Sample Schedule for MSME students Specializing in Energy
Five quarters of residence starting Autumn 07
Autumn Q07 |
Winter Q08 |
Spring Q08 |
Summer Q08 |
Autumn Q08 |
- ME 430 (4)* - Energy Conversion
- ME 533 (3) - Fluid Mechanics I
- ME 564 (3) - Engineering Analysis I
- ME 523 - Energy and Environment Seminar
|
- ME 426 (4)* - Sustainable Energy Design - Wind and Water
- ME 521 (3) - Macroscopic Thermodynamics
- ME 565 (3) - Engineering Analysis II
- ME 523 - Energy and Environment Seminar
|
- ME 442 (4)* - Renewable Energy - Solar and Bioenergy
- ME 532 (3) - Convective Heat Transef
- ME 535 (3) - Computational Analysis
- ME 523 - Energy and Environment Seminar
|
- ME 700 (2) - Thesis Research
|
- ME 700 (10) - Thesis Research
- ME 523 - Energy and Environment Seminar
|
Cum. Credits: 10 |
20 |
30 |
32 |
42 |
* may be taken for ME 599 credit |
Additional quarters if desired
Winter Q09 |
Spring Q09 |
|
- ChemE 445 (3)** - Fuel Cell Engineering
- ME 534 (3) - Fluid Mechanics II
- AA 400 (3) - Gas Dynamics
- AA 543 (3) - Computational Fluid Dynamics I
- ME 523 - Energy and Environment Seminar
|
- ME 425 (4) - HVAC Engineering
- ME 524 (3) - Combustion
- EE 457 (4)*** - Electrical Distribution Systems
- ME 523 - Energy and Environment Seminar
|
* may be taken for ME 599 credit |
** Confirm with Chemical Engineering department |
*** Confirm with Electrical Engineering department |
Course Descriptions
- ME 415: Sustainability and Design for Environment
Cooper (Winter)
Description
- ME 425: HVAC Engineering
Elder (Spring)
Description
- ME 426: Sustainable Energy Design
Malte (Winter - recent move, UW catalog still shows spring, odd)
Home Page
Description
- ME 430: Advanced Energy Conversion Systems
Kramlich (Autumn)
Description
- ME 442: Renewable Energy
Malte (Spring - recent move, UW catalog still shows winter)
Home Page
Description
- ME 521: Graduate Thermodynamics
Kramlich (Winter)
Description
- ME 522: Microscopic Thermodynamics
Emery, Malte (variable)
Description
- ME 524: Combustion
Kramlich (Spring, Odd Years)
Description
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- CHEM E 345: Intro to Fuel Cells
(Autumn)
Description
- CHEM E 445: Fuel Cell Engineering
(Winter)
Description
- CHEM E 446: Fundamentals of Solid Oxide Fuel Cells
(variable)
Description
- CHEM E 465: Reactor Design
(Autumn)
Description
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- CEE 350: Environmental Engineering - Water and Air Quality
(Spring)
Description
- CEE 476: Physical Hydrology
(Autumn)
Description
- CEE 480: Air Quality Monitoring
(Spring)
Description
- CEE 488: Hazardous Waste Engineering
(variable)
Description
- CEE 490: Air Pollution Control
(Autumn)
Description
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- BIS 458: Energy, Environment, and Society (UW Bothell)
(Winter)
Description
- PB AF 586: International Science and Technology Policy
(Winter)
Description
- SMA 521: Governmental Responses to Global Climate Change
(Autumn)
Description
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- ATM 358: Fundamentals of Atmospheric Chemistry
(Spring)
Description
- ATM 458: Global Atmospheric Chemistry
(Autumn)
Description
- ESS 345: Environment of Fuel and Mineral Deposits
(Winter)
Description
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