programme structures

8/8/2019 Programme Structures

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Faculty Foundation Year (Year 0) 4-Year BEng(Hons) degree programmes

Faculty Year 0 Co-ordinator: Dr T New (Engineering)

Civil Engineering (H221)Programme Director: Dr LJ Mountain

Engineering (H102)Engineering with Product Design (H1W2)

Programme Director: Dr G DeardenMetallurgy and Materials Science (J510)

Programme Director: Dr T J BulloughMechanical Engineering (H310)

Programme Director: Dr GK Schleyer

Year 0: CreditValue Level Semester Exam:CW

MATH011 Calculus I 15 0 1 80:20MATH013 Mathematical Methods 15 0 1 80:20MECH001 Properties of Matter 7.5 0 1 80:20ELEC001 Circuits and Waves 7.5 0 1 70:30ELEC003 Introduction to Information Technology 7.5 0 1 70:30MATH015 Mathematical Applications of Computers 7.5 0 1 0:100MATH012 Vectors and Introduction to Statistics 15 0 2 80:20MATH014 Calculus II and Applications to Mechanics 15 0 2 80:20MECH002 Statics and Dynamics 7.5 0 2 80:20ELEC002 Electromagnetics and Optics 7.5 0 2 70:30H221: CIVE001 Civil Engineering Practice 7.5 0 1 0:100MECH004 Engineering Drawing 7.5 0 2 0:100H604:

ELEC135 Internet Skills 7.5 1 1 0:100ELEC134 Electronic Devices and Circuits 7.5 1 2 70:30H102, H1W2, J510 and H310: MNFG001 Engineering Appreciation 7.5 0 1 75:25MECH004 Engineering Drawing 7.5 0 2 0:100

For Progression Requirements and Failure Outcomes, see Appendix B.


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DEPARTMENT OF ENGINEERING

Common Year 1 programme structures (excluding Civil Engineering):(full programme titles and codes may be found later in this section)

BEng/MEng Year 1: CreditValue Level Semester Exam:CW

MECH101 Thermodynamics and Mechanics of Fluids 15 1 1+2 80:20ENGG103 Solids and Structures I 7.5 1 1 70:30ENGG104 Solids and Structures II 7.5 1 2 70:30MATH197 Mathematics for Engineers 22.5 1 1+2 70:30Or MATH198 Engineering Mathematics 22.5 1 1+2 70:30Or MATH199 Mathematical Techniques for Engineers 22.5 1 1+2 70:30MATS112 Introduction to Structural Materials 7.5 1 1 70:30ELEC101 Digital Electronics 7.5 1 1 70:30MNGT105 Introduction to Management 7.5 1 1 100:0AERO131 Pilot Studies I (Aerospace Engineering with

Pilot Studies only) 7.5 1 1 100:0

MECH107 Introduction to Engineering Skills 7.5 1 1 0:100ELEC108 Electromechanics of Drives and Actuators 7.5 1 2 70:30ELEC121 Electrical Circuits 7.5 1 2 70:30ENGG100 Design 1 and 2 15 1 1+2 0:100AERO110 Introduction to Aerospace Engineering

(Aerospace Engineering only) 7.5 1 2 70:30

MECH110 Computational Methods in Engineering (Mechanical , Materials and Engineering only)

7.5 1 2 0:100

INTERACTIVE HANDSETS - For some core modules in both year 1 and year 2 an interactive handsetis required to participate in problem sessions. Students are required to purchase a handset at the startof year 1 for a cost of approximately 35.

LAB COATS - Students will generally be required to wear a lab coat for all Engineering laboratorysessions. Students may purchase a lab coat at the start of the year from the Student Support Office ata subsidised cost of 10.

ProE In week 7 of the second semester students take a week long course in ProEngineer for whichthey are required to purchase a manual at a subsidised cost of 10.

SAFETY BOOTS Students will be required to wear safety shoes or boots (that is to say with both toe cap and midsole protection conforming to European safety legislation) for some activities, and these must beprovided by the students themselves.

For Progression Requirements and Failure Outcomes, see Appendix D.


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DEPARTMENT OF ENGINEERING: Aerospace Engineering Programmes

MEng Aerospace Engineering (H421)MEng Aerospace Engineering with Pilot Studies (H402)BEng Aerospace Engineering (H425)BEng Aerospace Engineering (with placement) (H400)BEng Aerospace Engineering with Pilot Studies (H401)

Programme Director: Prof KJ Badcock

Year 1: see page 35


AERO214 Aeroengines I 7.5 2 2 80:20MECH215 Dynamic Systems 15 2 1+2 90:10ELEC202 Communication Systems 7.5 2 2 80:20MECH210 Design 3 7.5 2 1 0:100MATH299 Engineering Mathematics II 7.5 2 1 90:10ENGG201 Experimental Methods 7.5 2 1 100:0AERO211 Aerostructures 7.5 2 1 90:10ELEC226 Instrumentation 7.5 2 2 70:30AERO230 Avionic Systems 7.5 2 1 70:30MECH211 Design 4 7.5 2 2 0:100MECH213 Numerical Analysis 7.5 2 2 0:100MNGT202 Project Management 7.5 2 2 60:40

H421, H425, H400 only: MATS214 Materials Processing and Selection I 7.5 2 1 80:20AERO201 Aerospace Problem Solving using Computers 7.5 2 1 0:100AERO212 Aircraft Performance A 7.5 2 2 70:30

Students are required to participate in a Flight Test Course for which there will be a charge of 50;marks contribute to AERO212 and AERO230.

H402, H401only: AERO231 Pilot Studies 2 7.5 2 1 100:0AERO232AERO215

Pilot Studies 3Aircraft Performance B

7.57.5

22

22

100:070:30


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Year 3 BEng: (H400, H425, H401) CreditValue Level Semester Exam:CW

ENGG341/ELEC341 Individual Project 30 3 1+2 0:100AERO318 Aerostructures 2 15 3 1+2 80:20AERO316 Aerodynamics 15 3 1+2 50:50AERO317 Flight Dynamics and Control 15 3 1+2 90:10

AERO350 Avionic Systems Design 7.5 3 2 50:50MNGT352 Advanced Modern Management 7.5 3 1 70:30AERO330 RF Engineering 7.5 3 1 85:15MATS311 Composite Materials (H400, H425 only) 7.5 3 2 90:10AERO324 Aeroengines 2 7.5 3 1 80:20

H400, H425: Options from BEng listH401 Options from BEng list

7.515

3 1~2

Year 3 MEng: (H421, H402) CreditValue Level Semester Exam:CW

ENGG342/ELEC342 MEng Individual Project Part 1 22.5 3 1+2 0:100AERO316 Aerodynamics 15 3 1+2 50:50AERO318 Aerostructures 2 15 3 1+2 80:20AERO317 Flight Dynamics and Control 15 3 1+2 90:10AERO330 RF Engineering 7.5 3 1 85:15AERO350 Avionic Systems Design 7.5 3 2 50:50MNGT352 Advanced Modern Management 7.5 3 1 70:30MATS311 Composite Materials (H421 only) 7.5 3 2 90:10AERO320 Aerospace Capstone Project Part 1 7.5 3 1 0:100AERO324 Aeroengines 2 7.5 3 1 80:20

H421: Options totalling 7.5 credits from the following list.H402: Options totalling 15 credits from the following list:(students are advised to balance the total number of credits they take in each semester)

AERO314 Rotorcraft Flight 7.5 3 1 70:30AERO315 Introductory Aeroelasticity 7.5 3 2 100:0ELEC303 Digital Control 7.5 3 1 100:0ELEC312 Antennas 7.5 3 2 100:0ELEC316 Data Communications 7.5 3 1 100:0

Year 3 Variant for students studying at the University of Illinois, USA

Students interested in spending their third year at the University of Illinois should initially contact theAerospace Programme director. Further information is given in Appendix C (3.3)


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Year 4 MEng: (H402, H421) CreditValue Level Semester Exam:CW

ENGG442/ELEC442 Individual MEng Project Part 2 22.5 M 1+2 0:100AERO402 Configurational Aerodynamics 15 M 1+2 0:100AERO401 Flight Handling Qualities 15 M 1+2 0:100AERO420 Aerospace Capstone Project Part 2 15 M 1 0:100AERO403 Aerostructures 3 15 M 1+2 67:33

MNGT414 Enterprise Studies 7.5 M 2 0:100MATS411 Advanced Composite Materials ( H421 only ) 7.5 M 2 90:10AERO430 Advanced Guidance Systems 7.5 M 2 75:25

H421: Options totalling 15 credits from the following list.H402: Options totalling 22.5 credits from the following list:(students are advised to balance the total number of credits they take in each semester)

MATH492 Advanced Mathematical Methods 7.5 M 2 90:10MECH418 Computational Fluid Dynamics 15 M 1+2 40:60ELEC411 Radio Propagation for Wireless Systems 7.5 M 1 100:0MECH428 Introduction to IC Engines 7.5 M 1 100:0MECH429 Advanced IC Engines (only with MECH429) 7.5 M 2 100:0

Aerospace Engineering BEng Option List15-credit modules are shown as 15cr, all other modules are weighted at 7.5 credits

Semester Pre-requisite(s)In additionto Year 2 pass

AERO314 Rotorcraft Flight 1ELEC303 Digital Control 1ELEC309 Signal Processing 1

ELEC313 Photonics 1ELEC316 Data Communications 1ELEC319 Image Processing and Pattern Recognition 1MATS329 High Temperature Oxidation 1MECH304 Structural Failure Modes (15cr) 1MECH308 Introduction to the Finite Element Method 1MECH312 Advanced Manufacturing Processes 1MECH315 Laser Materials Processing (15cr) 1MNGT309 Manufacturing Strategy 1MNGT311 Management of Product Development I 1AERO315 Introductory Aeroelasticity 2ELEC304 Optimisation 2ELEC310 Digital Filtering 2 ELEC309ELEC312 Antennas 2ELEC314 Optical Information Systems 2 ELEC313ELEC315 Analogue and Digital Communications 2ELEC320 Neural Networks 2ELEC382 Electromagnetic Compatibility 2MATS310 Ceramics 2MATS312 Surface Engineering 2MATS315 Smart Materials 2MATS332 Aqueous Corrosion 2MNFG301 Computer-Integrated Manufacturing 2MNGT313 Management of Design 2EBUS209 Operations Management II (2) (15cr) 2EBUS302 Total Quality Management I 2


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DEPARTMENT OF ENGINEERING: Civil Engineering Programmes

MEng(Hons) Civil Engineering (H202)MEng(Hons) Civil and Environmental Engineering(HK23)MEng(Hons) Civil and Maritime Engineering (HJ26)MEng(Hons) Civil and Structural Engineering (H220)Programme Director: Dr M Soutsos

BEng(Hons) Civil Engineering (H200 & H221)Programme Director: Dr L Mountain (including Years 0, 1 and 2 of all programmes)

Year 0: see page 34


CIVE112 Fluid Mechanics 15 1 1+2 70:30ENGG101 Design 1 and 2 (Civil) 15 1 1+2 0:100MATH197or MATH198or MATH199

Mathematics for Engineers

Engineering Mathematics

Mathematical Techniques for Engineers

22.5 1 1+2 70:30

ENGG103 Solids and Structures I 7.5 1 1 70:30MECH107 Introduction to Engineering Skills 7.5 1 1 0:100MNGT105 Introduction to Management 7.5 1 1 100:0MATS112 Introduction to Structural Materials 7.5 1 1 70:30EOSC211 Geology for Civil Engineers 7.5 1 1 70:30ENGG104 Solids and Structures II 7.5 1 2 70:30CIVE152 Surveying 15 1 2 70:30CIVE122 Soil Mechanics 7.5 1 2 70:30

LAB COATS - Students will generally be required to wear a lab coat for all Engineering laboratorysessions. Students may purchase a lab coat at the start of the year from the Student Support Office ata subsidised cost of 10.

INTERACTIVE HANDSETS - For some core modules in both year 1 and year 2 an interactive handsetis required to participate in problem sessions. Students are required to purchase a handset at the startof the year for a cost of approximately 35.

SAFETY BOOTS Students will be required to wear safety shoes or boots (that is to say with both toe c and midsole protection conforming to European safety legislation) for some activities, and these mustprovided by the students themselves.


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CIVE210 Hydraulics 15 2 1+2 80:20CIVE272 Numerical Methods and Probability 15 2 1+2 80:20ENGG218 Engineering Structures 1 7.5 2 1 50:50CIVE251 Highway and Traffic Engineering 7.5 2 1 80:20

CIVE241 Reinforced Concrete and Steelwork 15 2 1 70:30MATH299 Mathematics Engineering II 7.5 2 1 90:10CIVE223 Soil Mechanics 7.5 2 1 70:30MNGT202 Project Management 7.5 2 2 60:40ENGG207 Engineering Structures 2 7.5 2 2 90:10CIVE201 Constructionarium 7.5 2 2 0:100CIVE262 Integrated Design 15 2 2 0:100CIVE242 Construction Materials 7.5 2 2 90:10

All year 2 students are required to attend the Contructionarium for which there may be a charge of upto 300.

Year 3 BEng(Hons) (H200 and H221): CreditValue Level Semester Exam:CW

ENGG341 Individual Project 30 3 1+2 0:100ENGG301 Structural Dynamics 7.5 3 1 90:10CIVE313 Water Resources (Supplies) 7.5 3 1 70:30CIVE308 Introduction to Finite Element Method 7.5 3 1 80:20MNGT352 Advanced Modern Management 7.5 3 1 70:30CIVE391 Environmental Studies 7.5 3 2 70:30CIVE321 Soil Mechanics 7.5 3 2 70:30CIVE314 Urban Wastewater Treatment 7.5 3 2 70:30CIVE362 Capstone 1: Structural Design & Planning 15 3 2 0:100

Options totalling 22.5 credits (with at least 7.5 credits insemester 1) from the H200/H221 Option List

22.5 3~M 1~2

Civil Engineering BEng Year 3 Option List:Note 1: selection subject to approval by the Programme DirectorNote 2: available options may vary depending on staff availability.

Creditvalue Level Semester Exam:CW

CIVE351 Transport Infrastructure: Construction Materials andDesign

7.5 3 1 70:30

CIVE453 Transport: Impacts and Assessment 7.5 M 1 80:20CIVE481 Wave Processes 7.5 M 1 70:30CIVE415 Applied Hydrology 7.5 M 1 70:30CIVE493 River and Coastal Pollution 7.5 M 1 80:20CIVE402 Advanced Reinforced Concrete 7.5 M 1 90:10CIVE443 Prestressed Concrete Design 7.5 M 1 70:30CIVE452 Transport Infrastructure Design, Maintenance and

Management7.5 M 2 70:30

CIVE355 Traffic Design and Management 7.5 3 2 80:20CIVE482 Coastal Structures 7.5 M 2 70:30CIVE444 Structural Steelwork, Timber and Masonry 15 M 2 80:20CIVD366 Town Planning and the Built Environment 15 3 2 40:60

MECH309 Applied Finite Element Method 7.5 3 2 0:100CIVE401 Advanced Structural Materials 15 M 2 100:0


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Year 3 MEng(Hons) (H202, H220, HK23 and HJ26): CreditValue

Level Semester Exam:CW

ENGG341 Individual Project 30 3 1+2 0:100ENGG301 Structural Dynamics 7.5 3 1 90:10CIVE313 Water Resources (Supplies) 7.5 3 1 70:30CIVE351 Transport Infrastructure: Construction

Materials and Design 7.5 3 1 70:30

CIVE308 Introduction to Finite Element Method

7.5 3 1 80:20MNGT352 Advanced Modern Management 7.5 3 1 70:30CIVE391 Environmental Studies 7.5 3 2 70:30CIVE321 Soil Mechanics 7.5 3 2 70:30CIVE314 Urban Wastewater Treatment 7.5 3 2 70:30CIVE362 Capstone 1: Structural Design & Planning 15 3 2 0:100CIVE355 Traffic Design and Management 7.5 3 2 80:20 MECH309 Applied Finite Element Method 7.5 3 2 0:100

Year 4 (H202, H220, HK23 and HJ26) CreditValue


CIVE461 Capstone 2: Inter-disciplinary Group Project 15 M 1 0:100CIVE471 Quantitative Methods 15 M 1 50:50CIVE464/6/8 Capstone 3: Group Design 15 M 2 0:100MNGT414 Enterprise Studies 7.5 M 2 0:100CIVE401 Advanced Structural Materials 15 M 2 100:0

HK23 and HJ26 CIVE481 Wave Processes 7.5 M 1 70:30CIVE493 River and Coastal Pollution 7.5 M 1 80:20CIVE415 Applied Hydrology 7.5 M 1 70:30

H220 and HJ26 CIVE486 Design of Marine Structures 15 M 2 50:50

HK23: CIVE453 Transport: Impacts and Assessment 7.5 M 1 80:20CIVE452 Transport Infrastructure Design, Maintenance

and Management7.5 M 2 70:30

CIVD566 Town Planning and the Built Environment 15 M 2 40:60

HJ26: CIVE482 Coastal Structures 7.5 M 2 70:30CIVE484 Modelling Estuaries and Coastal Waters 7.5 M 2 70:30

H220: CIVE421 Foundation Engineering 7.5 M 1 70:30CIVE402 Advanced Reinforced Concrete 7.5 M 1 90:10CIVE443 Prestressed Concrete 7.5 M 1 70:30CIVE444 Structural Steelwork, Timber & Masonry 15 M 2 80:20


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DEPARTMENT OF ENGINEERING: Engineering and Engineering with Product Design

MEng Engineering (HZ01)MEng Engineering with Product Design (H1WG)BEng Engineering (HZ00)BEng Engineering with Product Design (H1WF)BEng Engineering (with Foundation element) (HZ02)BEng Engineering with Product Design (with Foundation element) (H1W2)

Programme Director: Dr G Dearden

Year 0: see page 34 Year 1: see page 35

Year 2: CreditValue


MECH215 Dynamic Systems 15 2 1+2 90:10MECH219 Thermodynamics I 7.5 2 1 75:25MECH210 Design 3 7.5 2 1 0:100MATH299 Mathematics Engineering II 7.5 2 1 90:10ENGG218 Engineering Structures 1 7.5 2 1 90:10MATS218 Electronic & Optical Devices 7.5 2 1 70:30MATS214 Materials Processing and Selection I 7.5 2 1 80:20MECH214 Mechatronics 7.5 2 1 90:10MNGT202 Project Management 7.5 2 2 60:40MECH211 Design 4 7.5 2 2 0:100ENGG207 Engineering Structures 2 7.5 2 2 90:10MECH213 Numerical Analysis 7.5 2 2 0:100MATS210 Materials Processing and Selection II 7.5 2 2 80:20ENGG202 Introduction to Laser Technology 7.5 2 2 70:30MATS213 Materials Design 7.5 2 2 0:100

Year 3 BEng (HZ00, HZ02, H1WF and H1W2): CreditValue


ENGG341/ELEC341 Individual Project 30 3 1+2 0:100MECH310 Engineering Systems 7.5 3 1 70:30MATS311 Composite Materials 7.5 3 2 90:10MNGT313 Management of Design 7.5 3 2 100:0MNGT352 Advanced Modern Management 7.5 3 1 70:30MECH308 Introduction to Finite Element Method 7.5 3 1 100:0MNGT309 Manufacturing Strategy 7.5 3 1 100:0ENGG310 Lasers in Engineering 7.5 3 2 70:30MNFG308 Rapid Prototyping 7.5 3 1 100:0MATS315 Smart Materials 7.5 3 2 80:20

HZ00 and HZ02: Options totalling 22.5 credits from the Option List (see below)*

H1WF and H1W2: MNGT311 Management of Product Development 1 7.5 3 1 100:0MNFG608 Product Modelling & Virtual Reality 15 M 2 0:100

*Students must take between 37.5 and 52.5 credits excluding the project in each semester


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Year 3 MEng (HZ01 and H1WG) CreditValue


ENGG342/ELEC342 Individual MEng Project Part 1 22.5 3 1+2 0:100MECH327 Mechanical Engineering Capstone I 15 3 1+2 0:100MATS311 Composite Materials 7.5 3 2 90:10MNGT313 Management of Design 7.5 3 2 100:0MNGT352 Advanced Modern Management 7.5 3 1 70:30

MECH308 Introduction to Finite Element Method 7.5 3 1 100:0MNGT309 Manufacturing Strategy 7.5 3 1 100:0ENGG310 Lasers in Engineering 7.5 3 2 70:30MNFG308 Rapid Prototyping 7.5 3 1 100:0MATS315 Smart Materials 7.5 3 2 80:20

HZ01 only: MATS312 Surface Engineering 7.5 3 2 90:10MECH310 Engineering Systems 7.5 3 1 70:30MECH311 Engineering Systems Modelling 7.5 3 2 0:100

H1WG only: MNGT311 Management of Product Development 1 7.5 3 1 100:0MNFG608 Product Modelling & Virtual Reality 15 M 2 0:100

*Students must take between 30 and 45 credits excluding individual and group project work in eachsemester. Students should ensure that they select options that provide the appropriate pre-requisitesfor the Advanced Electrical Engineering options in Year 4

Year 4 MEng (HZ01 and H1WG) CreditValue


ENGG442/ELEC442 Individual MEng Project Part 2 22.5 M 1+2 0:100MECH431 Mechanical Engineering Capstone 2 30 M 1 0:100MECH426 Major Hazards Management 7.5 M 1 70:30MATS411 Advanced Composite Materials 7.5 M 2 90:10MNGT414 Enterprise Studies 7.5 M 2 0:100MECH315 Laser Materials Processing 15 M? 1 100:0MNFG413 Design for Manufacture and Assembly 7.5 M 2 0:100

HZ01: Modules totalling 22.5 credits from the Option List (seebelow)*

22.5 3~M

H1WG: MNFG4xx Virtual Reality, Visualisation & Simulation II 7.5 M 1 0:100MNFG4xx Modern Industrial Product Design II 7.5 M 2 0:100MNFG4xx Human Factors in Engineering Design 7.5 M 2 0:100

*Students must take between 30 and 45 credits excluding individual and group project work in eachsemester.

MEng students require 90 credits at level M.


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Years 3 and 4 Option ListNote 1: level 2 and level M modules are shown as (2) and (M) respectively; level M modules are

available only to Year 4 MEng students; 15-credit modules are shown as (15cr) ; all othermodules are level 3 and weighted at 7.5 credits.

Note 2: selection subject to the approval of the Programme DirectorNote 3: other modules may be permitted with the approval of the Programme Director.Note 4: availability of modules subject to individual timetable

S e m e s

t e r

E x a m : C

W

P r e -

r e q u

i s i t e

MNFG409 Industrial Robotics and Automated Assembly 2 0:100ELEC303 Digital Control 1 85:15ELEC305 Embedded Computer Architecture not with ELEC370 1 85:15ELEC313 Photonics (BEng only) 1 85:15ELEC373 Digital System Design with VHDL (15cr) 1+2 0:100ELEC413 Photonics (M) not with ELEC313 1 85:15

MATS329 High Temperature Oxidation 1 85:15MECH301 Heat Transfer (15cr) 1+2 100:0MECH304 Structural Failure Modes (15cr) 1 100:0EBUS304 Operations Modelling and Simulation (15cr) 1 50:50MNGT311 Management of Product Development I 1 100:0MNFG311 Advanced Industrial & Product Design (3) (15cr) 1+2 0:100MNFG614 Industrial Design (M) (7.5cr) 1 0:100ELEC320 Neural Networks 2 85:15ELEC370 Embedded Computer Systems (15cr) not with ELEC305 2 100:0ELEC414 Optical Fibre Communications and Sensing Systems (M) 2 85:15 ELEC413ELEC428 Evolutionary Computation (M) 2 100:0MATS310 Ceramics 2 90:10MATS312 Surface Engineering 2 90:10MATS314 Semiconductor Device Fabrication 2 90:10MATS315 Smart Materials 2 90:10MECH311 Engineering Systems Modelling 2 0:100 MECH310MNFG301 Computer-Integrated Manufacturing 2 50:50EBUS209 Operations Management: Tools & Techniques (2)(15cr) 2 70:30MECH617 Economics of Laser Processing 1 80:20MECH621 Laser Microprocessing 2 80:20


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DEPARTMENT OF ENGINEERING: Materials Science and Engineering programmes

MEng Materials Engineering (J500)BEng Materials Science (F200)BEng Materials Science (4-year) (J510)BEng Metallurgy and Materials Science (J200)BEng Materials Design and Manufacture (HJ35)

Programme Director: Dr T J Bullough


BEng/MEng Year 2: (F200, J200, J500, HJ35) CreditValue

Level Sem Exam:CW

MATS218 Electronic & Optical Devices 7.5 2 1 70:30ENGG218 Engineering Structures I 7.5 2 1 90:10MATS214 Materials Processing and Selection I 7.5 2 1 80:20MECH210 Design 3 7.5 2 1 0:100

MATH299 Engineering Mathematics II 7.5 2 1 90:10MNGT202 Project Management 7.5 2 2 60:40MATS222 Microstructure of Steels and Light Alloys 15 2 1 70:30ENGG207 Engineering Structures II 7.5 2 2 90:10MATS224 Physical Techniques in Materials Science 15 2 2 70:30MATS212 Metallurgical Thermodynamics 7.5 2 2 70:30MATS213 Materials Design 7.5 2 2 0:100MATS210 Materials Processing and Selection II 7.5 2 2 80:20MECH211 Design 4 7.5 2 2 0:100MECH213 Numerical Analysis 7.5 2 2 0:100

BEng Year 3: (F200, J200) CreditValue

Level Sem Exam:CW

ENGG341 Individual Project 30 3 1+2 0:100

MECH315 Laser Materials Processing 15 3 1 100:0MATS329 High Temperature Oxidation 7.5 3 1 85:15MATS323 Microstructure Optimisation 15 3 1 85:15MATS332 Aqueous Corrosion 7.5 3 2 85:15MATS310 Ceramics 7.5 3 2 90:10MATS311 Composite Materials 7.5 3 2 90:10MNGT352 Advanced Modern Management 7.5 3 1 70:30MATS321 Polymeric Materials 7.5 3 2 70:30Option: TWO from the following MATS312 Surface Engineering 7.5 3 2 90:10MATS314 Semiconductor Device Fabrication 7.5 3 2 90:10MATS315 Smart Materials 7.5 3 2 80:20


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BEng Year 3: HJ35 CreditValue

Level Sem Exam:CW

ENGG341 Individual Project 30 3 1+2 0:100MECH304 Structural Failure Modes 15 3 1 100:0MATS329 High Temperature Oxidation 7.5 3 1 85:15MATS323 Microstructure Optimisation 15 3 1 85:15

MATS332 Aqueous Corrosion 7.5 3 2 85:15MATS310 Ceramics 7.5 3 2 90:10MATS311 Composite Materials 7.5 3 2 90:10MNGT352 Advanced Modern Management 7.5 3 1 70:30MATS321 Polymeric Materials 7.5 3 2 70:30MNGT313 Management of Design 7.5 3 2 100:0Option: One from the following MATS312 Surface Engineering 7.5 3 2 90:10MATS314 Semiconductor Device Fabrication 7.5 3 2 90:10MATS315 Smart Materials 7.5 3 2 80:20

Year 3: MEng (J500) CreditValue

Level Sem Exam:CW

ENGG342 Individual MEng Project Part 1 22.5 3 1+2 0:100

MECH327 Mechanical Engineering Capstone 1 15 3 1+2 0:100MECH304 Structural Failure Modes 15 3 1 100:0MATS329 High Temperature Oxidation 7.5 3 1 85:15MATS323 Microstructure Optimisation 15 3 1 85:15MATS332 Aqueous Corrosion 7.5 3 2 85:15MATS310 Ceramics 7.5 3 2 90:10

MATS311 Composite Materials 7.5 3 2 90:10MNGT352 Advanced Modern Management 7.5 3 1 70:30MATS321 Polymeric Materials 7.5 3 2 70:30MNGT313 Management of Design 7.5 3 2 100:0

Year 4 MEng (J500) CreditValue

Level Sem Exam:CW

ENGG442 Individual MEng Project Part 2 22.5 M 1+2 0:100MECH431 Mechanical Engineering Capstone 2 30 M 1+2 0:100MECH619 Advanced Manufacturing Processes 7.5 M 1 70:30MATS415 Smart Materials 7.5 M 2 80:20MATS411 Advanced Composite Materials 7.5 M 2 90:10MNGT414 Enterprise Studies 7.5 M 2 0:100

Options totaling 37.5 credits from the following modules: MNFG610 Rapid Prototyping 7.5 M 1 80:20MECH426 Explosion Hazards and Evaluation 7.5 M 1 100:0MECH508 Laser Materials Processing (not with MECH605) 7.5 M 1 100:0MATS412 Surface Engineering 7.5 M 2 80:20MATS514 Semiconductor Device Fabrication 7.5 M 2 80:20CHEM494 Chemical Nanotechnology 7.5 M 2 100:0CLIN410 Structural Biomaterials 15 M 2 50:50EBUS620 Total Quality Management 7.5 M 2 80:20


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DEPARTMENT OF ENGINEERING: Mechanical Engineering

MEng Mechanical Engineering (H301)MEng Mechanical Engineering with Business (Years 1 and 2) (H3NF)MEng Mechanical Systems and Design Engineering (HH73)BEng Mechanical Engineering (H300)BEng Mechanical Engineering (4-year) (H310)BEng Mechanical Engineering with Business (Years 1 and 2)(H3N2)BEng Mechanical Systems and Design Engineering (HH37)

Programme Director: Dr GK Schleyer



AERO214 Aeroengines 1 7.5 2 2 80:20ENGG218 Engineering Structures 1 7.5 2 1 90:10ENGG207 Engineering Structures 2 7.5 2 2 90:10MECH217 Thermodynamics 15 2 1+2 80:20MECH215 Dynamic Systems 15 2 1+2 90:10MATS214 Materials Processing and Selection I 7.5 2 1 80:20MATS210 Materials Processing and Selection II 7.5 2 2 80:20MECH210 Design 3 7.5 2 1 0:100MECH211 Design 4 7.5 2 2 0:100MATH299 Engineering Mathematics II 7.5 2 1 90:10MNGT202 Project and Risk Management 7.5 2 2 100:0MECH214 Mechatronics 7.5 2 1 90:10MECH213 Numerical Analysis 7.5 2 2 50:50ENGG201 Experimental Methods 7.5 2 1 100:0

Year 3: BEng CreditValue Level Semester Exam:CW

ENGG341 Individual BEng Project 30 3 1+2 0:100MECH301 Heat Transfer 15 3 1+2 100:0MECH326 Engineering Fluid Mechanics 15 3 1+2 100:0MECH303 Vibration and Control 15 3 1+2 100:0MECH304 Structural Failure Modes 15 3 1 100:0MECH308 Introduction to the Finite Element

Method7.5 3 1 0:100

MNGT313 Management of Design 7.5 3 2 100:0MNGT352 Advanced Modern Management 7.5 3 1 60:40AERO324 Aeroengines 2 7.5 3 1 80:20

H3N2: Replace one of MECH301, MECH303, MECH304 or MECH326 with: MNGT309 Manufacturing Strategy 7.5 3 1 100:0EBUS302 Total Quality Management I 7.5 3 2 100:0

HH37: Replace one of MECH301, MECH303, MECH304 or MECH326 with: MECH310 Engineering Systems 7.5 3 1 70:30MECH311 Engineering Systems Modelling 7.5 3 2 0:100


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Year 3: MEng CreditValue Level Semester Exam:CW

ENGG342MECH327

Individual MEng Project Part 1Mechanical Engineering Capstone I

22.515

33

1+21+2

0:1000:100

MECH326 Engineering Fluid Mechanics 15 3 1+2 100:0MECH304 Structural Failure Modes 15 3 1 100:0MECH301 Heat Transfer 15 3 1+2 100:0

MECH303AERO324 Vibration and ControlAeroengines 2 157.5 33 1+21 100:080:20MNGT352 Advanced Modern Management 7.5 3 1 60:40MATS311 Composite Materials 7.5 3 2 90:10

H3NF: Replace one of MECH301, MECH303, MECH304 or MECH326 with: MNGT311 Management of Product Development I 7.5 3 1 100:0EBUS302 Total Quality Management I 7.5 3 2 100:0

HH73: Replace one of MECH301, MECH303, MECH304 or MECH326 with: MECH310 Engineering Systems 7.5 3 1 70:30MECH311 Engineering Systems Modelling 7.5 3 2 0:100

Year 4: MEng CreditValue


ENGG442 Individual Project MEng Part 2 22.5 M 1+2 0:100MECH431 Mechanical Engineering Capstone 2 30 M 1+2 0:100MECH427 Viscous Fluid Flow 15 M 1+2 100:0MATS411 Advanced Composite Materials 7.5 M 2 90:10MNGT414 Enterprise Studies 7.5 M 2 0:100MECH428 Introduction to IC Engines 7.5 M 1 100:0

MATH492MECH453 Advanced MathematicsApplied Finite Element Methods 7.57.5 MM 22 90:100:100

Options totalling 15 credits (all at M Level), subject to the approval of the Programme Director, from: MECH429 Advanced IC Engines 7.5 M 2 100:0MECH418 Computational Fluid Dynamics 15 M 1+2 40:60MECH426 Major Hazards Management 7.5 M 1 70:30MECH432 Nuclear Engineering 15 M 1+2 85:15MNFG409

MNFG413MNGT413

Industrial Robotics and AutomatedAssemblyDesign for Manufacture and AssemblyManagement of Design

15

7.57.5

M

MM

2

22

0:100

0:10080:20

programme structures

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