michigan ohio university transportation center k12 education of future transportation professionals...
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Michigan OhioUniversity Transportation Center
K12 Education of Future K12 Education of Future Transportation ProfessionalsTransportation Professionals
Dr. Leo E. Hanifin - DirectorDr. Leo E. Hanifin - Director
Michigan OhioUniversity Transportation Center
Powering the Car of Tomorrow
alternative fuels high school curriculum
supported and distributed nationally by the Ford Partnership for Advanced Studies (PAS) Program
also sponsored by US DOT, MDOT, DAPCEP and the University of Detroit Mercy
Michigan OhioUniversity Transportation Center
Developers
• Stokes Baker – Biology faculty • Mark Benvenuto – Chemistry faculty
• James Graves – Biology faculty
• Dan Maggio – Pre-college programs director
• Art Haman – Associate Dean • Mark Schumack – Mechanical Engineering faculty
Piloted by in Saturday DAPCEP classes on campus and in schools at Pershing - Detroit and West Bloomfield High Schools
Michigan OhioUniversity Transportation Center
9. Ethanol Production from Grains and Celluose
10. Production of Combustible Gas (Methane)
11. Electric Vehicles12. Hydrogen Production13. Fundamentals of Internal
Combustion Engine Operation
14. Engine Performance for Alternative Fuels
15. Fundamentals of Hybrid Vehicles
16. Which Fuel is Best?
1. Introduction to Alternative Fuels
2. Nonrenewable Energy Resource Depletion
3. Chemistry of Combustion4. Pollution from Burning Fuels5. Production of Biodiesel6. Production of Ethanol and
Methanol7. Ethanol Producing
Microorganisms8. Food Compounds for
Ethanol Producing Microorganisms
Michigan OhioUniversity Transportation Center
ChemistryActivity Name Type Description
Chemistry of Combustion
Lab experiment Provides an understanding of combustion fundamentals
Pollution from Burning Fuels
Lab experiment Provides an understanding of the source of unwanted combustion products
Production of Biodiesel
Lab experiment
Introduces students to biofuels (ethanol and biodiesel) and teaches students how to make and test biodiesel
Production of Ethanol and Methanol
Lab experiment Teaches students how ethanol can be produced from sugar and yeast
Hydrogen Production
Lab experiment Introduces students to how hydrogen can be produced
Michigan OhioUniversity Transportation Center
BiologyActivity Name Type Description
Ethanol Producing Microorganisms
Lab experiment Teaches students about microorganisms that can produce ethanol
Food Compounds for Ethanol Producing Microorganisms
Lab experiment
Teaches students about the suitability of sucrose, starch, and cellulose as feedstock for ethanol
Production of Combustible Gas (Methane)
Lab experiment Teaches students about the anaerobic formation of methane gas
Ethanol Production from Grains and Celluose
Lab experiment Teaches students about how ethanol is produced from grains and cellulosic material
Michigan OhioUniversity Transportation Center
Engineering
Activity Name Type
Introduction to Alternative Fuels Group brainstorming
Nonrenewable Energy Resource Depletion
Data manipulation and analysis using Excel
Electric Vehicles Lab experiments
Fundamentals of Internal Combustion Engine Operation
Pencil and paper calculations and graphing
Engine Performance for Alternative Fuels
Group research
Fundamentals of Hybrid Vehicles Computer simulation
Which Fuel is Best? Group research and PowerPoint presentation creation
Michigan OhioUniversity Transportation Center
• List of outcomes and linkages to standards
• Narrative/demonstration
• Questions to pose to students
• Activity description/procedure
• Post-activity analyses
• Post-activity assessment
Michigan OhioUniversity Transportation Center
IC engine
electric motor
hydraulic or pneumatic motor
fuel tank
battery
solar wind hydro
fuel cell
flow of fuel
flow of electric current
flow of pressurized fluid coal
nuclear hydrogen
gasoline diesel fuel natural gas ethanol methanol biodiesel
energy conversion
energy sources
energy storage
accumulator
Michigan OhioUniversity Transportation Center
US Oil
0.0E+00
5.0E+08
1.0E+09
1.5E+09
2.0E+09
2.5E+09
3.0E+09
3.5E+09
4.0E+09
1800 1850 1900 1950 2000 2050 2100
year
dQ
/dt
(bb
l/ye
ar)
US Oil
0.0E+00
5.0E+08
1.0E+09
1.5E+09
2.0E+09
2.5E+09
3.0E+09
3.5E+09
4.0E+09
1800 1850 1900 1950 2000 2050 2100
year
dQ
/dt
(bb
l/ye
ar)
US Oil
0.0E+00
5.0E+08
1.0E+09
1.5E+09
2.0E+09
2.5E+09
3.0E+09
3.5E+09
4.0E+09
1800 1850 1900 1950 2000 2050 2100
year
dQ
/dt
(bb
l/ye
ar)
Michigan OhioUniversity Transportation Center
World Oil
0.0E+00
5.0E+09
1.0E+10
1.5E+10
2.0E+10
2.5E+10
3.0E+10
3.5E+10
1940 1960 1980 2000 2020 2040 2060 2080 2100
dQ
/dt
(bb
l/yr
)
World Oil
0.0E+00
5.0E+09
1.0E+10
1.5E+10
2.0E+10
2.5E+10
3.0E+10
3.5E+10
1940 1960 1980 2000 2020 2040 2060 2080 2100
dQ
/dt
(bb
l/yr
)
2012
Michigan OhioUniversity Transportation Center
+ -
motor
switch battery
a
b
c d
A
alkaline lithium
Power density
Energy density
Battery type specific energy (Wh/kg)
specific power (W/kg)
efficiency (%) cycle life cost ($/kWh)
Lead acid 40 250 80 750 125 NiMH 70 250 70 1500 250 Lithium ion 105 250 95 1000 200 gasoline 12,500
Michigan OhioUniversity Transportation Center
Fuel consumed
Fuel cost ($) Fuel economy (mpg)
Amount of raw material used
CO2 produced (lbs)
gasoline
diesel
ethanol
biodiesel
hydrogen (produced from solar; used in fuel cell)
(mi/lb) NA
coal (electricity)
(mi/lb) NA
Which fuel is best?
Michigan OhioUniversity Transportation Center
Camp ObjectivesProvide a summer camp experience
for high school students.Give an introduction to
transportation and civil engineering.
Help students understand the field of transportation and its impact on communities.
Help students see the future impact of technology on transportation.
Allow the participants to meet professionals in the fields of engineering and transportation.
Michigan OhioUniversity Transportation Center
Project TeamDan Maggio
Director of Pre-College Programs, University of Detroit Mercy
James BuriAdministrator with the Detroit
Public Schools and the Detroit Area Pre-College Engineering Program (DAPCEP), retired
Profs. Alan Hoback, Utpal Dutta, James LynchCivil and Environmental
Engineering, University of Detroit Mercy
Robert SantaviccaCurriculum Head, Detroit High
School for Technology, Detroit
Michigan OhioUniversity Transportation Center
Camp Agenda Monday
Flow of Transportation Dean Leo Hanifin
Role of SEMCOG (Southeast Michigan Council of Governments) Tiffany Draper, SEMCOG, Traffic Division
MDOT TRAC Activity Robert Santavicca
Tuesday Traffic Flow at Signalized Intersections
Prof. Dutta, UDM How Concrete is Made
Prof. Lynch, UDM MDOT TRAC Activity
Robert Santavicca Wednesday
Field trip to Road Commission of Oakland County Gary Piotrowicz, Dawn Bierlein, Danielle Deneau
Vehicle Infrastructure Integration, Auto Traffic Control Problem, Real Time Signals, Auto Traffic Control Management
MDOT TRAC Activity Robert Santavicca
Michigan OhioUniversity Transportation Center
Camp Agenda Thursday
Social Justice in Transportation Prof. Hoback
Architecture of Urban Planning and Transportation School of Architecture, Urban Planning
Vehicle Integrated Intelligence Steven J. Cook, Structural Fabrication Engineer, Michigan Department of Transportation
MDOT TRAC Activity Robert Santavicca
Friday Perspectives from a Traffic Engineer
Cheryl Gregory, Spalding DeDecker Testing Concrete
Prof. Lynch Intelligent Vehicles
Joe Stinnett, Engineer, Ford Motor Company Research The Future of Transportation
Dean Leo Hanifin MDOT TRAC Activity
Robert Santavicca
Michigan OhioUniversity Transportation Center
Camp Demographics - 200817 students9 male, 8 female13 under-represented minority
studentsGrade level
Rising 9th grade – 2 Rising 10th grade – 9Rising 11th grade – 6
Worked with the DAPCEP organization on recruitment
Pre-Post Summary1
I understand and can explain how traffic is controlled in the Metro Detroit community.
+2.2
2 I can explain several components that make up the Michigan’s Traffic Management System. +2.3
3I can list several steps in the Regional Transportation Plan (RTP) we need to make between
now and 2030 to maintain our mobility.+3.0
4 I can define and name several characteristics of the “Flow of Transportation”. +2.9
5 I can identify and describe several social implications of reducing car congestion. +2.4
6 I understand SEMCOG’s role in transportation flow in our area. +3.2
7 I can identify and describe the process of forming and testing cement for our roads. +2.7
8 I can define careers related to the ‘Flow of Transportation’. +1.6
9I see myself involved in a career related to the field of
transportation.+2.0
10 I rate this program high, a positive experience. (post only) 4.3 / 5.0
* All Pre-Post questions given on a 5-point scale, 1=strongly disagree and 5=strongly agree
TOTAL K12 STUDENTSProgram 2007 2008 2009 total
Alt Fuel Saturday
20 20 20 60
Alt Fuel in High Schools
42 tbd 42
TRANSIT Camp
23 17 tbd 40
Total to date
43 77 20 142
This presentation is available at
http//mioh-utc.udmercy.edu
All curricular materials will soon be available from the MIOH UTC. Contact Pat Martinico at [email protected]