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:
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Design and develop various electronic boards for various vehicular applications.
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Use simulation and designing software to bring your ideas into a functional part.
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Collaborate with other sub-team members (e.g., mechanical or driving strategy) to verify and meet the necessary requirements.
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Get hands-on experience in assembling PCBs.
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Code for embedded components based on application.
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Conduct tests to validate the design with simulation results on an actual vehicle.
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Advantageous knowledge, not mandatory as we are all students:
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Student from electrical, engineering science, or related field.
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Software skills such as MATLAB, Simulink, and PCB design software (Altium).
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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:
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Use simulation software to determine the yield of the solar cells on top of the car.
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Collaborate with other sub-team members (e.g., mechanical or driving strategy) to verify and meet the necessary requirements.
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Hands-on-experience in fabricating solar modules/panels on top of the vehicle body.
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Ensure proper placement and internal electrical connection layout of the solar array.
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Conduct tests to validate the design with simulation results on an actual vehicle.
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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!
Battery Management System
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:
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Design and develop a battery management system for a dedicated car battery pack.
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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.
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Design a system that ensures the safe operation of Li-ion batteries under various conditions.
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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!