Open
Positions
You would like to put your knowledge into practice, gain valuable experience and become part of a dedicated team? We offer you the opportunity to work on exciting projects – from technology and design all the way to marketing and organization. Whether you already have previous experience or are simply curious, we are looking for motivated members who want to make a difference with us. You can find all current vacancies here.
Aerodynamics
TASKS
- CAD Engineer: Design freeform shapes and set up complex, adaptive parts
- CFD Design: Optimise the airflow around the vehicle to maximise downforce and cooling performance
- CFD Methodology: Understand the CFD process, improve the automation and implement complex maneuvers as cornering simulation
- CFRP Simulation: Build knowledge in CFRP-FEM simulation and optimise CFRP-Layups
- CFRP Manufacturing: Help with composites manufacturing and mold preparation to find creative solutions for optimising and streamlining our manufacturing process
What you’ll gain
- Build a strong understanding of motorsport aerodynamics and composites
- Gain practical experience in design, simulation and manufacturing
- Collaboration in a multidisciplinary competitive team environment
- Gather new skills and learn to work with CAD and CFD programs
- Get an understanding of what it takes to implement an aerodynamic package with everything that comes with it
Chassis
TASKS
- Safety design of the chassis
- CAD modeling
- FEA simulation
- Manufacturing of the chassis and other components
- Communication / coordination with partner companies
What you’ll gain
- In-depth experience in lightweight construction
- Practical tasks in CAD and simulation
- Gain experience in a large-scale project
- Deepen knowledge from your studies using concrete examples
- Pre-study internship
FEA Simulation Engineer
Your tasks
- Independent creation and documentation of an FEA simulation in Hypermesh for various CFRP components
What we offer
- FEA knowledge
- Initial experience with Hypermesh
- Basic knowledge of CFRP
Composite Manufacturing
Your tasks
Production of vehicle-related components made of composite, aluminum and steel
Ensuring quality, dimensional accuracy and clean documentation
Description
- Laminating – Manufacturing the monocoque and other CFRP components
- Milling – Machining small aluminum components. (Previous experience required)
- Welding – Manufacturing steel and aluminum structures. (Previous experience required)
- Close coordination with the design, aerodynamics and chassis departments to ensure the components are manufactured in accordance with production requirements
CAD Designer
Department: Chassis
Your tasks
- Design of central vehicle components such as roll bars, seats and monocoques
- Implementation of functional and production-oriented designs
Description
- Modeling and development of components in 3DEXPERIENCE (successor to CATIA V5)
- Creation of technical drawings and assemblies
- Coordination with manufacturing and aerodynamics to ensure safe integration of components
- Use of a CAD system established in the automotive and aerospace industries
- Collaboration in an interdisciplinary engineering team
Vehicle Dynamics
TASKS
- Designing and optimising and optimising the gearbox to ensure efficient, reliable, power transmission and maximum performance.
- Developing the pedal box system to achieve optimal driver ergonomics and precise control of throttle and braking inputs.
- Designing the braking system, focusing on safety, braking performance, weight reduction, and vehicle drivability.
- Engineering the steering system to deliver high precision, reliability, and clear feedback for the driver.
- Designing and optimising the suspension system, including everything from mounts to wheel carriers, to maximize grip and overall vehicle performance.
- Improving vehicle performance through software, such as developing algorithms for torque vectoring and slip control.
- Performing calculation, simulations, and design analysis to validate engineering decisions.
- Programming and data analysis related to vehicle dynamics and control systems.
- Hands-on mechanical work, including assembling and testing components on the race car.
- Participating in project organisation and technical decision-making within the team.
What you’ll gain
- Practical motorsport engineering experience by working on a real race car.
- Applying theoretical knowledge to real-world engineering problems.
- Developing strong analytical and problem-solving skills through calculations, simulations, and testing.
- Learning structured engineering workflows, from concept and design to manufacturing and testing.
- Gaining experience with engineering tools, programming, and simulation methods.
- Hands-on mechanical experience working directly on the vehicle.
- Teamwork and project management skills by collaborating in a multidisciplinary engineering team.
Electrics
TASKS
- Wire harness: The wiring harness connects and supplies all electrical components, ensuring reliable power and data transfer
- PCBs: By developing our circuit boards, we can tailor our electrical system requirements to perfection, allowing us to capture sensor data and control our battery system
- Software: With our self-developed software we control all systems, ensuring reliability and precision
- Battery: Our custom built 600-Volt battery is designed for safety, cooling, efficiency and reliability
- Inverters and motors: Our inverters efficiently convert battery energy into precisely controlled aC power, ensuring optimal motor performance
What you’ll gain
- Collaborate in a multidisciplinary team across software, electronics and vehicle dynamics
- Learn from and network with industry professionals and experienced Alumni
- Develop a portfolio of projects valuable for both academia and industry careers
- Hands-on mechanical experience working directly on the vehicle.
- Teamwork and project management skills by collaborating in a multidisciplinary engineering team.
BMS Software Developer
Description
Core Task: Develop robust Embedded C software for a custom Battery Management System.
Hardware: Utilizing advanced BQ79600-Q1 hardware.Current Status: Rev 1 hardware is ready for integration; software framework is in progress.
- Current Status: Rev 1 hardware is ready for integration; software framework is in progress.
Your profile
- Embedded Expertise: Proven experience in Embedded C.
- Hands-on Skills: Comfortable working with custom PCBs and hardware debugging.
- Mindset: Detail-oriented and ready to tackle real-world Battery Electronics.
What we offer
- Academic Credit: Excellent scope for a project (Faculty I, E) or a Bachelor/Master Thesis.
- Direct Impact: Shape the software architecture of a custom hardware revision and see the results on track.
- Growth: Work on industry-standard automotive hardware.
Driverless
TASKS
- Sensor integration: Selection, calibration and fusion of multiple sensor data
- Perception: Implementing and using algorithims for environment understanding, object detection and machine learning
- Localization: Developing robust systems for accurate real-time vehicle localization
- Planning: Developing path and trajectory planning algorithms considering constraints like speed, curvature and obstacles
- Control: Developing and implementing lateral and longitundinal control algorithms to ensure vehicle dynamics
- Emergency braking system: Maintain the current EBS for Autonomous System brakes
What you’ll gain
- Gain hands-on experience with real-world autonomous systems
- Work with state-of-the-art sensors and high-performance embedded platforms
- Learn from and network with industry professionals and experienced Alumni
- Develop a portfolio of projects valuable for both academia and industry careers
AI & Machine learning engineer
Tasks
- Core task: Develop and optimize AI/ML models for the perception stack of our autonomous race car
- Focus areas:
- Real-time cone, lane and obstacle detection
- Sensor data processing and fusion support
- Dataset generation and labeling (synthetic + real world)
- Integration of perception modules with planning and control software
Your profile
- Study field: Student from Faculty E, I, M or a related program
- AI/ML interest or experience: Machine learning, computer vision, deep learning (interest is welcome)
- Hands-on skills: Python basics, data pipelines and a interest in embedded deployment
- Mindset: Detail-oriented, creative and motivated to build real-world autonomous solutions
- Tools (nice to have): MATLAB, PyTorch, TensorFlow, similar frameworks
What we offer
- Practical experience: Apply what you learn directly on a real autonomous race car
- Direct impact: See your perception modules run on the vehicle and improve performance on track
- Growth: Learn state-of-the-art AI workflows and embedded deployment
Robotics engineer
Tasks
- Core task: Develop and integrate robotic subsystems for the driverless platform
- Focus areas:
- Sensor integration in a Linux environment using ROS2
- Communication and interfacing via CAN bus
- Implementation of ROS2 nodes using Python/C++
Your profile
Study field: Student from Faculty E, I, M with focus on software and electronics or enrolled in Automotive Production Engineering (Master’s)
Robotics background: Robotics, mechatronics or autonomous systems (course or project experience counts)
Programming: Confident with Python or C++ (ROS/ROS2 is a big plus)
Hardware understanding: Sensors, interfaces, protocols and hardware debugging
Electronic skills (big plus): PCB basics (schematics/layout), SPICE simulation, bring-up/debugging (oscilloscope/logic analyzer helpful)
Mindset: Hands-on builder who enjoys making real systems work reliably
Tools (nice to have): KiCad, Matlab, LTspice
What we offer
- Experience: hands-on engineering in the Formula Student environment
- Direct impact: Your code and hardware directly influence vehicle performance-you’ll see what you build
- Learning curve: Work with real sensors, ROS2 tooling and autonomous vehicle systems
- Teamwork: Close collaboration with electronics, controls and mechanical teams
Mechanical engineer
Tasks
- Core task: Design and integrate mechanical systems for driverless sensors and actuators, working closely with electronics and chassis teams
- Focus areas:
- Sensor mounts and structural integration
- Steering motor selection, mounting and coupling design
- Packaging and system layout for driverless components
- Using CAD plus MATLAB/Ansys for component conceptualization and validation
Your profile
- Study field: Student from Faculty E, I, M enrolled in Automotive Production Engineering (Master’s)
- Mechanical fundamentals: Design, structures, integration and validation
- Software skills (nice to have): Ansys for strength/stiffness analysis and topology optimization
- CAD tools: Comfortable in CAD environments and mechanical validation workflows
- Mindset: Interested in combining mechanical design with software-driven demands for autonomous driving
What we offer
- Hands-on experience: Build parts that end up on the car
- Interdisciplinary work: Bridge mechanical integration and autonomous electronics
- Real hardware: See your designs integrated into a fully functioning driverless race car
- Growth: Learn autonomous vehicle development from the integration side
Software & systems engineer
Tasks
Core task: Build and maintain the software infrastructure for the autonomous race car
Focus areas:
System integration across the driverless stack
Supporting other subteams with tools and pipelines
Maintaining a reliable development workflow (framework, architecture, debugging support)
Your profile
- Study field: Student from Faculty E, I, M enrolled in Automotive Production Engineering (Master’s)
- Software interest or experience: Programming, integration, system maintenance
- Hands-on skills: Version control, debugging and working with dev tools
- Mindset: Detail-oriented, collaborative and motivated to support interdisciplinary engineering
What we offer
- Practical experience: Work on real autonomous systems used on the car
- Direct impact: Build the backbone used across perception, planning and control
- Growth: Learn system architecture, integration and team-scale software engineering
Autonomous control engineer
Tasks
- Core task: Develop and improve control logic for steering, braking and throttle in the autonomous car
- Focus areas:
- Finetune low-level steering motor and throttle control for smooth driving
- Implement a state-of-the-art Model Predictive Controller (MPC) for maximum performance
- Make the car go fast with Trajectory Optimisation
Your profile
- Study field: Student from Faculty E, I, M enrolled in Automotive Production Engineering (Master’s)
- Control interest or experience: Vehicle control, embedded systems, real-time software
- Hands-on skills: Simulation software, CAN data analysis, ROS2, system integration
- Mindset: Detail-oriented and safety-focused with a strong drive to build reliable control software
- Tool (nice to have): Matlab (Simulink), IPG CarMaker, similar simulation software
What we offer
- Practical experience: Work on real control systems deployed on the race car
- Direct impact: Your work directly influences how the car behaves on track
- Growth: Gain experiemce in embedded control, integration and multidisciplinary teamwork
Business
TASKS
- Partnership & Events: Maintain contact with sponsors and organise events
- Marketing & Communication: Shape our public image and take care of our social media presence and our website
- Media & Design: Create graphics, posts, presentations, the livery and team-merchandise
- HR-Management: Develop recruiting concepts and shape a motivated and engaged team
- Statics: Cover the business disciplines of the events such as the business plan
What you’ll gain
- Gain hands-on experience with real-world autonomous systems
- Work with state-of-the-art sensors and high-performance embedded platforms
- Learn from and network with industry professionals and experienced Alumni
- Develop a portfolio of projects valuable for both academia and industry careers
Social media & Webdesign
Tasks
- Maintaining and developing our social media channels
- Planning and creating content (posts, stories, reels)
- Maintaining and developing our team website
- Supporting campaigns related to vehicle launches or events
- Analyzing reach and engagement
- Collaborating with the graphics, photography, and sponsorship teams
Your profile
- Interest in social media, online communication, or web design
- Creativity and a keen sense for digital trends
- Basic knowledge of website tools or CMS (e.g., WordPress) is an advantage
- Initiative and a structured approach to work
- Studies in marketing, media, communication, computer science, or similar fields
What we offer
- Practical experience in social media management and web design
- Building a real project portfolio
- Creative work in an international motorsport project
- Collaboration with various team departments
- Participation in international Formula Student events
Sponsoring
Tasks
- Acquiring new sponsors and industry partners
- Maintaining and supporting existing partners
- Creating sponsorship concepts and presentations
- Coordination with the marketing and technical team
Your profile
- Interest in motorsports, automotive or technical projects
- Strong communication skills and confident manner
- Initiative and organizational skills
- Good German and English skills
- Studies in, for example, business administration, industrial engineering, marketing, communication or similar fields (but not essential)
What we offer
- Insight into an international motorsport engineering project
- Practical experience in sales, sponsorship, and B2B communication
- Direct contact with companies from the automotive and tech industries
- Teamwork with students from various disciplines
- Participation in international Formula Student events
Human Ressources
Tasks
- Planning and organizing the recruitment of new team members
- Supporting team communication and conflict management
- Maintaining member lists and internal documentation
- Promoting team culture and motivation
Your profile
- Interest in team organization and human resources management
- Structured and reliable way of working
- Strong communication skills and empathy
- Initiative and sense of responsibility
- Studies in business administration, psychology, business psychology, management, or similar fields (not a must)
What we offer
- Practical experience in HR and team management
- Experience in an international motorsport project
- Collaboration with students from a wide range of disciplines
- Participation in international Formula Student events
Graphic Design
Tasks
- Designing graphics for social media, websites, and presentations
- Creating team and sponsorship materials
- Designing merchandise, posters, and event materials
- Assisting with vehicle design and branding
- Developing a consistent corporate design
Your profile
- Interest in graphic design and visual communication
- Creativity and an eye for design
- Experience with Adobe Creative Cloud (Illustrator, Photoshop, InDesign) or similar tools is an advantage
- Independent and structured way of working
- Studies in design, media, communication, or similar fields
What we offer
- Creative work in a real motorsport project
- Building a design portfolio
- Collaboration with marketing, sponsorship, and technical teams
- Practical experience in corporate design and branding
- Participation in international Formula Student events
Eventmanagement
Tasks
- Planning and organizing team and sponsor events
- Supporting vehicle launches and presentations
- Coordinating trade fair appearances and university events
- Organizing logistics and event processes
- Collaborating with the sponsorship, marketing, and technical teams
Your profile
- Interest in event organization and project management
- Organizational skills and a structured approach to work
- Strong communication skills and ability to work in a team
- Initiative and flexibility
- Studies in event management, business administration, marketing, or similar fields
What we offer
- Practical experience in event management
- Experience in organizing large events
- Building a strong network with industry partners
- Collaboration in an international motorsport project
- Participation in international Formula Student events
Cost report &
business plan
Tasks
- Creating and maintaining the cost report
- Analyzing production costs and manufacturing processes
- Developing the business plan for competitions
- Preparing presentations for judges
- Working with the technical team on cost analysis
Your profile
- Interest in corporate strategy, controlling, or product costs
- Analytical thinking and a structured approach to work
- Good knowledge of Excel or similar tools
- Communication skills and strong presentation skills
- Studies in business administration, industrial engineering, management, or similar fields
What we offer
- Practical experience in product cost analysis and business planning
- Preparation for real-world industry case studies
- Collaboration with technical teams
- Experience in international competitions
- Participation in international Formula Student events
Photo- & Videographer
Tasks
- Taking photos and videos at events, tests, and meetings
- Producing social media content
- Documenting the vehicle project
- Assisting with image videos and team films
- Post-processing image and video material
Your profile
- Interest in photography or video production
- Creativity and a flair for storytelling
- Experience with camera equipment or editing software (e.g., Premiere Pro, DaVinci Resolve) is an advantage
- Initiative and ability to work in a team
- Any field of study is possible – passion is what counts
What we offer
- Building a motorsport media portfolio
- Practical experience in event, sports, and project photography
- Creative work in an international motorsport project
- Collaboration with the marketing and social media team
- Participation in international Formula Student events
