Anjane Krothapalli MSc Lukas Aichmayer
Tekn Dr Rafael Gueacutedez MSc Jorge Garrido Tekn Lic Monika Topel
Dr Wujun Wang
bull Hydropower
Dr Brijesh Mainali Assistant Prof Dilip Khatiwada MSc Babak Rezapoor
bull Other topics
Prof Andrew Martin Affiliated Prof Massimo Santarelli
Tekn Lic Miroslav Petrov Dr Justin Chiu
Energynautics GmbH
Sweco AB
11
Pedagogical Approach ndash Traditional
12
Pedagogical Approach ndash rsquoFlippedClassroomrsquo
13
Pedagogical Approach ndash rsquoFlippedClassroomrsquo (cont)
bull Goal is to improve quality of learning by increasing
interactivity in classroom
bull Instead of traditional lectures
- Videos professionally produced at KTH Media Lab
- Topic modularization with embedded learning
outcomes and other material
- Class time spent in seminars and problem solving
bull Almost all of topics handled this way
14
Lecture and Seminar Schedule ndash Period 1 (on-campus students)
Date amp Time Activity Instructor
28 Aug 800-1000 Course Kick-off Andrew Martin
31 Aug 1500-1700Seminar 1 Introduction to Energy
ConversionAndrew Martin
7 Sep 1500-1700Seminar 2 Biomass Resources
Thermochemical Conversion
Andrew Martin Jeevan
Jayasuriya Miroslav Petrov
14 Sep 1500-1700 Seminar 3 Biochemical ConversionAndrew Martin Jeevan
Jayasuriya Miroslav Petrov
21 Sep 1500-1700Seminar 4 Biomass Problem Solving
Session
Andrew Martin Justin Chiu
Miroslav Petrov
28 Sep 1500-1700 Seminar 5 Wind PowerAndrew Martin Jeevan
Jayasuriya Miroslav Petrov
2 Oct 1500-1700 Lecture Wind Power Systems Part 1 Thomas Ackermann
5 Oct 1500-1700 Lecture Wind Power Systems Part 2 Thomas Ackermann
10 Oct 800-1000 KON1 (Quiz 1)
15
Lecture and Seminar Schedule ndash Period 1 (distance-based students)
Date amp Time Activity Instructor
29 Aug 10-12 Course Kick-off Andrew Martin
31 Aug 10-12Seminar 1 Introduction to Energy
ConversionAndrew Martin
7 Sep 10-12Seminar 2 Biomass Resources
Thermochemical ConversionAndrew Martin
14 Sep 10-12 Seminar 3 Biochemical Conversion Andrew Martin
26 Sep 8-10Seminar 4 Biomass Problem Solving
SessionAndrew Martin
28 Sep 10-12 Seminar 5 Wind Power Miroslav Petrov
6 Oct 10-12 Lecture Wind Power Systems Part 1 Thomas Ackermann
6 Oct 13-15 Lecture Wind Power Systems Part 2 Thomas Ackermann
10 Oct 800-1000 KON1 (Quiz 1)
16
SELECT-KTH to join this session
Lecture and Seminar Schedule ndash Period 2 (on-campus students)
Date amp Time Activity Instructor
1 Nov 800-1000Seminar 6 Solar Problem Solving
Session
Lukas Aichmayer Rafael Gueacutedez
Jorge Garrido
2-3 Nov Field Trips --
9 Nov 1500-1700Seminar 7 Low Temperature Solar
Thermal Systems
Lukas Aichmayer Wujun Wang
Jorge Garrido
16 Nov 1500-1700Seminar 8 Concentrating Solar Power
Plants and Photovoltaics
Rafael Gueacutedez Monika Topel
Wujun Wang
23 Nov 1500-1700 Seminar 9 Small-scale HydropowerBrijesh Mainali Dilip Khatiwada
Babak Rezapoor
30 Nov 1500-1700 Seminar 10 Large-scale HydropowerBrijesh Mainali Dilip Khatiwada
Babak Rezapoor
7 Dec 1500-1700 Seminar 11 Energy StorageJustin Chiu Rafael Gueacutedez
Wujun Wang
12 Dec 800-1000 KON2 (Quiz 2) --
14 Dec 1500-1700Seminar 12 Hydrogen amp Fuel Cells
Geothermal Energy Marine Energy
Andrew Martin Miroslav Petrov
Jeevan Jayasuriya
17
Lecture and Seminar Schedule ndash Period 2 (distance-based students)
Date amp Time Activity Instructor
2 Nov 10-12Seminar 6 Solar Problem Solving
SessionLukas Aichmayer
9 Nov 10-12Seminar 7 Low Temperature Solar
Thermal SystemsWujun Wang
16 Nov 10-12Seminar 8 Concentrating Solar Power
Plants and PhotovoltaicsMonika Topel
23 Nov 10-12 Seminar 9 Small-scale Hydropower Dilip Khatiwada
30 Nov 10-12 Seminar 10 Large-scale Hydropower Babak Rezapoor
4 Dec 15-17 Seminar 11 Energy Storage Justin Chiu
2 Nov 10-12Seminar 6 Solar Problem Solving
SessionLukas Aichmayer
12 Dec 800-1000 KON2 (Quiz 2) --
14 Dec 10-12Seminar 12 Hydrogen amp Fuel Cells
Geothermal Energy Marine EnergyAndrew Martin
18
Seminars
bull Self-formed seminar groups
- First assignment in Canvas
- Max 6 students per group
bull Each group assigned a seminar session from Seminar 2
onwards
bull Questions posted in advance
- Check respective module in Canvas
bull Group discussions will take place during the seminar
- Groups to share findings
- Seminar leader comments and summarizes outcome
19
Practical Advice for Success
bull Prioritize seminars and problem solving sessions
bull Use scheduled self study sessions for this course
bull Be active when viewing videos
bull Work continuously
20
Key Dates
bull Home assignments (INL1)
1-1 Biomass launched 11 Sep due 25 Sep 2359
1-2 Wind launched 18 Sep due 2 Oct 2359
1-3 Solar launched 20 Oct due 20 Nov 2359
1-4 Hydropower launched 20 Nov due 4 Dec 2359
bull Quiz 1 (KON1) 10 Oct 800-1000
bull Field trips 2-3 Nov
- Sign up for one only
bull Quiz 2 (KON2) 12 Dec 800-1000
bull Exam (TEN1) 18 Dec 800-12 andor
10 Jan 1400-1800
21
Assignment for Seminar 1
bull Form seminar group
bull Review all material in Canvas modules
- Course Orientation
- Introduction to Energy Conversion
bull Refer to Canvas for specific questions to be discussed
22
Thank you and
GOOD LUCK
23
Course Administration
bull Course Leader and Examiner Prof Andrew Martin
andrewmkthse
bull Teaching Assistant MSc Monica Arnaudo
arnaudokthse
bull Communication
- Direct contact beforeafter class is highly encouraged
- Inbox function in Canvas
- E-mail for setting up appointments only
4
new LMS for KTH see httpskthinstructurecomcourses3293
Learning Outcomes
bull Describe the fundamentals and main characteristics of
renewable energy sources and their differences compared
to fossil fuels
bull Explain the technological basis for harnessing renewable
energy sources
bull Recognize the effects that current energy systems based
on fossil fuels have over the environment and the society
bull Describe the main components of different renewable
energy systems
bull Compare different renewable energy technologies and
choose the most appropriate based on local conditions
5
Learning Outcomes (cont)
bull Perform simple techno-economical assessments of renewable
energy systems
bull Perform and compare environmental assessments of
renewable energy systems and conventional fossil fuel
systems
bull Design renewablehybrid energy systems that meet specific
energy demands are economically feasible and have a
minimal impact on the environment
bull Suggest the best combination of technological solutions to
minimize the emission of greenhouse gases and increase the
sustainability of the energy system in specific areasregions
bull Discuss how to utilize local energy resources (renewable and
non-renewable) to achieve the sustainable energy system
6
Activities amp Assessment
bull Canvas provides the framework for study throughout the
course
bull Lectures
- Available as videos in Canvas
- Learning outcomes and other material modularized
bull Seminars and problem solving
- On-campus students in-class in one of three parallel
sessions
- Distance-based students dedicated session run via Skype
for Business
7
Activities amp Assessment (cont)
bull Home assignments (INL1 10 hp)
- Four problems are to be solved individually Full
instructions available in Canvas
bull Quiz 1 (KON1 05 hp) and Quiz 2 (KON2 05 hp)
- On-line multiple choice and essay questions
bull Exam (TEN1 40 hp)
- Traditional paper-based format
bull Field trip information posted in Canvas
8
Grading
bull Home assignments (INL1)
- Passfail
- Must be submitted on time otherwise new submission
HT18
bull Quizzes (KON1 KON2) and exam (TEN1)
- A 100-90 B 89-80 C 79-70 D 69-60 E 59-50
Fx 49
bull Final grade []
= (05KON1 [] + 05KON2 [] + 40TEN1 []) 5
See above for corresponding letter grade
9
Grading (cont)
bull Make-up quizzes will be given on a case-by-case basis It is
not possible to re-sit a quiz in order to achieve a higher
grade
bull Re-exam scheduled for Period 3-4 (VT18)
10
Lecturers and Seminar Leaders
bull Wind power
Tekn Lic Miroslav Petrov Dr Thomas Ackermann
bull Biomass
Dr Peter Hagstroumlm Dr Jeevan Jayasuriya Dr Vera Nemanova
Dr Thomas Nordgreen Tekn Lic Miroslav Petrov
bull Solar
Affliated Prof Anjane Krothapalli MSc Lukas Aichmayer
Tekn Dr Rafael Gueacutedez MSc Jorge Garrido Tekn Lic Monika Topel
Dr Wujun Wang
bull Hydropower
Dr Brijesh Mainali Assistant Prof Dilip Khatiwada MSc Babak Rezapoor
bull Other topics
Prof Andrew Martin Affiliated Prof Massimo Santarelli
Tekn Lic Miroslav Petrov Dr Justin Chiu
Energynautics GmbH
Sweco AB
11
Pedagogical Approach ndash Traditional
12
Pedagogical Approach ndash rsquoFlippedClassroomrsquo
13
Pedagogical Approach ndash rsquoFlippedClassroomrsquo (cont)
bull Goal is to improve quality of learning by increasing
interactivity in classroom
bull Instead of traditional lectures
- Videos professionally produced at KTH Media Lab
- Topic modularization with embedded learning
outcomes and other material
- Class time spent in seminars and problem solving
bull Almost all of topics handled this way
14
Lecture and Seminar Schedule ndash Period 1 (on-campus students)
Date amp Time Activity Instructor
28 Aug 800-1000 Course Kick-off Andrew Martin
31 Aug 1500-1700Seminar 1 Introduction to Energy
ConversionAndrew Martin
7 Sep 1500-1700Seminar 2 Biomass Resources
Thermochemical Conversion
Andrew Martin Jeevan
Jayasuriya Miroslav Petrov
14 Sep 1500-1700 Seminar 3 Biochemical ConversionAndrew Martin Jeevan
Jayasuriya Miroslav Petrov
21 Sep 1500-1700Seminar 4 Biomass Problem Solving
Session
Andrew Martin Justin Chiu
Miroslav Petrov
28 Sep 1500-1700 Seminar 5 Wind PowerAndrew Martin Jeevan
Jayasuriya Miroslav Petrov
2 Oct 1500-1700 Lecture Wind Power Systems Part 1 Thomas Ackermann
5 Oct 1500-1700 Lecture Wind Power Systems Part 2 Thomas Ackermann
10 Oct 800-1000 KON1 (Quiz 1)
15
Lecture and Seminar Schedule ndash Period 1 (distance-based students)
Date amp Time Activity Instructor
29 Aug 10-12 Course Kick-off Andrew Martin
31 Aug 10-12Seminar 1 Introduction to Energy
ConversionAndrew Martin
7 Sep 10-12Seminar 2 Biomass Resources
Thermochemical ConversionAndrew Martin
14 Sep 10-12 Seminar 3 Biochemical Conversion Andrew Martin
26 Sep 8-10Seminar 4 Biomass Problem Solving
SessionAndrew Martin
28 Sep 10-12 Seminar 5 Wind Power Miroslav Petrov
6 Oct 10-12 Lecture Wind Power Systems Part 1 Thomas Ackermann
6 Oct 13-15 Lecture Wind Power Systems Part 2 Thomas Ackermann
10 Oct 800-1000 KON1 (Quiz 1)
16
SELECT-KTH to join this session
Lecture and Seminar Schedule ndash Period 2 (on-campus students)
Date amp Time Activity Instructor
1 Nov 800-1000Seminar 6 Solar Problem Solving
Session
Lukas Aichmayer Rafael Gueacutedez
Jorge Garrido
2-3 Nov Field Trips --
9 Nov 1500-1700Seminar 7 Low Temperature Solar
Thermal Systems
Lukas Aichmayer Wujun Wang
Jorge Garrido
16 Nov 1500-1700Seminar 8 Concentrating Solar Power
Plants and Photovoltaics
Rafael Gueacutedez Monika Topel
Wujun Wang
23 Nov 1500-1700 Seminar 9 Small-scale HydropowerBrijesh Mainali Dilip Khatiwada
Babak Rezapoor
30 Nov 1500-1700 Seminar 10 Large-scale HydropowerBrijesh Mainali Dilip Khatiwada
Babak Rezapoor
7 Dec 1500-1700 Seminar 11 Energy StorageJustin Chiu Rafael Gueacutedez
Wujun Wang
12 Dec 800-1000 KON2 (Quiz 2) --
14 Dec 1500-1700Seminar 12 Hydrogen amp Fuel Cells
Geothermal Energy Marine Energy
Andrew Martin Miroslav Petrov
Jeevan Jayasuriya
17
Lecture and Seminar Schedule ndash Period 2 (distance-based students)
Date amp Time Activity Instructor
2 Nov 10-12Seminar 6 Solar Problem Solving
SessionLukas Aichmayer
9 Nov 10-12Seminar 7 Low Temperature Solar
Thermal SystemsWujun Wang
16 Nov 10-12Seminar 8 Concentrating Solar Power
Plants and PhotovoltaicsMonika Topel
23 Nov 10-12 Seminar 9 Small-scale Hydropower Dilip Khatiwada
30 Nov 10-12 Seminar 10 Large-scale Hydropower Babak Rezapoor
4 Dec 15-17 Seminar 11 Energy Storage Justin Chiu
2 Nov 10-12Seminar 6 Solar Problem Solving
SessionLukas Aichmayer
12 Dec 800-1000 KON2 (Quiz 2) --
14 Dec 10-12Seminar 12 Hydrogen amp Fuel Cells
Geothermal Energy Marine EnergyAndrew Martin
18
Seminars
bull Self-formed seminar groups
- First assignment in Canvas
- Max 6 students per group
bull Each group assigned a seminar session from Seminar 2
onwards
bull Questions posted in advance
- Check respective module in Canvas
bull Group discussions will take place during the seminar
- Groups to share findings
- Seminar leader comments and summarizes outcome
19
Practical Advice for Success
bull Prioritize seminars and problem solving sessions
bull Use scheduled self study sessions for this course
bull Be active when viewing videos
bull Work continuously
20
Key Dates
bull Home assignments (INL1)
1-1 Biomass launched 11 Sep due 25 Sep 2359
1-2 Wind launched 18 Sep due 2 Oct 2359
1-3 Solar launched 20 Oct due 20 Nov 2359
1-4 Hydropower launched 20 Nov due 4 Dec 2359
bull Quiz 1 (KON1) 10 Oct 800-1000
bull Field trips 2-3 Nov
- Sign up for one only
bull Quiz 2 (KON2) 12 Dec 800-1000
bull Exam (TEN1) 18 Dec 800-12 andor
10 Jan 1400-1800
21
Assignment for Seminar 1
bull Form seminar group
bull Review all material in Canvas modules
- Course Orientation
- Introduction to Energy Conversion
bull Refer to Canvas for specific questions to be discussed
22
Thank you and
GOOD LUCK
23
Learning Outcomes
bull Describe the fundamentals and main characteristics of
renewable energy sources and their differences compared
to fossil fuels
bull Explain the technological basis for harnessing renewable
energy sources
bull Recognize the effects that current energy systems based
on fossil fuels have over the environment and the society
bull Describe the main components of different renewable
energy systems
bull Compare different renewable energy technologies and
choose the most appropriate based on local conditions
5
Learning Outcomes (cont)
bull Perform simple techno-economical assessments of renewable
energy systems
bull Perform and compare environmental assessments of
renewable energy systems and conventional fossil fuel
systems
bull Design renewablehybrid energy systems that meet specific
energy demands are economically feasible and have a
minimal impact on the environment
bull Suggest the best combination of technological solutions to
minimize the emission of greenhouse gases and increase the
sustainability of the energy system in specific areasregions
bull Discuss how to utilize local energy resources (renewable and
non-renewable) to achieve the sustainable energy system
6
Activities amp Assessment
bull Canvas provides the framework for study throughout the
course
bull Lectures
- Available as videos in Canvas
- Learning outcomes and other material modularized
bull Seminars and problem solving
- On-campus students in-class in one of three parallel
sessions
- Distance-based students dedicated session run via Skype
for Business
7
Activities amp Assessment (cont)
bull Home assignments (INL1 10 hp)
- Four problems are to be solved individually Full
instructions available in Canvas
bull Quiz 1 (KON1 05 hp) and Quiz 2 (KON2 05 hp)
- On-line multiple choice and essay questions
bull Exam (TEN1 40 hp)
- Traditional paper-based format
bull Field trip information posted in Canvas
8
Grading
bull Home assignments (INL1)
- Passfail
- Must be submitted on time otherwise new submission
HT18
bull Quizzes (KON1 KON2) and exam (TEN1)
- A 100-90 B 89-80 C 79-70 D 69-60 E 59-50
Fx 49
bull Final grade []
= (05KON1 [] + 05KON2 [] + 40TEN1 []) 5
See above for corresponding letter grade
9
Grading (cont)
bull Make-up quizzes will be given on a case-by-case basis It is
not possible to re-sit a quiz in order to achieve a higher
grade
bull Re-exam scheduled for Period 3-4 (VT18)
10
Lecturers and Seminar Leaders
bull Wind power
Tekn Lic Miroslav Petrov Dr Thomas Ackermann
bull Biomass
Dr Peter Hagstroumlm Dr Jeevan Jayasuriya Dr Vera Nemanova
Dr Thomas Nordgreen Tekn Lic Miroslav Petrov
bull Solar
Affliated Prof Anjane Krothapalli MSc Lukas Aichmayer
Tekn Dr Rafael Gueacutedez MSc Jorge Garrido Tekn Lic Monika Topel
Dr Wujun Wang
bull Hydropower
Dr Brijesh Mainali Assistant Prof Dilip Khatiwada MSc Babak Rezapoor
bull Other topics
Prof Andrew Martin Affiliated Prof Massimo Santarelli
Tekn Lic Miroslav Petrov Dr Justin Chiu
Energynautics GmbH
Sweco AB
11
Pedagogical Approach ndash Traditional
12
Pedagogical Approach ndash rsquoFlippedClassroomrsquo
13
Pedagogical Approach ndash rsquoFlippedClassroomrsquo (cont)
bull Goal is to improve quality of learning by increasing
interactivity in classroom
bull Instead of traditional lectures
- Videos professionally produced at KTH Media Lab
- Topic modularization with embedded learning
outcomes and other material
- Class time spent in seminars and problem solving
bull Almost all of topics handled this way
14
Lecture and Seminar Schedule ndash Period 1 (on-campus students)
Date amp Time Activity Instructor
28 Aug 800-1000 Course Kick-off Andrew Martin
31 Aug 1500-1700Seminar 1 Introduction to Energy
ConversionAndrew Martin
7 Sep 1500-1700Seminar 2 Biomass Resources
Thermochemical Conversion
Andrew Martin Jeevan
Jayasuriya Miroslav Petrov
14 Sep 1500-1700 Seminar 3 Biochemical ConversionAndrew Martin Jeevan
Jayasuriya Miroslav Petrov
21 Sep 1500-1700Seminar 4 Biomass Problem Solving
Session
Andrew Martin Justin Chiu
Miroslav Petrov
28 Sep 1500-1700 Seminar 5 Wind PowerAndrew Martin Jeevan
Jayasuriya Miroslav Petrov
2 Oct 1500-1700 Lecture Wind Power Systems Part 1 Thomas Ackermann
5 Oct 1500-1700 Lecture Wind Power Systems Part 2 Thomas Ackermann
10 Oct 800-1000 KON1 (Quiz 1)
15
Lecture and Seminar Schedule ndash Period 1 (distance-based students)
Date amp Time Activity Instructor
29 Aug 10-12 Course Kick-off Andrew Martin
31 Aug 10-12Seminar 1 Introduction to Energy
ConversionAndrew Martin
7 Sep 10-12Seminar 2 Biomass Resources
Thermochemical ConversionAndrew Martin
14 Sep 10-12 Seminar 3 Biochemical Conversion Andrew Martin
26 Sep 8-10Seminar 4 Biomass Problem Solving
SessionAndrew Martin
28 Sep 10-12 Seminar 5 Wind Power Miroslav Petrov
6 Oct 10-12 Lecture Wind Power Systems Part 1 Thomas Ackermann
6 Oct 13-15 Lecture Wind Power Systems Part 2 Thomas Ackermann
10 Oct 800-1000 KON1 (Quiz 1)
16
SELECT-KTH to join this session
Lecture and Seminar Schedule ndash Period 2 (on-campus students)
Date amp Time Activity Instructor
1 Nov 800-1000Seminar 6 Solar Problem Solving
Session
Lukas Aichmayer Rafael Gueacutedez
Jorge Garrido
2-3 Nov Field Trips --
9 Nov 1500-1700Seminar 7 Low Temperature Solar
Thermal Systems
Lukas Aichmayer Wujun Wang
Jorge Garrido
16 Nov 1500-1700Seminar 8 Concentrating Solar Power
Plants and Photovoltaics
Rafael Gueacutedez Monika Topel
Wujun Wang
23 Nov 1500-1700 Seminar 9 Small-scale HydropowerBrijesh Mainali Dilip Khatiwada
Babak Rezapoor
30 Nov 1500-1700 Seminar 10 Large-scale HydropowerBrijesh Mainali Dilip Khatiwada
Babak Rezapoor
7 Dec 1500-1700 Seminar 11 Energy StorageJustin Chiu Rafael Gueacutedez
Wujun Wang
12 Dec 800-1000 KON2 (Quiz 2) --
14 Dec 1500-1700Seminar 12 Hydrogen amp Fuel Cells
Geothermal Energy Marine Energy
Andrew Martin Miroslav Petrov
Jeevan Jayasuriya
17
Lecture and Seminar Schedule ndash Period 2 (distance-based students)
Date amp Time Activity Instructor
2 Nov 10-12Seminar 6 Solar Problem Solving
SessionLukas Aichmayer
9 Nov 10-12Seminar 7 Low Temperature Solar
Thermal SystemsWujun Wang
16 Nov 10-12Seminar 8 Concentrating Solar Power
Plants and PhotovoltaicsMonika Topel
23 Nov 10-12 Seminar 9 Small-scale Hydropower Dilip Khatiwada
30 Nov 10-12 Seminar 10 Large-scale Hydropower Babak Rezapoor
4 Dec 15-17 Seminar 11 Energy Storage Justin Chiu
2 Nov 10-12Seminar 6 Solar Problem Solving
SessionLukas Aichmayer
12 Dec 800-1000 KON2 (Quiz 2) --
14 Dec 10-12Seminar 12 Hydrogen amp Fuel Cells
Geothermal Energy Marine EnergyAndrew Martin
18
Seminars
bull Self-formed seminar groups
- First assignment in Canvas
- Max 6 students per group
bull Each group assigned a seminar session from Seminar 2
onwards
bull Questions posted in advance
- Check respective module in Canvas
bull Group discussions will take place during the seminar
- Groups to share findings
- Seminar leader comments and summarizes outcome
19
Practical Advice for Success
bull Prioritize seminars and problem solving sessions
bull Use scheduled self study sessions for this course
bull Be active when viewing videos
bull Work continuously
20
Key Dates
bull Home assignments (INL1)
1-1 Biomass launched 11 Sep due 25 Sep 2359
1-2 Wind launched 18 Sep due 2 Oct 2359
1-3 Solar launched 20 Oct due 20 Nov 2359
1-4 Hydropower launched 20 Nov due 4 Dec 2359
bull Quiz 1 (KON1) 10 Oct 800-1000
bull Field trips 2-3 Nov
- Sign up for one only
bull Quiz 2 (KON2) 12 Dec 800-1000
bull Exam (TEN1) 18 Dec 800-12 andor
10 Jan 1400-1800
21
Assignment for Seminar 1
bull Form seminar group
bull Review all material in Canvas modules
- Course Orientation
- Introduction to Energy Conversion
bull Refer to Canvas for specific questions to be discussed
22
Thank you and
GOOD LUCK
23
Learning Outcomes (cont)
bull Perform simple techno-economical assessments of renewable
energy systems
bull Perform and compare environmental assessments of
renewable energy systems and conventional fossil fuel
systems
bull Design renewablehybrid energy systems that meet specific
energy demands are economically feasible and have a
minimal impact on the environment
bull Suggest the best combination of technological solutions to
minimize the emission of greenhouse gases and increase the
sustainability of the energy system in specific areasregions
bull Discuss how to utilize local energy resources (renewable and
non-renewable) to achieve the sustainable energy system
6
Activities amp Assessment
bull Canvas provides the framework for study throughout the
course
bull Lectures
- Available as videos in Canvas
- Learning outcomes and other material modularized
bull Seminars and problem solving
- On-campus students in-class in one of three parallel
sessions
- Distance-based students dedicated session run via Skype
for Business
7
Activities amp Assessment (cont)
bull Home assignments (INL1 10 hp)
- Four problems are to be solved individually Full
instructions available in Canvas
bull Quiz 1 (KON1 05 hp) and Quiz 2 (KON2 05 hp)
- On-line multiple choice and essay questions
bull Exam (TEN1 40 hp)
- Traditional paper-based format
bull Field trip information posted in Canvas
8
Grading
bull Home assignments (INL1)
- Passfail
- Must be submitted on time otherwise new submission
HT18
bull Quizzes (KON1 KON2) and exam (TEN1)
- A 100-90 B 89-80 C 79-70 D 69-60 E 59-50
Fx 49
bull Final grade []
= (05KON1 [] + 05KON2 [] + 40TEN1 []) 5
See above for corresponding letter grade
9
Grading (cont)
bull Make-up quizzes will be given on a case-by-case basis It is
not possible to re-sit a quiz in order to achieve a higher
grade
bull Re-exam scheduled for Period 3-4 (VT18)
10
Lecturers and Seminar Leaders
bull Wind power
Tekn Lic Miroslav Petrov Dr Thomas Ackermann
bull Biomass
Dr Peter Hagstroumlm Dr Jeevan Jayasuriya Dr Vera Nemanova
Dr Thomas Nordgreen Tekn Lic Miroslav Petrov
bull Solar
Affliated Prof Anjane Krothapalli MSc Lukas Aichmayer
Tekn Dr Rafael Gueacutedez MSc Jorge Garrido Tekn Lic Monika Topel
Dr Wujun Wang
bull Hydropower
Dr Brijesh Mainali Assistant Prof Dilip Khatiwada MSc Babak Rezapoor
bull Other topics
Prof Andrew Martin Affiliated Prof Massimo Santarelli
Tekn Lic Miroslav Petrov Dr Justin Chiu
Energynautics GmbH
Sweco AB
11
Pedagogical Approach ndash Traditional
12
Pedagogical Approach ndash rsquoFlippedClassroomrsquo
13
Pedagogical Approach ndash rsquoFlippedClassroomrsquo (cont)
bull Goal is to improve quality of learning by increasing
interactivity in classroom
bull Instead of traditional lectures
- Videos professionally produced at KTH Media Lab
- Topic modularization with embedded learning
outcomes and other material
- Class time spent in seminars and problem solving
bull Almost all of topics handled this way
14
Lecture and Seminar Schedule ndash Period 1 (on-campus students)
Date amp Time Activity Instructor
28 Aug 800-1000 Course Kick-off Andrew Martin
31 Aug 1500-1700Seminar 1 Introduction to Energy
ConversionAndrew Martin
7 Sep 1500-1700Seminar 2 Biomass Resources
Thermochemical Conversion
Andrew Martin Jeevan
Jayasuriya Miroslav Petrov
14 Sep 1500-1700 Seminar 3 Biochemical ConversionAndrew Martin Jeevan
Jayasuriya Miroslav Petrov
21 Sep 1500-1700Seminar 4 Biomass Problem Solving
Session
Andrew Martin Justin Chiu
Miroslav Petrov
28 Sep 1500-1700 Seminar 5 Wind PowerAndrew Martin Jeevan
Jayasuriya Miroslav Petrov
2 Oct 1500-1700 Lecture Wind Power Systems Part 1 Thomas Ackermann
5 Oct 1500-1700 Lecture Wind Power Systems Part 2 Thomas Ackermann
10 Oct 800-1000 KON1 (Quiz 1)
15
Lecture and Seminar Schedule ndash Period 1 (distance-based students)
Date amp Time Activity Instructor
29 Aug 10-12 Course Kick-off Andrew Martin
31 Aug 10-12Seminar 1 Introduction to Energy
ConversionAndrew Martin
7 Sep 10-12Seminar 2 Biomass Resources
Thermochemical ConversionAndrew Martin
14 Sep 10-12 Seminar 3 Biochemical Conversion Andrew Martin
26 Sep 8-10Seminar 4 Biomass Problem Solving
SessionAndrew Martin
28 Sep 10-12 Seminar 5 Wind Power Miroslav Petrov
6 Oct 10-12 Lecture Wind Power Systems Part 1 Thomas Ackermann
6 Oct 13-15 Lecture Wind Power Systems Part 2 Thomas Ackermann
10 Oct 800-1000 KON1 (Quiz 1)
16
SELECT-KTH to join this session
Lecture and Seminar Schedule ndash Period 2 (on-campus students)
Date amp Time Activity Instructor
1 Nov 800-1000Seminar 6 Solar Problem Solving
Session
Lukas Aichmayer Rafael Gueacutedez
Jorge Garrido
2-3 Nov Field Trips --
9 Nov 1500-1700Seminar 7 Low Temperature Solar
Thermal Systems
Lukas Aichmayer Wujun Wang
Jorge Garrido
16 Nov 1500-1700Seminar 8 Concentrating Solar Power
Plants and Photovoltaics
Rafael Gueacutedez Monika Topel
Wujun Wang
23 Nov 1500-1700 Seminar 9 Small-scale HydropowerBrijesh Mainali Dilip Khatiwada
Babak Rezapoor
30 Nov 1500-1700 Seminar 10 Large-scale HydropowerBrijesh Mainali Dilip Khatiwada
Babak Rezapoor
7 Dec 1500-1700 Seminar 11 Energy StorageJustin Chiu Rafael Gueacutedez
Wujun Wang
12 Dec 800-1000 KON2 (Quiz 2) --
14 Dec 1500-1700Seminar 12 Hydrogen amp Fuel Cells
Geothermal Energy Marine Energy
Andrew Martin Miroslav Petrov
Jeevan Jayasuriya
17
Lecture and Seminar Schedule ndash Period 2 (distance-based students)
Date amp Time Activity Instructor
2 Nov 10-12Seminar 6 Solar Problem Solving
SessionLukas Aichmayer
9 Nov 10-12Seminar 7 Low Temperature Solar
Thermal SystemsWujun Wang
16 Nov 10-12Seminar 8 Concentrating Solar Power
Plants and PhotovoltaicsMonika Topel
23 Nov 10-12 Seminar 9 Small-scale Hydropower Dilip Khatiwada
30 Nov 10-12 Seminar 10 Large-scale Hydropower Babak Rezapoor
4 Dec 15-17 Seminar 11 Energy Storage Justin Chiu
2 Nov 10-12Seminar 6 Solar Problem Solving
SessionLukas Aichmayer
12 Dec 800-1000 KON2 (Quiz 2) --
14 Dec 10-12Seminar 12 Hydrogen amp Fuel Cells
Geothermal Energy Marine EnergyAndrew Martin
18
Seminars
bull Self-formed seminar groups
- First assignment in Canvas
- Max 6 students per group
bull Each group assigned a seminar session from Seminar 2
onwards
bull Questions posted in advance
- Check respective module in Canvas
bull Group discussions will take place during the seminar
- Groups to share findings
- Seminar leader comments and summarizes outcome
19
Practical Advice for Success
bull Prioritize seminars and problem solving sessions
bull Use scheduled self study sessions for this course
bull Be active when viewing videos
bull Work continuously
20
Key Dates
bull Home assignments (INL1)
1-1 Biomass launched 11 Sep due 25 Sep 2359
1-2 Wind launched 18 Sep due 2 Oct 2359
1-3 Solar launched 20 Oct due 20 Nov 2359
1-4 Hydropower launched 20 Nov due 4 Dec 2359
bull Quiz 1 (KON1) 10 Oct 800-1000
bull Field trips 2-3 Nov
- Sign up for one only
bull Quiz 2 (KON2) 12 Dec 800-1000
bull Exam (TEN1) 18 Dec 800-12 andor
10 Jan 1400-1800
21
Assignment for Seminar 1
bull Form seminar group
bull Review all material in Canvas modules
- Course Orientation
- Introduction to Energy Conversion
bull Refer to Canvas for specific questions to be discussed
22
Thank you and
GOOD LUCK
23
Activities amp Assessment
bull Canvas provides the framework for study throughout the
course
bull Lectures
- Available as videos in Canvas
- Learning outcomes and other material modularized
bull Seminars and problem solving
- On-campus students in-class in one of three parallel
sessions
- Distance-based students dedicated session run via Skype
for Business
7
Activities amp Assessment (cont)
bull Home assignments (INL1 10 hp)
- Four problems are to be solved individually Full
instructions available in Canvas
bull Quiz 1 (KON1 05 hp) and Quiz 2 (KON2 05 hp)
- On-line multiple choice and essay questions
bull Exam (TEN1 40 hp)
- Traditional paper-based format
bull Field trip information posted in Canvas
8
Grading
bull Home assignments (INL1)
- Passfail
- Must be submitted on time otherwise new submission
HT18
bull Quizzes (KON1 KON2) and exam (TEN1)
- A 100-90 B 89-80 C 79-70 D 69-60 E 59-50
Fx 49
bull Final grade []
= (05KON1 [] + 05KON2 [] + 40TEN1 []) 5
See above for corresponding letter grade
9
Grading (cont)
bull Make-up quizzes will be given on a case-by-case basis It is
not possible to re-sit a quiz in order to achieve a higher
grade
bull Re-exam scheduled for Period 3-4 (VT18)
10
Lecturers and Seminar Leaders
bull Wind power
Tekn Lic Miroslav Petrov Dr Thomas Ackermann
bull Biomass
Dr Peter Hagstroumlm Dr Jeevan Jayasuriya Dr Vera Nemanova
Dr Thomas Nordgreen Tekn Lic Miroslav Petrov
bull Solar
Affliated Prof Anjane Krothapalli MSc Lukas Aichmayer
Tekn Dr Rafael Gueacutedez MSc Jorge Garrido Tekn Lic Monika Topel
Dr Wujun Wang
bull Hydropower
Dr Brijesh Mainali Assistant Prof Dilip Khatiwada MSc Babak Rezapoor
bull Other topics
Prof Andrew Martin Affiliated Prof Massimo Santarelli
Tekn Lic Miroslav Petrov Dr Justin Chiu
Energynautics GmbH
Sweco AB
11
Pedagogical Approach ndash Traditional
12
Pedagogical Approach ndash rsquoFlippedClassroomrsquo
13
Pedagogical Approach ndash rsquoFlippedClassroomrsquo (cont)
bull Goal is to improve quality of learning by increasing
interactivity in classroom
bull Instead of traditional lectures
- Videos professionally produced at KTH Media Lab
- Topic modularization with embedded learning
outcomes and other material
- Class time spent in seminars and problem solving
bull Almost all of topics handled this way
14
Lecture and Seminar Schedule ndash Period 1 (on-campus students)
Date amp Time Activity Instructor
28 Aug 800-1000 Course Kick-off Andrew Martin
31 Aug 1500-1700Seminar 1 Introduction to Energy
ConversionAndrew Martin
7 Sep 1500-1700Seminar 2 Biomass Resources
Thermochemical Conversion
Andrew Martin Jeevan
Jayasuriya Miroslav Petrov
14 Sep 1500-1700 Seminar 3 Biochemical ConversionAndrew Martin Jeevan
Jayasuriya Miroslav Petrov
21 Sep 1500-1700Seminar 4 Biomass Problem Solving
Session
Andrew Martin Justin Chiu
Miroslav Petrov
28 Sep 1500-1700 Seminar 5 Wind PowerAndrew Martin Jeevan
Jayasuriya Miroslav Petrov
2 Oct 1500-1700 Lecture Wind Power Systems Part 1 Thomas Ackermann
5 Oct 1500-1700 Lecture Wind Power Systems Part 2 Thomas Ackermann
10 Oct 800-1000 KON1 (Quiz 1)
15
Lecture and Seminar Schedule ndash Period 1 (distance-based students)
Date amp Time Activity Instructor
29 Aug 10-12 Course Kick-off Andrew Martin
31 Aug 10-12Seminar 1 Introduction to Energy
ConversionAndrew Martin
7 Sep 10-12Seminar 2 Biomass Resources
Thermochemical ConversionAndrew Martin
14 Sep 10-12 Seminar 3 Biochemical Conversion Andrew Martin
26 Sep 8-10Seminar 4 Biomass Problem Solving
SessionAndrew Martin
28 Sep 10-12 Seminar 5 Wind Power Miroslav Petrov
6 Oct 10-12 Lecture Wind Power Systems Part 1 Thomas Ackermann
6 Oct 13-15 Lecture Wind Power Systems Part 2 Thomas Ackermann
10 Oct 800-1000 KON1 (Quiz 1)
16
SELECT-KTH to join this session
Lecture and Seminar Schedule ndash Period 2 (on-campus students)
Date amp Time Activity Instructor
1 Nov 800-1000Seminar 6 Solar Problem Solving
Session
Lukas Aichmayer Rafael Gueacutedez
Jorge Garrido
2-3 Nov Field Trips --
9 Nov 1500-1700Seminar 7 Low Temperature Solar
Thermal Systems
Lukas Aichmayer Wujun Wang
Jorge Garrido
16 Nov 1500-1700Seminar 8 Concentrating Solar Power
Plants and Photovoltaics
Rafael Gueacutedez Monika Topel
Wujun Wang
23 Nov 1500-1700 Seminar 9 Small-scale HydropowerBrijesh Mainali Dilip Khatiwada
Babak Rezapoor
30 Nov 1500-1700 Seminar 10 Large-scale HydropowerBrijesh Mainali Dilip Khatiwada
Babak Rezapoor
7 Dec 1500-1700 Seminar 11 Energy StorageJustin Chiu Rafael Gueacutedez
Wujun Wang
12 Dec 800-1000 KON2 (Quiz 2) --
14 Dec 1500-1700Seminar 12 Hydrogen amp Fuel Cells
Geothermal Energy Marine Energy
Andrew Martin Miroslav Petrov
Jeevan Jayasuriya
17
Lecture and Seminar Schedule ndash Period 2 (distance-based students)
Date amp Time Activity Instructor
2 Nov 10-12Seminar 6 Solar Problem Solving
SessionLukas Aichmayer
9 Nov 10-12Seminar 7 Low Temperature Solar
Thermal SystemsWujun Wang
16 Nov 10-12Seminar 8 Concentrating Solar Power
Plants and PhotovoltaicsMonika Topel
23 Nov 10-12 Seminar 9 Small-scale Hydropower Dilip Khatiwada
30 Nov 10-12 Seminar 10 Large-scale Hydropower Babak Rezapoor
4 Dec 15-17 Seminar 11 Energy Storage Justin Chiu
2 Nov 10-12Seminar 6 Solar Problem Solving
SessionLukas Aichmayer
12 Dec 800-1000 KON2 (Quiz 2) --
14 Dec 10-12Seminar 12 Hydrogen amp Fuel Cells
Geothermal Energy Marine EnergyAndrew Martin
18
Seminars
bull Self-formed seminar groups
- First assignment in Canvas
- Max 6 students per group
bull Each group assigned a seminar session from Seminar 2
onwards
bull Questions posted in advance
- Check respective module in Canvas
bull Group discussions will take place during the seminar
- Groups to share findings
- Seminar leader comments and summarizes outcome
19
Practical Advice for Success
bull Prioritize seminars and problem solving sessions
bull Use scheduled self study sessions for this course
bull Be active when viewing videos
bull Work continuously
20
Key Dates
bull Home assignments (INL1)
1-1 Biomass launched 11 Sep due 25 Sep 2359
1-2 Wind launched 18 Sep due 2 Oct 2359
1-3 Solar launched 20 Oct due 20 Nov 2359
1-4 Hydropower launched 20 Nov due 4 Dec 2359
bull Quiz 1 (KON1) 10 Oct 800-1000
bull Field trips 2-3 Nov
- Sign up for one only
bull Quiz 2 (KON2) 12 Dec 800-1000
bull Exam (TEN1) 18 Dec 800-12 andor
10 Jan 1400-1800
21
Assignment for Seminar 1
bull Form seminar group
bull Review all material in Canvas modules
- Course Orientation
- Introduction to Energy Conversion
bull Refer to Canvas for specific questions to be discussed
22
Thank you and
GOOD LUCK
23
Activities amp Assessment (cont)
bull Home assignments (INL1 10 hp)
- Four problems are to be solved individually Full
instructions available in Canvas
bull Quiz 1 (KON1 05 hp) and Quiz 2 (KON2 05 hp)
- On-line multiple choice and essay questions
bull Exam (TEN1 40 hp)
- Traditional paper-based format
bull Field trip information posted in Canvas
8
Grading
bull Home assignments (INL1)
- Passfail
- Must be submitted on time otherwise new submission
HT18
bull Quizzes (KON1 KON2) and exam (TEN1)
- A 100-90 B 89-80 C 79-70 D 69-60 E 59-50
Fx 49
bull Final grade []
= (05KON1 [] + 05KON2 [] + 40TEN1 []) 5
See above for corresponding letter grade
9
Grading (cont)
bull Make-up quizzes will be given on a case-by-case basis It is
not possible to re-sit a quiz in order to achieve a higher
grade
bull Re-exam scheduled for Period 3-4 (VT18)
10
Lecturers and Seminar Leaders
bull Wind power
Tekn Lic Miroslav Petrov Dr Thomas Ackermann
bull Biomass
Dr Peter Hagstroumlm Dr Jeevan Jayasuriya Dr Vera Nemanova
Dr Thomas Nordgreen Tekn Lic Miroslav Petrov
bull Solar
Affliated Prof Anjane Krothapalli MSc Lukas Aichmayer
Tekn Dr Rafael Gueacutedez MSc Jorge Garrido Tekn Lic Monika Topel
Dr Wujun Wang
bull Hydropower
Dr Brijesh Mainali Assistant Prof Dilip Khatiwada MSc Babak Rezapoor
bull Other topics
Prof Andrew Martin Affiliated Prof Massimo Santarelli
Tekn Lic Miroslav Petrov Dr Justin Chiu
Energynautics GmbH
Sweco AB
11
Pedagogical Approach ndash Traditional
12
Pedagogical Approach ndash rsquoFlippedClassroomrsquo
13
Pedagogical Approach ndash rsquoFlippedClassroomrsquo (cont)
bull Goal is to improve quality of learning by increasing
interactivity in classroom
bull Instead of traditional lectures
- Videos professionally produced at KTH Media Lab
- Topic modularization with embedded learning
outcomes and other material
- Class time spent in seminars and problem solving
bull Almost all of topics handled this way
14
Lecture and Seminar Schedule ndash Period 1 (on-campus students)
Date amp Time Activity Instructor
28 Aug 800-1000 Course Kick-off Andrew Martin
31 Aug 1500-1700Seminar 1 Introduction to Energy
ConversionAndrew Martin
7 Sep 1500-1700Seminar 2 Biomass Resources
Thermochemical Conversion
Andrew Martin Jeevan
Jayasuriya Miroslav Petrov
14 Sep 1500-1700 Seminar 3 Biochemical ConversionAndrew Martin Jeevan
Jayasuriya Miroslav Petrov
21 Sep 1500-1700Seminar 4 Biomass Problem Solving
Session
Andrew Martin Justin Chiu
Miroslav Petrov
28 Sep 1500-1700 Seminar 5 Wind PowerAndrew Martin Jeevan
Jayasuriya Miroslav Petrov
2 Oct 1500-1700 Lecture Wind Power Systems Part 1 Thomas Ackermann
5 Oct 1500-1700 Lecture Wind Power Systems Part 2 Thomas Ackermann
10 Oct 800-1000 KON1 (Quiz 1)
15
Lecture and Seminar Schedule ndash Period 1 (distance-based students)
Date amp Time Activity Instructor
29 Aug 10-12 Course Kick-off Andrew Martin
31 Aug 10-12Seminar 1 Introduction to Energy
ConversionAndrew Martin
7 Sep 10-12Seminar 2 Biomass Resources
Thermochemical ConversionAndrew Martin
14 Sep 10-12 Seminar 3 Biochemical Conversion Andrew Martin
26 Sep 8-10Seminar 4 Biomass Problem Solving
SessionAndrew Martin
28 Sep 10-12 Seminar 5 Wind Power Miroslav Petrov
6 Oct 10-12 Lecture Wind Power Systems Part 1 Thomas Ackermann
6 Oct 13-15 Lecture Wind Power Systems Part 2 Thomas Ackermann
10 Oct 800-1000 KON1 (Quiz 1)
16
SELECT-KTH to join this session
Lecture and Seminar Schedule ndash Period 2 (on-campus students)
Date amp Time Activity Instructor
1 Nov 800-1000Seminar 6 Solar Problem Solving
Session
Lukas Aichmayer Rafael Gueacutedez
Jorge Garrido
2-3 Nov Field Trips --
9 Nov 1500-1700Seminar 7 Low Temperature Solar
Thermal Systems
Lukas Aichmayer Wujun Wang
Jorge Garrido
16 Nov 1500-1700Seminar 8 Concentrating Solar Power
Plants and Photovoltaics
Rafael Gueacutedez Monika Topel
Wujun Wang
23 Nov 1500-1700 Seminar 9 Small-scale HydropowerBrijesh Mainali Dilip Khatiwada
Babak Rezapoor
30 Nov 1500-1700 Seminar 10 Large-scale HydropowerBrijesh Mainali Dilip Khatiwada
Babak Rezapoor
7 Dec 1500-1700 Seminar 11 Energy StorageJustin Chiu Rafael Gueacutedez
Wujun Wang
12 Dec 800-1000 KON2 (Quiz 2) --
14 Dec 1500-1700Seminar 12 Hydrogen amp Fuel Cells
Geothermal Energy Marine Energy
Andrew Martin Miroslav Petrov
Jeevan Jayasuriya
17
Lecture and Seminar Schedule ndash Period 2 (distance-based students)
Date amp Time Activity Instructor
2 Nov 10-12Seminar 6 Solar Problem Solving
SessionLukas Aichmayer
9 Nov 10-12Seminar 7 Low Temperature Solar
Thermal SystemsWujun Wang
16 Nov 10-12Seminar 8 Concentrating Solar Power
Plants and PhotovoltaicsMonika Topel
23 Nov 10-12 Seminar 9 Small-scale Hydropower Dilip Khatiwada
30 Nov 10-12 Seminar 10 Large-scale Hydropower Babak Rezapoor
4 Dec 15-17 Seminar 11 Energy Storage Justin Chiu
2 Nov 10-12Seminar 6 Solar Problem Solving
SessionLukas Aichmayer
12 Dec 800-1000 KON2 (Quiz 2) --
14 Dec 10-12Seminar 12 Hydrogen amp Fuel Cells
Geothermal Energy Marine EnergyAndrew Martin
18
Seminars
bull Self-formed seminar groups
- First assignment in Canvas
- Max 6 students per group
bull Each group assigned a seminar session from Seminar 2
onwards
bull Questions posted in advance
- Check respective module in Canvas
bull Group discussions will take place during the seminar
- Groups to share findings
- Seminar leader comments and summarizes outcome
19
Practical Advice for Success
bull Prioritize seminars and problem solving sessions
bull Use scheduled self study sessions for this course
bull Be active when viewing videos
bull Work continuously
20
Key Dates
bull Home assignments (INL1)
1-1 Biomass launched 11 Sep due 25 Sep 2359
1-2 Wind launched 18 Sep due 2 Oct 2359
1-3 Solar launched 20 Oct due 20 Nov 2359
1-4 Hydropower launched 20 Nov due 4 Dec 2359
bull Quiz 1 (KON1) 10 Oct 800-1000
bull Field trips 2-3 Nov
- Sign up for one only
bull Quiz 2 (KON2) 12 Dec 800-1000
bull Exam (TEN1) 18 Dec 800-12 andor
10 Jan 1400-1800
21
Assignment for Seminar 1
bull Form seminar group
bull Review all material in Canvas modules
- Course Orientation
- Introduction to Energy Conversion
bull Refer to Canvas for specific questions to be discussed
22
Thank you and
GOOD LUCK
23
Grading
bull Home assignments (INL1)
- Passfail
- Must be submitted on time otherwise new submission
HT18
bull Quizzes (KON1 KON2) and exam (TEN1)
- A 100-90 B 89-80 C 79-70 D 69-60 E 59-50
Fx 49
bull Final grade []
= (05KON1 [] + 05KON2 [] + 40TEN1 []) 5
See above for corresponding letter grade
9
Grading (cont)
bull Make-up quizzes will be given on a case-by-case basis It is
not possible to re-sit a quiz in order to achieve a higher
grade
bull Re-exam scheduled for Period 3-4 (VT18)
10
Lecturers and Seminar Leaders
bull Wind power
Tekn Lic Miroslav Petrov Dr Thomas Ackermann
bull Biomass
Dr Peter Hagstroumlm Dr Jeevan Jayasuriya Dr Vera Nemanova
Dr Thomas Nordgreen Tekn Lic Miroslav Petrov
bull Solar
Affliated Prof Anjane Krothapalli MSc Lukas Aichmayer
Tekn Dr Rafael Gueacutedez MSc Jorge Garrido Tekn Lic Monika Topel
Dr Wujun Wang
bull Hydropower
Dr Brijesh Mainali Assistant Prof Dilip Khatiwada MSc Babak Rezapoor
bull Other topics
Prof Andrew Martin Affiliated Prof Massimo Santarelli
Tekn Lic Miroslav Petrov Dr Justin Chiu
Energynautics GmbH
Sweco AB
11
Pedagogical Approach ndash Traditional
12
Pedagogical Approach ndash rsquoFlippedClassroomrsquo
13
Pedagogical Approach ndash rsquoFlippedClassroomrsquo (cont)
bull Goal is to improve quality of learning by increasing
interactivity in classroom
bull Instead of traditional lectures
- Videos professionally produced at KTH Media Lab
- Topic modularization with embedded learning
outcomes and other material
- Class time spent in seminars and problem solving
bull Almost all of topics handled this way
14
Lecture and Seminar Schedule ndash Period 1 (on-campus students)
Date amp Time Activity Instructor
28 Aug 800-1000 Course Kick-off Andrew Martin
31 Aug 1500-1700Seminar 1 Introduction to Energy
ConversionAndrew Martin
7 Sep 1500-1700Seminar 2 Biomass Resources
Thermochemical Conversion
Andrew Martin Jeevan
Jayasuriya Miroslav Petrov
14 Sep 1500-1700 Seminar 3 Biochemical ConversionAndrew Martin Jeevan
Jayasuriya Miroslav Petrov
21 Sep 1500-1700Seminar 4 Biomass Problem Solving
Session
Andrew Martin Justin Chiu
Miroslav Petrov
28 Sep 1500-1700 Seminar 5 Wind PowerAndrew Martin Jeevan
Jayasuriya Miroslav Petrov
2 Oct 1500-1700 Lecture Wind Power Systems Part 1 Thomas Ackermann
5 Oct 1500-1700 Lecture Wind Power Systems Part 2 Thomas Ackermann
10 Oct 800-1000 KON1 (Quiz 1)
15
Lecture and Seminar Schedule ndash Period 1 (distance-based students)
Date amp Time Activity Instructor
29 Aug 10-12 Course Kick-off Andrew Martin
31 Aug 10-12Seminar 1 Introduction to Energy
ConversionAndrew Martin
7 Sep 10-12Seminar 2 Biomass Resources
Thermochemical ConversionAndrew Martin
14 Sep 10-12 Seminar 3 Biochemical Conversion Andrew Martin
26 Sep 8-10Seminar 4 Biomass Problem Solving
SessionAndrew Martin
28 Sep 10-12 Seminar 5 Wind Power Miroslav Petrov
6 Oct 10-12 Lecture Wind Power Systems Part 1 Thomas Ackermann
6 Oct 13-15 Lecture Wind Power Systems Part 2 Thomas Ackermann
10 Oct 800-1000 KON1 (Quiz 1)
16
SELECT-KTH to join this session
Lecture and Seminar Schedule ndash Period 2 (on-campus students)
Date amp Time Activity Instructor
1 Nov 800-1000Seminar 6 Solar Problem Solving
Session
Lukas Aichmayer Rafael Gueacutedez
Jorge Garrido
2-3 Nov Field Trips --
9 Nov 1500-1700Seminar 7 Low Temperature Solar
Thermal Systems
Lukas Aichmayer Wujun Wang
Jorge Garrido
16 Nov 1500-1700Seminar 8 Concentrating Solar Power
Plants and Photovoltaics
Rafael Gueacutedez Monika Topel
Wujun Wang
23 Nov 1500-1700 Seminar 9 Small-scale HydropowerBrijesh Mainali Dilip Khatiwada
Babak Rezapoor
30 Nov 1500-1700 Seminar 10 Large-scale HydropowerBrijesh Mainali Dilip Khatiwada
Babak Rezapoor
7 Dec 1500-1700 Seminar 11 Energy StorageJustin Chiu Rafael Gueacutedez
Wujun Wang
12 Dec 800-1000 KON2 (Quiz 2) --
14 Dec 1500-1700Seminar 12 Hydrogen amp Fuel Cells
Geothermal Energy Marine Energy
Andrew Martin Miroslav Petrov
Jeevan Jayasuriya
17
Lecture and Seminar Schedule ndash Period 2 (distance-based students)
Date amp Time Activity Instructor
2 Nov 10-12Seminar 6 Solar Problem Solving
SessionLukas Aichmayer
9 Nov 10-12Seminar 7 Low Temperature Solar
Thermal SystemsWujun Wang
16 Nov 10-12Seminar 8 Concentrating Solar Power
Plants and PhotovoltaicsMonika Topel
23 Nov 10-12 Seminar 9 Small-scale Hydropower Dilip Khatiwada
30 Nov 10-12 Seminar 10 Large-scale Hydropower Babak Rezapoor
4 Dec 15-17 Seminar 11 Energy Storage Justin Chiu
2 Nov 10-12Seminar 6 Solar Problem Solving
SessionLukas Aichmayer
12 Dec 800-1000 KON2 (Quiz 2) --
14 Dec 10-12Seminar 12 Hydrogen amp Fuel Cells
Geothermal Energy Marine EnergyAndrew Martin
18
Seminars
bull Self-formed seminar groups
- First assignment in Canvas
- Max 6 students per group
bull Each group assigned a seminar session from Seminar 2
onwards
bull Questions posted in advance
- Check respective module in Canvas
bull Group discussions will take place during the seminar
- Groups to share findings
- Seminar leader comments and summarizes outcome
19
Practical Advice for Success
bull Prioritize seminars and problem solving sessions
bull Use scheduled self study sessions for this course
bull Be active when viewing videos
bull Work continuously
20
Key Dates
bull Home assignments (INL1)
1-1 Biomass launched 11 Sep due 25 Sep 2359
1-2 Wind launched 18 Sep due 2 Oct 2359
1-3 Solar launched 20 Oct due 20 Nov 2359
1-4 Hydropower launched 20 Nov due 4 Dec 2359
bull Quiz 1 (KON1) 10 Oct 800-1000
bull Field trips 2-3 Nov
- Sign up for one only
bull Quiz 2 (KON2) 12 Dec 800-1000
bull Exam (TEN1) 18 Dec 800-12 andor
10 Jan 1400-1800
21
Assignment for Seminar 1
bull Form seminar group
bull Review all material in Canvas modules
- Course Orientation
- Introduction to Energy Conversion
bull Refer to Canvas for specific questions to be discussed
22
Thank you and
GOOD LUCK
23
Grading (cont)
bull Make-up quizzes will be given on a case-by-case basis It is
not possible to re-sit a quiz in order to achieve a higher
grade
bull Re-exam scheduled for Period 3-4 (VT18)
10
Lecturers and Seminar Leaders
bull Wind power
Tekn Lic Miroslav Petrov Dr Thomas Ackermann
bull Biomass
Dr Peter Hagstroumlm Dr Jeevan Jayasuriya Dr Vera Nemanova
Dr Thomas Nordgreen Tekn Lic Miroslav Petrov
bull Solar
Affliated Prof Anjane Krothapalli MSc Lukas Aichmayer
Tekn Dr Rafael Gueacutedez MSc Jorge Garrido Tekn Lic Monika Topel
Dr Wujun Wang
bull Hydropower
Dr Brijesh Mainali Assistant Prof Dilip Khatiwada MSc Babak Rezapoor
bull Other topics
Prof Andrew Martin Affiliated Prof Massimo Santarelli
Tekn Lic Miroslav Petrov Dr Justin Chiu
Energynautics GmbH
Sweco AB
11
Pedagogical Approach ndash Traditional
12
Pedagogical Approach ndash rsquoFlippedClassroomrsquo
13
Pedagogical Approach ndash rsquoFlippedClassroomrsquo (cont)
bull Goal is to improve quality of learning by increasing
interactivity in classroom
bull Instead of traditional lectures
- Videos professionally produced at KTH Media Lab
- Topic modularization with embedded learning
outcomes and other material
- Class time spent in seminars and problem solving
bull Almost all of topics handled this way
14
Lecture and Seminar Schedule ndash Period 1 (on-campus students)
Date amp Time Activity Instructor
28 Aug 800-1000 Course Kick-off Andrew Martin
31 Aug 1500-1700Seminar 1 Introduction to Energy
ConversionAndrew Martin
7 Sep 1500-1700Seminar 2 Biomass Resources
Thermochemical Conversion
Andrew Martin Jeevan
Jayasuriya Miroslav Petrov
14 Sep 1500-1700 Seminar 3 Biochemical ConversionAndrew Martin Jeevan
Jayasuriya Miroslav Petrov
21 Sep 1500-1700Seminar 4 Biomass Problem Solving
Session
Andrew Martin Justin Chiu
Miroslav Petrov
28 Sep 1500-1700 Seminar 5 Wind PowerAndrew Martin Jeevan
Jayasuriya Miroslav Petrov
2 Oct 1500-1700 Lecture Wind Power Systems Part 1 Thomas Ackermann
5 Oct 1500-1700 Lecture Wind Power Systems Part 2 Thomas Ackermann
10 Oct 800-1000 KON1 (Quiz 1)
15
Lecture and Seminar Schedule ndash Period 1 (distance-based students)
Date amp Time Activity Instructor
29 Aug 10-12 Course Kick-off Andrew Martin
31 Aug 10-12Seminar 1 Introduction to Energy
ConversionAndrew Martin
7 Sep 10-12Seminar 2 Biomass Resources
Thermochemical ConversionAndrew Martin
14 Sep 10-12 Seminar 3 Biochemical Conversion Andrew Martin
26 Sep 8-10Seminar 4 Biomass Problem Solving
SessionAndrew Martin
28 Sep 10-12 Seminar 5 Wind Power Miroslav Petrov
6 Oct 10-12 Lecture Wind Power Systems Part 1 Thomas Ackermann
6 Oct 13-15 Lecture Wind Power Systems Part 2 Thomas Ackermann
10 Oct 800-1000 KON1 (Quiz 1)
16
SELECT-KTH to join this session
Lecture and Seminar Schedule ndash Period 2 (on-campus students)
Date amp Time Activity Instructor
1 Nov 800-1000Seminar 6 Solar Problem Solving
Session
Lukas Aichmayer Rafael Gueacutedez
Jorge Garrido
2-3 Nov Field Trips --
9 Nov 1500-1700Seminar 7 Low Temperature Solar
Thermal Systems
Lukas Aichmayer Wujun Wang
Jorge Garrido
16 Nov 1500-1700Seminar 8 Concentrating Solar Power
Plants and Photovoltaics
Rafael Gueacutedez Monika Topel
Wujun Wang
23 Nov 1500-1700 Seminar 9 Small-scale HydropowerBrijesh Mainali Dilip Khatiwada
Babak Rezapoor
30 Nov 1500-1700 Seminar 10 Large-scale HydropowerBrijesh Mainali Dilip Khatiwada
Babak Rezapoor
7 Dec 1500-1700 Seminar 11 Energy StorageJustin Chiu Rafael Gueacutedez
Wujun Wang
12 Dec 800-1000 KON2 (Quiz 2) --
14 Dec 1500-1700Seminar 12 Hydrogen amp Fuel Cells
Geothermal Energy Marine Energy
Andrew Martin Miroslav Petrov
Jeevan Jayasuriya
17
Lecture and Seminar Schedule ndash Period 2 (distance-based students)
Date amp Time Activity Instructor
2 Nov 10-12Seminar 6 Solar Problem Solving
SessionLukas Aichmayer
9 Nov 10-12Seminar 7 Low Temperature Solar
Thermal SystemsWujun Wang
16 Nov 10-12Seminar 8 Concentrating Solar Power
Plants and PhotovoltaicsMonika Topel
23 Nov 10-12 Seminar 9 Small-scale Hydropower Dilip Khatiwada
30 Nov 10-12 Seminar 10 Large-scale Hydropower Babak Rezapoor
4 Dec 15-17 Seminar 11 Energy Storage Justin Chiu
2 Nov 10-12Seminar 6 Solar Problem Solving
SessionLukas Aichmayer
12 Dec 800-1000 KON2 (Quiz 2) --
14 Dec 10-12Seminar 12 Hydrogen amp Fuel Cells
Geothermal Energy Marine EnergyAndrew Martin
18
Seminars
bull Self-formed seminar groups
- First assignment in Canvas
- Max 6 students per group
bull Each group assigned a seminar session from Seminar 2
onwards
bull Questions posted in advance
- Check respective module in Canvas
bull Group discussions will take place during the seminar
- Groups to share findings
- Seminar leader comments and summarizes outcome
19
Practical Advice for Success
bull Prioritize seminars and problem solving sessions
bull Use scheduled self study sessions for this course
bull Be active when viewing videos
bull Work continuously
20
Key Dates
bull Home assignments (INL1)
1-1 Biomass launched 11 Sep due 25 Sep 2359
1-2 Wind launched 18 Sep due 2 Oct 2359
1-3 Solar launched 20 Oct due 20 Nov 2359
1-4 Hydropower launched 20 Nov due 4 Dec 2359
bull Quiz 1 (KON1) 10 Oct 800-1000
bull Field trips 2-3 Nov
- Sign up for one only
bull Quiz 2 (KON2) 12 Dec 800-1000
bull Exam (TEN1) 18 Dec 800-12 andor
10 Jan 1400-1800
21
Assignment for Seminar 1
bull Form seminar group
bull Review all material in Canvas modules
- Course Orientation
- Introduction to Energy Conversion
bull Refer to Canvas for specific questions to be discussed
22
Thank you and
GOOD LUCK
23
Lecturers and Seminar Leaders
bull Wind power
Tekn Lic Miroslav Petrov Dr Thomas Ackermann
bull Biomass
Dr Peter Hagstroumlm Dr Jeevan Jayasuriya Dr Vera Nemanova
Dr Thomas Nordgreen Tekn Lic Miroslav Petrov
bull Solar
Affliated Prof Anjane Krothapalli MSc Lukas Aichmayer
Tekn Dr Rafael Gueacutedez MSc Jorge Garrido Tekn Lic Monika Topel
Dr Wujun Wang
bull Hydropower
Dr Brijesh Mainali Assistant Prof Dilip Khatiwada MSc Babak Rezapoor
bull Other topics
Prof Andrew Martin Affiliated Prof Massimo Santarelli
Tekn Lic Miroslav Petrov Dr Justin Chiu
Energynautics GmbH
Sweco AB
11
Pedagogical Approach ndash Traditional
12
Pedagogical Approach ndash rsquoFlippedClassroomrsquo
13
Pedagogical Approach ndash rsquoFlippedClassroomrsquo (cont)
bull Goal is to improve quality of learning by increasing
interactivity in classroom
bull Instead of traditional lectures
- Videos professionally produced at KTH Media Lab
- Topic modularization with embedded learning
outcomes and other material
- Class time spent in seminars and problem solving
bull Almost all of topics handled this way
14
Lecture and Seminar Schedule ndash Period 1 (on-campus students)
Date amp Time Activity Instructor
28 Aug 800-1000 Course Kick-off Andrew Martin
31 Aug 1500-1700Seminar 1 Introduction to Energy
ConversionAndrew Martin
7 Sep 1500-1700Seminar 2 Biomass Resources
Thermochemical Conversion
Andrew Martin Jeevan
Jayasuriya Miroslav Petrov
14 Sep 1500-1700 Seminar 3 Biochemical ConversionAndrew Martin Jeevan
Jayasuriya Miroslav Petrov
21 Sep 1500-1700Seminar 4 Biomass Problem Solving
Session
Andrew Martin Justin Chiu
Miroslav Petrov
28 Sep 1500-1700 Seminar 5 Wind PowerAndrew Martin Jeevan
Jayasuriya Miroslav Petrov
2 Oct 1500-1700 Lecture Wind Power Systems Part 1 Thomas Ackermann
5 Oct 1500-1700 Lecture Wind Power Systems Part 2 Thomas Ackermann
10 Oct 800-1000 KON1 (Quiz 1)
15
Lecture and Seminar Schedule ndash Period 1 (distance-based students)
Date amp Time Activity Instructor
29 Aug 10-12 Course Kick-off Andrew Martin
31 Aug 10-12Seminar 1 Introduction to Energy
ConversionAndrew Martin
7 Sep 10-12Seminar 2 Biomass Resources
Thermochemical ConversionAndrew Martin
14 Sep 10-12 Seminar 3 Biochemical Conversion Andrew Martin
26 Sep 8-10Seminar 4 Biomass Problem Solving
SessionAndrew Martin
28 Sep 10-12 Seminar 5 Wind Power Miroslav Petrov
6 Oct 10-12 Lecture Wind Power Systems Part 1 Thomas Ackermann
6 Oct 13-15 Lecture Wind Power Systems Part 2 Thomas Ackermann
10 Oct 800-1000 KON1 (Quiz 1)
16
SELECT-KTH to join this session
Lecture and Seminar Schedule ndash Period 2 (on-campus students)
Date amp Time Activity Instructor
1 Nov 800-1000Seminar 6 Solar Problem Solving
Session
Lukas Aichmayer Rafael Gueacutedez
Jorge Garrido
2-3 Nov Field Trips --
9 Nov 1500-1700Seminar 7 Low Temperature Solar
Thermal Systems
Lukas Aichmayer Wujun Wang
Jorge Garrido
16 Nov 1500-1700Seminar 8 Concentrating Solar Power
Plants and Photovoltaics
Rafael Gueacutedez Monika Topel
Wujun Wang
23 Nov 1500-1700 Seminar 9 Small-scale HydropowerBrijesh Mainali Dilip Khatiwada
Babak Rezapoor
30 Nov 1500-1700 Seminar 10 Large-scale HydropowerBrijesh Mainali Dilip Khatiwada
Babak Rezapoor
7 Dec 1500-1700 Seminar 11 Energy StorageJustin Chiu Rafael Gueacutedez
Wujun Wang
12 Dec 800-1000 KON2 (Quiz 2) --
14 Dec 1500-1700Seminar 12 Hydrogen amp Fuel Cells
Geothermal Energy Marine Energy
Andrew Martin Miroslav Petrov
Jeevan Jayasuriya
17
Lecture and Seminar Schedule ndash Period 2 (distance-based students)
Date amp Time Activity Instructor
2 Nov 10-12Seminar 6 Solar Problem Solving
SessionLukas Aichmayer
9 Nov 10-12Seminar 7 Low Temperature Solar
Thermal SystemsWujun Wang
16 Nov 10-12Seminar 8 Concentrating Solar Power
Plants and PhotovoltaicsMonika Topel
23 Nov 10-12 Seminar 9 Small-scale Hydropower Dilip Khatiwada
30 Nov 10-12 Seminar 10 Large-scale Hydropower Babak Rezapoor
4 Dec 15-17 Seminar 11 Energy Storage Justin Chiu
2 Nov 10-12Seminar 6 Solar Problem Solving
SessionLukas Aichmayer
12 Dec 800-1000 KON2 (Quiz 2) --
14 Dec 10-12Seminar 12 Hydrogen amp Fuel Cells
Geothermal Energy Marine EnergyAndrew Martin
18
Seminars
bull Self-formed seminar groups
- First assignment in Canvas
- Max 6 students per group
bull Each group assigned a seminar session from Seminar 2
onwards
bull Questions posted in advance
- Check respective module in Canvas
bull Group discussions will take place during the seminar
- Groups to share findings
- Seminar leader comments and summarizes outcome
19
Practical Advice for Success
bull Prioritize seminars and problem solving sessions
bull Use scheduled self study sessions for this course
bull Be active when viewing videos
bull Work continuously
20
Key Dates
bull Home assignments (INL1)
1-1 Biomass launched 11 Sep due 25 Sep 2359
1-2 Wind launched 18 Sep due 2 Oct 2359
1-3 Solar launched 20 Oct due 20 Nov 2359
1-4 Hydropower launched 20 Nov due 4 Dec 2359
bull Quiz 1 (KON1) 10 Oct 800-1000
bull Field trips 2-3 Nov
- Sign up for one only
bull Quiz 2 (KON2) 12 Dec 800-1000
bull Exam (TEN1) 18 Dec 800-12 andor
10 Jan 1400-1800
21
Assignment for Seminar 1
bull Form seminar group
bull Review all material in Canvas modules
- Course Orientation
- Introduction to Energy Conversion
bull Refer to Canvas for specific questions to be discussed
22
Thank you and
GOOD LUCK
23
Pedagogical Approach ndash Traditional
12
Pedagogical Approach ndash rsquoFlippedClassroomrsquo
13
Pedagogical Approach ndash rsquoFlippedClassroomrsquo (cont)
bull Goal is to improve quality of learning by increasing
interactivity in classroom
bull Instead of traditional lectures
- Videos professionally produced at KTH Media Lab
- Topic modularization with embedded learning
outcomes and other material
- Class time spent in seminars and problem solving
bull Almost all of topics handled this way
14
Lecture and Seminar Schedule ndash Period 1 (on-campus students)
Date amp Time Activity Instructor
28 Aug 800-1000 Course Kick-off Andrew Martin
31 Aug 1500-1700Seminar 1 Introduction to Energy
ConversionAndrew Martin
7 Sep 1500-1700Seminar 2 Biomass Resources
Thermochemical Conversion
Andrew Martin Jeevan
Jayasuriya Miroslav Petrov
14 Sep 1500-1700 Seminar 3 Biochemical ConversionAndrew Martin Jeevan
Jayasuriya Miroslav Petrov
21 Sep 1500-1700Seminar 4 Biomass Problem Solving
Session
Andrew Martin Justin Chiu
Miroslav Petrov
28 Sep 1500-1700 Seminar 5 Wind PowerAndrew Martin Jeevan
Jayasuriya Miroslav Petrov
2 Oct 1500-1700 Lecture Wind Power Systems Part 1 Thomas Ackermann
5 Oct 1500-1700 Lecture Wind Power Systems Part 2 Thomas Ackermann
10 Oct 800-1000 KON1 (Quiz 1)
15
Lecture and Seminar Schedule ndash Period 1 (distance-based students)
Date amp Time Activity Instructor
29 Aug 10-12 Course Kick-off Andrew Martin
31 Aug 10-12Seminar 1 Introduction to Energy
ConversionAndrew Martin
7 Sep 10-12Seminar 2 Biomass Resources
Thermochemical ConversionAndrew Martin
14 Sep 10-12 Seminar 3 Biochemical Conversion Andrew Martin
26 Sep 8-10Seminar 4 Biomass Problem Solving
SessionAndrew Martin
28 Sep 10-12 Seminar 5 Wind Power Miroslav Petrov
6 Oct 10-12 Lecture Wind Power Systems Part 1 Thomas Ackermann
6 Oct 13-15 Lecture Wind Power Systems Part 2 Thomas Ackermann
10 Oct 800-1000 KON1 (Quiz 1)
16
SELECT-KTH to join this session
Lecture and Seminar Schedule ndash Period 2 (on-campus students)
Date amp Time Activity Instructor
1 Nov 800-1000Seminar 6 Solar Problem Solving
Session
Lukas Aichmayer Rafael Gueacutedez
Jorge Garrido
2-3 Nov Field Trips --
9 Nov 1500-1700Seminar 7 Low Temperature Solar
Thermal Systems
Lukas Aichmayer Wujun Wang
Jorge Garrido
16 Nov 1500-1700Seminar 8 Concentrating Solar Power
Plants and Photovoltaics
Rafael Gueacutedez Monika Topel
Wujun Wang
23 Nov 1500-1700 Seminar 9 Small-scale HydropowerBrijesh Mainali Dilip Khatiwada
Babak Rezapoor
30 Nov 1500-1700 Seminar 10 Large-scale HydropowerBrijesh Mainali Dilip Khatiwada
Babak Rezapoor
7 Dec 1500-1700 Seminar 11 Energy StorageJustin Chiu Rafael Gueacutedez
Wujun Wang
12 Dec 800-1000 KON2 (Quiz 2) --
14 Dec 1500-1700Seminar 12 Hydrogen amp Fuel Cells
Geothermal Energy Marine Energy
Andrew Martin Miroslav Petrov
Jeevan Jayasuriya
17
Lecture and Seminar Schedule ndash Period 2 (distance-based students)
Date amp Time Activity Instructor
2 Nov 10-12Seminar 6 Solar Problem Solving
SessionLukas Aichmayer
9 Nov 10-12Seminar 7 Low Temperature Solar
Thermal SystemsWujun Wang
16 Nov 10-12Seminar 8 Concentrating Solar Power
Plants and PhotovoltaicsMonika Topel
23 Nov 10-12 Seminar 9 Small-scale Hydropower Dilip Khatiwada
30 Nov 10-12 Seminar 10 Large-scale Hydropower Babak Rezapoor
4 Dec 15-17 Seminar 11 Energy Storage Justin Chiu
2 Nov 10-12Seminar 6 Solar Problem Solving
SessionLukas Aichmayer
12 Dec 800-1000 KON2 (Quiz 2) --
14 Dec 10-12Seminar 12 Hydrogen amp Fuel Cells
Geothermal Energy Marine EnergyAndrew Martin
18
Seminars
bull Self-formed seminar groups
- First assignment in Canvas
- Max 6 students per group
bull Each group assigned a seminar session from Seminar 2
onwards
bull Questions posted in advance
- Check respective module in Canvas
bull Group discussions will take place during the seminar
- Groups to share findings
- Seminar leader comments and summarizes outcome
19
Practical Advice for Success
bull Prioritize seminars and problem solving sessions
bull Use scheduled self study sessions for this course
bull Be active when viewing videos
bull Work continuously
20
Key Dates
bull Home assignments (INL1)
1-1 Biomass launched 11 Sep due 25 Sep 2359
1-2 Wind launched 18 Sep due 2 Oct 2359
1-3 Solar launched 20 Oct due 20 Nov 2359
1-4 Hydropower launched 20 Nov due 4 Dec 2359
bull Quiz 1 (KON1) 10 Oct 800-1000
bull Field trips 2-3 Nov
- Sign up for one only
bull Quiz 2 (KON2) 12 Dec 800-1000
bull Exam (TEN1) 18 Dec 800-12 andor
10 Jan 1400-1800
21
Assignment for Seminar 1
bull Form seminar group
bull Review all material in Canvas modules
- Course Orientation
- Introduction to Energy Conversion
bull Refer to Canvas for specific questions to be discussed
22
Thank you and
GOOD LUCK
23
Pedagogical Approach ndash rsquoFlippedClassroomrsquo
13
Pedagogical Approach ndash rsquoFlippedClassroomrsquo (cont)
bull Goal is to improve quality of learning by increasing
interactivity in classroom
bull Instead of traditional lectures
- Videos professionally produced at KTH Media Lab
- Topic modularization with embedded learning
outcomes and other material
- Class time spent in seminars and problem solving
bull Almost all of topics handled this way
14
Lecture and Seminar Schedule ndash Period 1 (on-campus students)
Date amp Time Activity Instructor
28 Aug 800-1000 Course Kick-off Andrew Martin
31 Aug 1500-1700Seminar 1 Introduction to Energy
ConversionAndrew Martin
7 Sep 1500-1700Seminar 2 Biomass Resources
Thermochemical Conversion
Andrew Martin Jeevan
Jayasuriya Miroslav Petrov
14 Sep 1500-1700 Seminar 3 Biochemical ConversionAndrew Martin Jeevan
Jayasuriya Miroslav Petrov
21 Sep 1500-1700Seminar 4 Biomass Problem Solving
Session
Andrew Martin Justin Chiu
Miroslav Petrov
28 Sep 1500-1700 Seminar 5 Wind PowerAndrew Martin Jeevan
Jayasuriya Miroslav Petrov
2 Oct 1500-1700 Lecture Wind Power Systems Part 1 Thomas Ackermann
5 Oct 1500-1700 Lecture Wind Power Systems Part 2 Thomas Ackermann
10 Oct 800-1000 KON1 (Quiz 1)
15
Lecture and Seminar Schedule ndash Period 1 (distance-based students)
Date amp Time Activity Instructor
29 Aug 10-12 Course Kick-off Andrew Martin
31 Aug 10-12Seminar 1 Introduction to Energy
ConversionAndrew Martin
7 Sep 10-12Seminar 2 Biomass Resources
Thermochemical ConversionAndrew Martin
14 Sep 10-12 Seminar 3 Biochemical Conversion Andrew Martin
26 Sep 8-10Seminar 4 Biomass Problem Solving
SessionAndrew Martin
28 Sep 10-12 Seminar 5 Wind Power Miroslav Petrov
6 Oct 10-12 Lecture Wind Power Systems Part 1 Thomas Ackermann
6 Oct 13-15 Lecture Wind Power Systems Part 2 Thomas Ackermann
10 Oct 800-1000 KON1 (Quiz 1)
16
SELECT-KTH to join this session
Lecture and Seminar Schedule ndash Period 2 (on-campus students)
Date amp Time Activity Instructor
1 Nov 800-1000Seminar 6 Solar Problem Solving
Session
Lukas Aichmayer Rafael Gueacutedez
Jorge Garrido
2-3 Nov Field Trips --
9 Nov 1500-1700Seminar 7 Low Temperature Solar
Thermal Systems
Lukas Aichmayer Wujun Wang
Jorge Garrido
16 Nov 1500-1700Seminar 8 Concentrating Solar Power
Plants and Photovoltaics
Rafael Gueacutedez Monika Topel
Wujun Wang
23 Nov 1500-1700 Seminar 9 Small-scale HydropowerBrijesh Mainali Dilip Khatiwada
Babak Rezapoor
30 Nov 1500-1700 Seminar 10 Large-scale HydropowerBrijesh Mainali Dilip Khatiwada
Babak Rezapoor
7 Dec 1500-1700 Seminar 11 Energy StorageJustin Chiu Rafael Gueacutedez
Wujun Wang
12 Dec 800-1000 KON2 (Quiz 2) --
14 Dec 1500-1700Seminar 12 Hydrogen amp Fuel Cells
Geothermal Energy Marine Energy
Andrew Martin Miroslav Petrov
Jeevan Jayasuriya
17
Lecture and Seminar Schedule ndash Period 2 (distance-based students)
Date amp Time Activity Instructor
2 Nov 10-12Seminar 6 Solar Problem Solving
SessionLukas Aichmayer
9 Nov 10-12Seminar 7 Low Temperature Solar
Thermal SystemsWujun Wang
16 Nov 10-12Seminar 8 Concentrating Solar Power
Plants and PhotovoltaicsMonika Topel
23 Nov 10-12 Seminar 9 Small-scale Hydropower Dilip Khatiwada
30 Nov 10-12 Seminar 10 Large-scale Hydropower Babak Rezapoor
4 Dec 15-17 Seminar 11 Energy Storage Justin Chiu
2 Nov 10-12Seminar 6 Solar Problem Solving
SessionLukas Aichmayer
12 Dec 800-1000 KON2 (Quiz 2) --
14 Dec 10-12Seminar 12 Hydrogen amp Fuel Cells
Geothermal Energy Marine EnergyAndrew Martin
18
Seminars
bull Self-formed seminar groups
- First assignment in Canvas
- Max 6 students per group
bull Each group assigned a seminar session from Seminar 2
onwards
bull Questions posted in advance
- Check respective module in Canvas
bull Group discussions will take place during the seminar
- Groups to share findings
- Seminar leader comments and summarizes outcome
19
Practical Advice for Success
bull Prioritize seminars and problem solving sessions
bull Use scheduled self study sessions for this course
bull Be active when viewing videos
bull Work continuously
20
Key Dates
bull Home assignments (INL1)
1-1 Biomass launched 11 Sep due 25 Sep 2359
1-2 Wind launched 18 Sep due 2 Oct 2359
1-3 Solar launched 20 Oct due 20 Nov 2359
1-4 Hydropower launched 20 Nov due 4 Dec 2359
bull Quiz 1 (KON1) 10 Oct 800-1000
bull Field trips 2-3 Nov
- Sign up for one only
bull Quiz 2 (KON2) 12 Dec 800-1000
bull Exam (TEN1) 18 Dec 800-12 andor
10 Jan 1400-1800
21
Assignment for Seminar 1
bull Form seminar group
bull Review all material in Canvas modules
- Course Orientation
- Introduction to Energy Conversion
bull Refer to Canvas for specific questions to be discussed
22
Thank you and
GOOD LUCK
23
Pedagogical Approach ndash rsquoFlippedClassroomrsquo (cont)
bull Goal is to improve quality of learning by increasing
interactivity in classroom
bull Instead of traditional lectures
- Videos professionally produced at KTH Media Lab
- Topic modularization with embedded learning
outcomes and other material
- Class time spent in seminars and problem solving
bull Almost all of topics handled this way
14
Lecture and Seminar Schedule ndash Period 1 (on-campus students)
Date amp Time Activity Instructor
28 Aug 800-1000 Course Kick-off Andrew Martin
31 Aug 1500-1700Seminar 1 Introduction to Energy
ConversionAndrew Martin
7 Sep 1500-1700Seminar 2 Biomass Resources
Thermochemical Conversion
Andrew Martin Jeevan
Jayasuriya Miroslav Petrov
14 Sep 1500-1700 Seminar 3 Biochemical ConversionAndrew Martin Jeevan
Jayasuriya Miroslav Petrov
21 Sep 1500-1700Seminar 4 Biomass Problem Solving
Session
Andrew Martin Justin Chiu
Miroslav Petrov
28 Sep 1500-1700 Seminar 5 Wind PowerAndrew Martin Jeevan
Jayasuriya Miroslav Petrov
2 Oct 1500-1700 Lecture Wind Power Systems Part 1 Thomas Ackermann
5 Oct 1500-1700 Lecture Wind Power Systems Part 2 Thomas Ackermann
10 Oct 800-1000 KON1 (Quiz 1)
15
Lecture and Seminar Schedule ndash Period 1 (distance-based students)
Date amp Time Activity Instructor
29 Aug 10-12 Course Kick-off Andrew Martin
31 Aug 10-12Seminar 1 Introduction to Energy
ConversionAndrew Martin
7 Sep 10-12Seminar 2 Biomass Resources
Thermochemical ConversionAndrew Martin
14 Sep 10-12 Seminar 3 Biochemical Conversion Andrew Martin
26 Sep 8-10Seminar 4 Biomass Problem Solving
SessionAndrew Martin
28 Sep 10-12 Seminar 5 Wind Power Miroslav Petrov
6 Oct 10-12 Lecture Wind Power Systems Part 1 Thomas Ackermann
6 Oct 13-15 Lecture Wind Power Systems Part 2 Thomas Ackermann
10 Oct 800-1000 KON1 (Quiz 1)
16
SELECT-KTH to join this session
Lecture and Seminar Schedule ndash Period 2 (on-campus students)
Date amp Time Activity Instructor
1 Nov 800-1000Seminar 6 Solar Problem Solving
Session
Lukas Aichmayer Rafael Gueacutedez
Jorge Garrido
2-3 Nov Field Trips --
9 Nov 1500-1700Seminar 7 Low Temperature Solar
Thermal Systems
Lukas Aichmayer Wujun Wang
Jorge Garrido
16 Nov 1500-1700Seminar 8 Concentrating Solar Power
Plants and Photovoltaics
Rafael Gueacutedez Monika Topel
Wujun Wang
23 Nov 1500-1700 Seminar 9 Small-scale HydropowerBrijesh Mainali Dilip Khatiwada
Babak Rezapoor
30 Nov 1500-1700 Seminar 10 Large-scale HydropowerBrijesh Mainali Dilip Khatiwada
Babak Rezapoor
7 Dec 1500-1700 Seminar 11 Energy StorageJustin Chiu Rafael Gueacutedez
Wujun Wang
12 Dec 800-1000 KON2 (Quiz 2) --
14 Dec 1500-1700Seminar 12 Hydrogen amp Fuel Cells
Geothermal Energy Marine Energy
Andrew Martin Miroslav Petrov
Jeevan Jayasuriya
17
Lecture and Seminar Schedule ndash Period 2 (distance-based students)
Date amp Time Activity Instructor
2 Nov 10-12Seminar 6 Solar Problem Solving
SessionLukas Aichmayer
9 Nov 10-12Seminar 7 Low Temperature Solar
Thermal SystemsWujun Wang
16 Nov 10-12Seminar 8 Concentrating Solar Power
Plants and PhotovoltaicsMonika Topel
23 Nov 10-12 Seminar 9 Small-scale Hydropower Dilip Khatiwada
30 Nov 10-12 Seminar 10 Large-scale Hydropower Babak Rezapoor
4 Dec 15-17 Seminar 11 Energy Storage Justin Chiu
2 Nov 10-12Seminar 6 Solar Problem Solving
SessionLukas Aichmayer
12 Dec 800-1000 KON2 (Quiz 2) --
14 Dec 10-12Seminar 12 Hydrogen amp Fuel Cells
Geothermal Energy Marine EnergyAndrew Martin
18
Seminars
bull Self-formed seminar groups
- First assignment in Canvas
- Max 6 students per group
bull Each group assigned a seminar session from Seminar 2
onwards
bull Questions posted in advance
- Check respective module in Canvas
bull Group discussions will take place during the seminar
- Groups to share findings
- Seminar leader comments and summarizes outcome
19
Practical Advice for Success
bull Prioritize seminars and problem solving sessions
bull Use scheduled self study sessions for this course
bull Be active when viewing videos
bull Work continuously
20
Key Dates
bull Home assignments (INL1)
1-1 Biomass launched 11 Sep due 25 Sep 2359
1-2 Wind launched 18 Sep due 2 Oct 2359
1-3 Solar launched 20 Oct due 20 Nov 2359
1-4 Hydropower launched 20 Nov due 4 Dec 2359
bull Quiz 1 (KON1) 10 Oct 800-1000
bull Field trips 2-3 Nov
- Sign up for one only
bull Quiz 2 (KON2) 12 Dec 800-1000
bull Exam (TEN1) 18 Dec 800-12 andor
10 Jan 1400-1800
21
Assignment for Seminar 1
bull Form seminar group
bull Review all material in Canvas modules
- Course Orientation
- Introduction to Energy Conversion
bull Refer to Canvas for specific questions to be discussed
22
Thank you and
GOOD LUCK
23
Lecture and Seminar Schedule ndash Period 1 (on-campus students)
Date amp Time Activity Instructor
28 Aug 800-1000 Course Kick-off Andrew Martin
31 Aug 1500-1700Seminar 1 Introduction to Energy
ConversionAndrew Martin
7 Sep 1500-1700Seminar 2 Biomass Resources
Thermochemical Conversion
Andrew Martin Jeevan
Jayasuriya Miroslav Petrov
14 Sep 1500-1700 Seminar 3 Biochemical ConversionAndrew Martin Jeevan
Jayasuriya Miroslav Petrov
21 Sep 1500-1700Seminar 4 Biomass Problem Solving
Session
Andrew Martin Justin Chiu
Miroslav Petrov
28 Sep 1500-1700 Seminar 5 Wind PowerAndrew Martin Jeevan
Jayasuriya Miroslav Petrov
2 Oct 1500-1700 Lecture Wind Power Systems Part 1 Thomas Ackermann
5 Oct 1500-1700 Lecture Wind Power Systems Part 2 Thomas Ackermann
10 Oct 800-1000 KON1 (Quiz 1)
15
Lecture and Seminar Schedule ndash Period 1 (distance-based students)
Date amp Time Activity Instructor
29 Aug 10-12 Course Kick-off Andrew Martin
31 Aug 10-12Seminar 1 Introduction to Energy
ConversionAndrew Martin
7 Sep 10-12Seminar 2 Biomass Resources
Thermochemical ConversionAndrew Martin
14 Sep 10-12 Seminar 3 Biochemical Conversion Andrew Martin
26 Sep 8-10Seminar 4 Biomass Problem Solving
SessionAndrew Martin
28 Sep 10-12 Seminar 5 Wind Power Miroslav Petrov
6 Oct 10-12 Lecture Wind Power Systems Part 1 Thomas Ackermann
6 Oct 13-15 Lecture Wind Power Systems Part 2 Thomas Ackermann
10 Oct 800-1000 KON1 (Quiz 1)
16
SELECT-KTH to join this session
Lecture and Seminar Schedule ndash Period 2 (on-campus students)
Date amp Time Activity Instructor
1 Nov 800-1000Seminar 6 Solar Problem Solving
Session
Lukas Aichmayer Rafael Gueacutedez
Jorge Garrido
2-3 Nov Field Trips --
9 Nov 1500-1700Seminar 7 Low Temperature Solar
Thermal Systems
Lukas Aichmayer Wujun Wang
Jorge Garrido
16 Nov 1500-1700Seminar 8 Concentrating Solar Power
Plants and Photovoltaics
Rafael Gueacutedez Monika Topel
Wujun Wang
23 Nov 1500-1700 Seminar 9 Small-scale HydropowerBrijesh Mainali Dilip Khatiwada
Babak Rezapoor
30 Nov 1500-1700 Seminar 10 Large-scale HydropowerBrijesh Mainali Dilip Khatiwada
Babak Rezapoor
7 Dec 1500-1700 Seminar 11 Energy StorageJustin Chiu Rafael Gueacutedez
Wujun Wang
12 Dec 800-1000 KON2 (Quiz 2) --
14 Dec 1500-1700Seminar 12 Hydrogen amp Fuel Cells
Geothermal Energy Marine Energy
Andrew Martin Miroslav Petrov
Jeevan Jayasuriya
17
Lecture and Seminar Schedule ndash Period 2 (distance-based students)
Date amp Time Activity Instructor
2 Nov 10-12Seminar 6 Solar Problem Solving
SessionLukas Aichmayer
9 Nov 10-12Seminar 7 Low Temperature Solar
Thermal SystemsWujun Wang
16 Nov 10-12Seminar 8 Concentrating Solar Power
Plants and PhotovoltaicsMonika Topel
23 Nov 10-12 Seminar 9 Small-scale Hydropower Dilip Khatiwada
30 Nov 10-12 Seminar 10 Large-scale Hydropower Babak Rezapoor
4 Dec 15-17 Seminar 11 Energy Storage Justin Chiu
2 Nov 10-12Seminar 6 Solar Problem Solving
SessionLukas Aichmayer
12 Dec 800-1000 KON2 (Quiz 2) --
14 Dec 10-12Seminar 12 Hydrogen amp Fuel Cells
Geothermal Energy Marine EnergyAndrew Martin
18
Seminars
bull Self-formed seminar groups
- First assignment in Canvas
- Max 6 students per group
bull Each group assigned a seminar session from Seminar 2
onwards
bull Questions posted in advance
- Check respective module in Canvas
bull Group discussions will take place during the seminar
- Groups to share findings
- Seminar leader comments and summarizes outcome
19
Practical Advice for Success
bull Prioritize seminars and problem solving sessions
bull Use scheduled self study sessions for this course
bull Be active when viewing videos
bull Work continuously
20
Key Dates
bull Home assignments (INL1)
1-1 Biomass launched 11 Sep due 25 Sep 2359
1-2 Wind launched 18 Sep due 2 Oct 2359
1-3 Solar launched 20 Oct due 20 Nov 2359
1-4 Hydropower launched 20 Nov due 4 Dec 2359
bull Quiz 1 (KON1) 10 Oct 800-1000
bull Field trips 2-3 Nov
- Sign up for one only
bull Quiz 2 (KON2) 12 Dec 800-1000
bull Exam (TEN1) 18 Dec 800-12 andor
10 Jan 1400-1800
21
Assignment for Seminar 1
bull Form seminar group
bull Review all material in Canvas modules
- Course Orientation
- Introduction to Energy Conversion
bull Refer to Canvas for specific questions to be discussed
22
Thank you and
GOOD LUCK
23
Lecture and Seminar Schedule ndash Period 1 (distance-based students)
Date amp Time Activity Instructor
29 Aug 10-12 Course Kick-off Andrew Martin
31 Aug 10-12Seminar 1 Introduction to Energy
ConversionAndrew Martin
7 Sep 10-12Seminar 2 Biomass Resources
Thermochemical ConversionAndrew Martin
14 Sep 10-12 Seminar 3 Biochemical Conversion Andrew Martin
26 Sep 8-10Seminar 4 Biomass Problem Solving
SessionAndrew Martin
28 Sep 10-12 Seminar 5 Wind Power Miroslav Petrov
6 Oct 10-12 Lecture Wind Power Systems Part 1 Thomas Ackermann
6 Oct 13-15 Lecture Wind Power Systems Part 2 Thomas Ackermann
10 Oct 800-1000 KON1 (Quiz 1)
16
SELECT-KTH to join this session
Lecture and Seminar Schedule ndash Period 2 (on-campus students)
Date amp Time Activity Instructor
1 Nov 800-1000Seminar 6 Solar Problem Solving
Session
Lukas Aichmayer Rafael Gueacutedez
Jorge Garrido
2-3 Nov Field Trips --
9 Nov 1500-1700Seminar 7 Low Temperature Solar
Thermal Systems
Lukas Aichmayer Wujun Wang
Jorge Garrido
16 Nov 1500-1700Seminar 8 Concentrating Solar Power
Plants and Photovoltaics
Rafael Gueacutedez Monika Topel
Wujun Wang
23 Nov 1500-1700 Seminar 9 Small-scale HydropowerBrijesh Mainali Dilip Khatiwada
Babak Rezapoor
30 Nov 1500-1700 Seminar 10 Large-scale HydropowerBrijesh Mainali Dilip Khatiwada
Babak Rezapoor
7 Dec 1500-1700 Seminar 11 Energy StorageJustin Chiu Rafael Gueacutedez
Wujun Wang
12 Dec 800-1000 KON2 (Quiz 2) --
14 Dec 1500-1700Seminar 12 Hydrogen amp Fuel Cells
Geothermal Energy Marine Energy
Andrew Martin Miroslav Petrov
Jeevan Jayasuriya
17
Lecture and Seminar Schedule ndash Period 2 (distance-based students)
Date amp Time Activity Instructor
2 Nov 10-12Seminar 6 Solar Problem Solving
SessionLukas Aichmayer
9 Nov 10-12Seminar 7 Low Temperature Solar
Thermal SystemsWujun Wang
16 Nov 10-12Seminar 8 Concentrating Solar Power
Plants and PhotovoltaicsMonika Topel
23 Nov 10-12 Seminar 9 Small-scale Hydropower Dilip Khatiwada
30 Nov 10-12 Seminar 10 Large-scale Hydropower Babak Rezapoor
4 Dec 15-17 Seminar 11 Energy Storage Justin Chiu
2 Nov 10-12Seminar 6 Solar Problem Solving
SessionLukas Aichmayer
12 Dec 800-1000 KON2 (Quiz 2) --
14 Dec 10-12Seminar 12 Hydrogen amp Fuel Cells
Geothermal Energy Marine EnergyAndrew Martin
18
Seminars
bull Self-formed seminar groups
- First assignment in Canvas
- Max 6 students per group
bull Each group assigned a seminar session from Seminar 2
onwards
bull Questions posted in advance
- Check respective module in Canvas
bull Group discussions will take place during the seminar
- Groups to share findings
- Seminar leader comments and summarizes outcome
19
Practical Advice for Success
bull Prioritize seminars and problem solving sessions
bull Use scheduled self study sessions for this course
bull Be active when viewing videos
bull Work continuously
20
Key Dates
bull Home assignments (INL1)
1-1 Biomass launched 11 Sep due 25 Sep 2359
1-2 Wind launched 18 Sep due 2 Oct 2359
1-3 Solar launched 20 Oct due 20 Nov 2359
1-4 Hydropower launched 20 Nov due 4 Dec 2359
bull Quiz 1 (KON1) 10 Oct 800-1000
bull Field trips 2-3 Nov
- Sign up for one only
bull Quiz 2 (KON2) 12 Dec 800-1000
bull Exam (TEN1) 18 Dec 800-12 andor
10 Jan 1400-1800
21
Assignment for Seminar 1
bull Form seminar group
bull Review all material in Canvas modules
- Course Orientation
- Introduction to Energy Conversion
bull Refer to Canvas for specific questions to be discussed
22
Thank you and
GOOD LUCK
23
Lecture and Seminar Schedule ndash Period 2 (on-campus students)
Date amp Time Activity Instructor
1 Nov 800-1000Seminar 6 Solar Problem Solving
Session
Lukas Aichmayer Rafael Gueacutedez
Jorge Garrido
2-3 Nov Field Trips --
9 Nov 1500-1700Seminar 7 Low Temperature Solar
Thermal Systems
Lukas Aichmayer Wujun Wang
Jorge Garrido
16 Nov 1500-1700Seminar 8 Concentrating Solar Power
Plants and Photovoltaics
Rafael Gueacutedez Monika Topel
Wujun Wang
23 Nov 1500-1700 Seminar 9 Small-scale HydropowerBrijesh Mainali Dilip Khatiwada
Babak Rezapoor
30 Nov 1500-1700 Seminar 10 Large-scale HydropowerBrijesh Mainali Dilip Khatiwada
Babak Rezapoor
7 Dec 1500-1700 Seminar 11 Energy StorageJustin Chiu Rafael Gueacutedez
Wujun Wang
12 Dec 800-1000 KON2 (Quiz 2) --
14 Dec 1500-1700Seminar 12 Hydrogen amp Fuel Cells
Geothermal Energy Marine Energy
Andrew Martin Miroslav Petrov
Jeevan Jayasuriya
17
Lecture and Seminar Schedule ndash Period 2 (distance-based students)
Date amp Time Activity Instructor
2 Nov 10-12Seminar 6 Solar Problem Solving
SessionLukas Aichmayer
9 Nov 10-12Seminar 7 Low Temperature Solar
Thermal SystemsWujun Wang
16 Nov 10-12Seminar 8 Concentrating Solar Power
Plants and PhotovoltaicsMonika Topel
23 Nov 10-12 Seminar 9 Small-scale Hydropower Dilip Khatiwada
30 Nov 10-12 Seminar 10 Large-scale Hydropower Babak Rezapoor
4 Dec 15-17 Seminar 11 Energy Storage Justin Chiu
2 Nov 10-12Seminar 6 Solar Problem Solving
SessionLukas Aichmayer
12 Dec 800-1000 KON2 (Quiz 2) --
14 Dec 10-12Seminar 12 Hydrogen amp Fuel Cells
Geothermal Energy Marine EnergyAndrew Martin
18
Seminars
bull Self-formed seminar groups
- First assignment in Canvas
- Max 6 students per group
bull Each group assigned a seminar session from Seminar 2
onwards
bull Questions posted in advance
- Check respective module in Canvas
bull Group discussions will take place during the seminar
- Groups to share findings
- Seminar leader comments and summarizes outcome
19
Practical Advice for Success
bull Prioritize seminars and problem solving sessions
bull Use scheduled self study sessions for this course
bull Be active when viewing videos
bull Work continuously
20
Key Dates
bull Home assignments (INL1)
1-1 Biomass launched 11 Sep due 25 Sep 2359
1-2 Wind launched 18 Sep due 2 Oct 2359
1-3 Solar launched 20 Oct due 20 Nov 2359
1-4 Hydropower launched 20 Nov due 4 Dec 2359
bull Quiz 1 (KON1) 10 Oct 800-1000
bull Field trips 2-3 Nov
- Sign up for one only
bull Quiz 2 (KON2) 12 Dec 800-1000
bull Exam (TEN1) 18 Dec 800-12 andor
10 Jan 1400-1800
21
Assignment for Seminar 1
bull Form seminar group
bull Review all material in Canvas modules
- Course Orientation
- Introduction to Energy Conversion
bull Refer to Canvas for specific questions to be discussed
22
Thank you and
GOOD LUCK
23
Lecture and Seminar Schedule ndash Period 2 (distance-based students)
Date amp Time Activity Instructor
2 Nov 10-12Seminar 6 Solar Problem Solving
SessionLukas Aichmayer
9 Nov 10-12Seminar 7 Low Temperature Solar
Thermal SystemsWujun Wang
16 Nov 10-12Seminar 8 Concentrating Solar Power
Plants and PhotovoltaicsMonika Topel
23 Nov 10-12 Seminar 9 Small-scale Hydropower Dilip Khatiwada
30 Nov 10-12 Seminar 10 Large-scale Hydropower Babak Rezapoor
4 Dec 15-17 Seminar 11 Energy Storage Justin Chiu
2 Nov 10-12Seminar 6 Solar Problem Solving
SessionLukas Aichmayer
12 Dec 800-1000 KON2 (Quiz 2) --
14 Dec 10-12Seminar 12 Hydrogen amp Fuel Cells
Geothermal Energy Marine EnergyAndrew Martin
18
Seminars
bull Self-formed seminar groups
- First assignment in Canvas
- Max 6 students per group
bull Each group assigned a seminar session from Seminar 2
onwards
bull Questions posted in advance
- Check respective module in Canvas
bull Group discussions will take place during the seminar
- Groups to share findings
- Seminar leader comments and summarizes outcome
19
Practical Advice for Success
bull Prioritize seminars and problem solving sessions
bull Use scheduled self study sessions for this course
bull Be active when viewing videos
bull Work continuously
20
Key Dates
bull Home assignments (INL1)
1-1 Biomass launched 11 Sep due 25 Sep 2359
1-2 Wind launched 18 Sep due 2 Oct 2359
1-3 Solar launched 20 Oct due 20 Nov 2359
1-4 Hydropower launched 20 Nov due 4 Dec 2359
bull Quiz 1 (KON1) 10 Oct 800-1000
bull Field trips 2-3 Nov
- Sign up for one only
bull Quiz 2 (KON2) 12 Dec 800-1000
bull Exam (TEN1) 18 Dec 800-12 andor
10 Jan 1400-1800
21
Assignment for Seminar 1
bull Form seminar group
bull Review all material in Canvas modules
- Course Orientation
- Introduction to Energy Conversion
bull Refer to Canvas for specific questions to be discussed
22
Thank you and
GOOD LUCK
23
Seminars
bull Self-formed seminar groups
- First assignment in Canvas
- Max 6 students per group
bull Each group assigned a seminar session from Seminar 2
onwards
bull Questions posted in advance
- Check respective module in Canvas
bull Group discussions will take place during the seminar
- Groups to share findings
- Seminar leader comments and summarizes outcome
19
Practical Advice for Success
bull Prioritize seminars and problem solving sessions
bull Use scheduled self study sessions for this course
bull Be active when viewing videos
bull Work continuously
20
Key Dates
bull Home assignments (INL1)
1-1 Biomass launched 11 Sep due 25 Sep 2359
1-2 Wind launched 18 Sep due 2 Oct 2359
1-3 Solar launched 20 Oct due 20 Nov 2359
1-4 Hydropower launched 20 Nov due 4 Dec 2359
bull Quiz 1 (KON1) 10 Oct 800-1000
bull Field trips 2-3 Nov
- Sign up for one only
bull Quiz 2 (KON2) 12 Dec 800-1000
bull Exam (TEN1) 18 Dec 800-12 andor
10 Jan 1400-1800
21
Assignment for Seminar 1
bull Form seminar group
bull Review all material in Canvas modules
- Course Orientation
- Introduction to Energy Conversion
bull Refer to Canvas for specific questions to be discussed
22
Thank you and
GOOD LUCK
23
Practical Advice for Success
bull Prioritize seminars and problem solving sessions
bull Use scheduled self study sessions for this course
bull Be active when viewing videos
bull Work continuously
20
Key Dates
bull Home assignments (INL1)
1-1 Biomass launched 11 Sep due 25 Sep 2359
1-2 Wind launched 18 Sep due 2 Oct 2359
1-3 Solar launched 20 Oct due 20 Nov 2359
1-4 Hydropower launched 20 Nov due 4 Dec 2359
bull Quiz 1 (KON1) 10 Oct 800-1000
bull Field trips 2-3 Nov
- Sign up for one only
bull Quiz 2 (KON2) 12 Dec 800-1000
bull Exam (TEN1) 18 Dec 800-12 andor
10 Jan 1400-1800
21
Assignment for Seminar 1
bull Form seminar group
bull Review all material in Canvas modules
- Course Orientation
- Introduction to Energy Conversion
bull Refer to Canvas for specific questions to be discussed
22
Thank you and
GOOD LUCK
23
Key Dates
bull Home assignments (INL1)
1-1 Biomass launched 11 Sep due 25 Sep 2359
1-2 Wind launched 18 Sep due 2 Oct 2359
1-3 Solar launched 20 Oct due 20 Nov 2359
1-4 Hydropower launched 20 Nov due 4 Dec 2359
bull Quiz 1 (KON1) 10 Oct 800-1000
bull Field trips 2-3 Nov
- Sign up for one only
bull Quiz 2 (KON2) 12 Dec 800-1000
bull Exam (TEN1) 18 Dec 800-12 andor
10 Jan 1400-1800
21
Assignment for Seminar 1
bull Form seminar group
bull Review all material in Canvas modules
- Course Orientation
- Introduction to Energy Conversion
bull Refer to Canvas for specific questions to be discussed
22
Thank you and
GOOD LUCK
23
Assignment for Seminar 1
bull Form seminar group
bull Review all material in Canvas modules
- Course Orientation
- Introduction to Energy Conversion
bull Refer to Canvas for specific questions to be discussed
22
Thank you and
GOOD LUCK
23