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Please note all exams are on site on the campus.

Curriculum Planner

This module is compulsory.

This module is compulsory.

This module is compulsory.

Required for:
"Chemical and Physical Cell and Material Analysis".
This module is elective.

Required for:
"Modelling".
This module is elective.

Required for:
"Diagnostics" and "Sensors, Measurement Devices and Electronics".
This module is elective.

Required for:
"Production".
This module is elective.

Required for:
"Recycling and Life Cycle Analysis".
This module is elective.

Required for:
"Battery Pack Design and Battery Management System (HW)" and "Laboratory or Field Installation or Operation of Mobile or Stationary Battery Systems".
This module is elective.

This module is elective.

This module is elective.

Required Module:
"Physical and Chemical Methods for Post-Mortem Investigations of Batteries".
This module is a research lab.

Required Module:
"Advanced Battery Diagnostics and Mobile Applications".
This module is a research lab.

Required Module:
"Battery Modelling and Machine Learning".
This module is a research lab.

Required Module:
"Recycling, Circular Economy and Charging Infrastructure".
This module is a research lab.

Required Module:
"Advanced Battery Production Technology".
This module is a research lab.

Required Module:
"Hardware of Battery Packs & Stationary Applications".
This module is a research lab.

Required Module:
"Advanced Battery Diagnostics and Mobile Applications".
This module is a research lab.

Required Module:
"Hardware of Battery Packs & Stationary Applications".
This module is a research lab.

Semester 1
Semester 2
Semester 3
Semester 4
Fundamentals of Chemistry and Engineering for Batteries
(Hybrid)
Fundamentals of Thermodynamics and Data Processing for Batteries
(Hybrid)
Seminar
(On Site)
Research Lab Testing
(On Site)
Seminar
(On Site)
Research Lab Testing
(On Site)
Master Thesis (30CP)
Compulsory
(all needed)
Elective
(5 needed)
Research Lab
(3 needed)
Fundamentals of Lithium-Ion-Batteries and Battery Systems
(Hybrid)
Energy Storage Systems - Future Technologies and Innovations
(Hybrid)
Fundamentals of Battery System Design
(Hybrid)
Physical and Chemical Methods for Post-Mortem Investigations of Batteries
(Hybrid)
Battery Modelling and Machine Learning
(Hybrid)
Advanced Battery Diagnostics and Mobile Applications
(Hybrid)
Advanced Battery Production Technology
(Hybrid)
Recycling, Circular Economy and Charging Infrastructure
(Hybrid)
Hardware of Battery Packs & Stationary Applications
(Hybrid)
Understanding Battery Degradation
(Hybrid)
Fundamentals of Design and Performance of Active and Passive Materials for Advanced Batteries
(Hybrid)
Chemical and Physical Cell and Material Analysis
(On Site)
Diagnostics
(On Site)
Modelling
(On Site)
Recycling and Life Cycle
(On Site)
Production
(On Site)
Battery Pack Design and Battery Management System (HW)
(On Site)
Sensors, Measurement Devices and Electronics
(On Site)
Laboratory or Field Installation or Operation of Mobile or Stationary Battery Systems
(On Site)

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