Electrical/Electronics System
Position: Electrical/Electronics System
Project: MUC023+ (France 2024) & LUX025 (Australia 2025)
Location: Technical University of Munich (TUM)
Description:
The TUfast ECO team seeks a dedicated student passionate about electronic systems for the “muc023+” and “lux025” projects. In this position, you will be part of a dynamic team of students focused on designing and building an energy-efficient and solar-powered vehicle for the World Solar Challenge in Australia.
Roles and Responsibilities:
Design and develop various electronic boards for various vehicular applications.
Use simulation and designing software to bring your ideas into a functional part.
Collaborate with other sub-team members (e.g., mechanical or driving strategy) to verify and meet the necessary requirements.
Get hands-on experience in assembling PCBs.
Code for embedded components based on application.
Conduct tests to validate the design with simulation results on an actual vehicle.
Advantageous knowledge, not mandatory as we are all students:
Student from electrical, engineering science, or related field.
Software skills such as MATLAB, Simulink, and PCB design software (Altium).
Good communication skills in English.
We offer:
The opportunity to participate in an exciting and forward-looking project.
Collaboration with a dedicated and motivated team
The chance to develop your skills in a real project environment.
Application:
Please send your complete application documents, including your CV, to togadiya@tufast.de.
The TUfast ECO team is looking forward to your application and working together on developing the “muc023+” and “lux025” vehicles!
Solar-Cell Integration
Position: Solar-Cell Itegration
Project: LUX025 (Australia 2025)
Location: Technical University of Munich (TUM)
Description:
The TUfast ECO team seeks a dedicated student passionate about solar cells and its operation for the “lux025” project. In this position, you will be part of a dynamic team of students focused on designing and building an energy-efficient and solar-powered vehicle for the World Solar Challenge in Australia.
Roles and Responsibilities:
Use simulation software to determine the yield of the solar cells on top of the car.
Collaborate with other sub-team members (e.g., mechanical or driving strategy) to verify and meet the necessary requirements.
Hands-on-experience in fabricating solar modules/panels on top of the vehicle body.
Ensure proper placement and internal electrical connection layout of the solar array.
Conduct tests to validate the design with simulation results on an actual vehicle.
Advantageous knowledge, not mandatory as we are all students:
Student from electrical, engineering science, or related field.
Software skills such as MATLAB, Simulink, etc.
Good communication skills in English.
We offer:
The opportunity to participate in an exciting and forward-looking project.
Collaboration with a dedicated and motivated team
The chance to develop your skills in a real project environment.
Application:
Please send your complete application documents, including your CV, to togadiya@tufast.de.
The TUfast ECO team looks forward to your application and working together to develop the “lux025” vehicle!
Batteriemanagementsystem
Position: BMS for Li-ion batteries
Project: MUC023+ (France 2024) & LUX025 (Australia 2025)
Location: Technical University of Munich (TUM)
Description:
The TUfast ECO team seeks a dedicated student passionate about Lithium-Ion batteries and electronics for the “muc023+” and “lux025” projects. In this position, you will be part of a dynamic team of students focused on designing and building an energy-efficient and solar-powered vehicle for the World Solar Challenge in Australia.
Roles and Responsibilities:
Design and develop a battery management system for a dedicated car battery pack.
Use simulation and designing software to bring your ideas into a functional component.
Collaborate with other sub-team members (e.g., mechanical or driving strategy) to verify and meet the necessary requirements.
Get hands-on experience in assembling PCBs.
Code for embedded components based on application.
Conduct tests to validate the design to ensure a safe operation on an actual vehicle.
Design a system that ensures the safe operation of Li-ion batteries under various conditions.
Advantageous knowledge, not mandatory as we are all students:
Student from electrical, engineering science, or related field.
Software skills such as MATLAB, Simulink, and PCB design software (Altium).
Good communication skills in English.
We offer:
The opportunity to participate in an exciting and forward-looking project.
Collaboration with a dedicated and motivated team
The chance to develop your skills in a real project environment.
Application:
Please send your complete application documents, including your CV, to togadiya@tufast.de.
The TUfast ECO team is looking forward to your application and working together on developing the “muc023+” and “lux025” vehicles!
Electronics – Low Voltage Applications
Position: Low Voltage Electronics
Project: LUX025 (Australia 2025)
Location: Technical University of Munich (TUM)
Description:
The TUfast ECO team seeks a dedicated student passionate about low voltage electronic systems like steering wheel controller, central Control Unit, etc., for the “lux025” project. In this position, you will be part of a dynamic team of students focused on designing and building an energy-efficient and solar-powered vehicle for the World Solar Challenge in Australia.
Roles and Responsibilities:
Design and develop various low voltage electronic boards for various vehicular applications.
Use simulation and designing software to bring your ideas into a functional part.
Collaborate with other sub-team members (e.g., mechanical or driving strategy) to verify and meet the necessary requirements.
Get hands-on experience in assembling PCBs.
Code for embedded components based on application.
Conduct tests to validate the design with simulation results on an actual vehicle.
Advantageous knowledge, not mandatory as we are all students:
Student from electrical, engineering science, or related field.
Software skills such as MATLAB, Simulink, and PCB design software (Altium).
Good communication skills in English.
We offer:
The opportunity to participate in an exciting and forward-looking project.
Collaboration with a dedicated and motivated team
The chance to develop your skills in a real project environment.
Application:
Please send your complete application documents, including your CV, to togadiya@tufast.de.
The TUfast ECO team looks forward to your application and working together to develop the “lux025” vehicle!