Overview

Courses
Bachelor
Chemical Engineering and Chemistry
Code | Course Name | Quartile | Timeslot | Remarks |
Energy | 2 | B | ||
6I2X0 | DBL Energy | 2 | C | This SDG is present as part of a project |
Electrical Engineering
Code | Course Name | Quartile | Timeslot | Remarks |
DBL automotive design project ‘energy challenge’ | 2 | E |
Industrial Engineering and Innovation Sciences
Code | Course Name | Quartile | Timeslot | Remarks |
0SK30 | Sustainability challenge: the future city of 1.5 degrees | 3 | E2 | This SDG is present as part of a project |
0SV20 | From industrial ecology to cradle-to-cradle: mass flow-based concepts | 4 | B |
Mechanical Engineering
Code | Course Name | Quartile | Timeslot | Remarks |
Electric & Hybrid Vehicle Powertrain Design | 3 | C | ||
4CBL20 | E3 Challenge 2 on Data and Health-Mobility-Energy | 4 | D | |
Solar Heat Systems | 4 | D | ||
Modeling of Time-Dependent Systems: Energy Storage & Transport | 1 | A | ||
4PC00 | Thermal and fluid engineering | 2 | E |
Built Environment
Code | Course Name | Quartile | Timeslot | Remarks |
7XEUA0 | Design for a Sustainable Future: exploratory | 1 | A | |
Follow-up projects: | ||||
7XSUA0 | Design for a Sustainable Future: specializing / USER | 3 | A | |
7XSUB0 | Design for a Sustainable Future: specializing / SOCIETY | 3 | A | |
7XSUC0 | Design for a sustainable future: specializing / ENTERPRISE | 3 | A | |
Design for a Sustainable Future: project | 1,2,3,4 | A |
Master
Industrial Engineering and Innovation Sciences
Code | Course Name | Quartile | Timeslot | Remarks |
0EM140 | Energy, economy and society | 2 | E | |
0EM310 | Sustainability assessment for decision making | 4 | D | This SDG is present as part of a project |
Applied Physics
Code | Course Name | Quartile | Timeslot | Remarks |
3MF100 | Fusion on the back of an envelope | 1 | E |
Mechanical Engineering
Code | Course Name | Quartile | Timeslot | Remarks |
4AT020 | Clean engines and future fuels | 4 | C | |
4BM10 | Hydraulic turbomachines | 3 | E | |
Thermal energy storage | 3 | A2 | 2.5 ECTS | |
4EM70 | Sustainable Energy Sources | 2 | A | |
Thermal energy storage and demand | 3 | A2 | ||
4AT030 | Advanced full-electric and hybrid powertrain design | 4 | C |
Electrical Engineering
Code | Course Name | Quartile | Timeslot | Remarks |
System integration project | 3 | B | ||
5LEM0 | Dynamic control of power conversion in renewable energy systems | 4 | E2 | |
5SEB0 | Decentral power generation and active networks | 4 | C2 |
Built Environment
Code | Course Name | Quartile | Timeslot | Remarks |
Circularity in the built environment | 1 | A | ||
Circularity research a/o design project | 3 | A | ||
Building performance and energy systems simulation | 1 | C |
PhD
Code | Course Name | Quartile | Timeslot | Remarks |
0PDE05 | Innovation camp: bootcamp for transformative approaches to energy, mobility and smart cities | 4 | No timeslot |
This list is a subset of all the sustainable courses offered at the TU/e. More courses will be added as they are submitted. You can submit a course by filling in this form or emailing education@. gogreenoffice.nl