//Join
the Team
Twice a year, we’re looking for motivated students to join our team. Would you like to experience what goes into the development and construction of a race car? Then check out our job openings and modules here and apply!
//YOUR ENTRY WITH US
Your studies are too theoretical for you and you would rather gain practical experience in a young and motivated team? Are you also interested in technology and would like to get an insight into the world of racing? Here you can find out everything about joining Vienna's largest student racing team.
TU Wien Racing offers students the opportunity to gain an insight into the way racing teams work and to gain additional practical experience in a wide variety of areas. Through their commitment, our members can get to know many different companies and organizations, which can provide a valuable basis for decision-making for a later career entry. Above all, it is important to us to establish a positive and knowledge-promoting climate among our members so that each member can achieve their own goal.
GOOD TO KNOW
Would you like to complete your internship with us or write a scientific thesis at TU Wien Racing? Then please register directly, regardless of the admission phase office@racing.tuwien.ac.at .
current recruiting phase:
21.09. - 09.10.26
join us now!
important events for our newbies (Mandatory attendance):
17.10. Newbie - kickoff
19.10. 1st Teammeeting + safety training
Application process
Our application phase starts at the beginning of the winter or summer semester. You can find more information about the exact deadlines below.
1. FILL OUT THE APPLICATION FORM
2. FIRST MEETING TO GET TO KNOW YOU
Then we will invite you to an initial interview where you can find out more about us and tell us more about yourself and your motivation.
3. TRIAL PHASE
You will then receive feedback from us on your initial interview. If you have convinced us, the one-month trial phase starts for you as a newbie.
4. PARTICIPATION IN THE TEAM
After successfully completing your trial phase, you will be permanently accepted into the team.
//vacancies
//electrical
Become part of an electric module at TU Wien Racing!
Not quite sure which module you're interested in, but electronics is definitely an area that interests you? Then working on the development and optimization of control systems, circuits, and software for our vehicle could be exciting for you! Then send us your own application – we'll work together to find the best way for you to get started with us!
We are one - 41!
The Driverless module focuses on autonomous driving. We are responsible for integrating hardware components such as the emergency braking system, the power steering, the lidar sensor, and the central processing unit. Our main task is to develop the software that enables our race car to compete in the various disciplines at events completely autonomously. If you’re passionate about the intersection of mechanical engineering, electronics, and software development, you’ve come to the right place!
//Driverless
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Autonomous Driving Specialist
Open positions:
At TSe, you’ll develop the electric powertrain for our race car, from the high-voltage battery to the inverter to the motor. Depending on your interests, you’ll work on low-voltage electronics, power electronics, embedded software, or battery technology. You’ll design circuits and PCBs, program microcontrollers, optimize motor control and PWM, work on battery monitoring and protection functions, or analyze power electronics and switching behavior. Throughout this process, you’ll oversee your projects from the initial idea through assembly and commissioning to testing on the test bench and in the vehicle.
//Tractive System Electric
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Accumulator Electronics Engineer
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Inverter Firmware Engineer
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Inverter High Voltage Electronics Engineer
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Inverter Low Voltage Electronics Engineer
Open positions:
Through the use of machine learning, including both supervised and unsupervised methods, complex patterns in the data can be identified and predictions made for optimal vehicle configurations. These data-driven approaches enable the team to precisely tune the vehicle to different race tracks and conditions. The combination of vehicle dynamics and advanced data analysis ensures that the team remains at the forefront of technological development and stays competitive on the international stage.
//Vehicle Performance
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Controlls Engineer
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Data Analyst
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Simulation Engineer
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Tyres Specialist
open positions:
In the Electronics module, you’ll learn how to design printed circuit boards (PCBs) and circuit diagrams, which are then turned into prototypes. We also cover software development, focusing on microcontroller (MCU) programming and the integration of advanced sensor technology. In our software development process, we focus on programming microcontrollers (MCUs) and seamlessly integrating sensors to maximize our vehicle’s performance.
//ELectronics
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Embedded Software Engineer
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Low Voltage Electronics Engineer
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Packaging and Connectivity Engineer
Open positions:
You'll develop custom software for our Formula Student team! You'll work on full-stack web apps for team organization and data analysis, further develop telemetry tools, and handle DevOps, CI/CD, and infrastructure to optimize our processes and enable data-driven decision-making within the racing team.
//Software
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Software Engineer - Full Stack
open positions:
Driverless
Autonomous Driving Specialist
Responsibilities:
Development and integration of software for our race car’s autonomous driving system
Possible specialization in one of the following areas:
Functional Safety, Perception, SLAM, Path Planning
Electronics
Packaging and Connectivity Engineer
Responsibilities:
Wiring harness design, manufacturing, and assembly
Selection and installation of connectors, including weight optimization
Design and manufacturing of 3D-printed housings for electronics and connectors
Tractive System Elektrisch
Inverter High Voltage Electronics Engineer
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Responsibilities:
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Development and optimization of the high-voltage power electronics for our inverter (design of power semiconductors, DC link, and gate drive)
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Circuit and layout design with a focus on current flow, isolation, switching behavior, and power loss
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Commissioning, test bench measurements, and analysis of opportunities for improvement following initial training
vehicle Performance
Controlls Engineer
You'll plan and develop vehicle dynamics controls for your prototype race car! Through hands-on experience, you'll learn how a race car reaches its physical limits on the track and how to extract even more performance from it using control systems such as launch control, traction control, and power limiters. In addition, you'll provide crucial input on setup and performance issues.
Vehicle Performance
Tyres Specialist
You'll learn how tires work and help further develop our complex tire model. You'll also be responsible for the tire selection process. Since the tires are our car's only points of contact with the track, your work ensures that our prototype race car delivers maximum performance, responsiveness, and drivability.
Electronics
Embedded Software Engineer
Responsibilities:
Planning and integration of the entire low-voltage system for the race car
Firmware development for the car's control units and sensor boards (STM32, C++)
Testing and debugging during actual driving
Tractive System Elektrisch
Accumulator Electronics Engineer
Responsibilities:
Further development of the high-voltage battery (HV and LV components), from cell characterization to cell interconnection
Development of LV electronics for battery monitoring, sensors, protection functions, and the battery management system (BMS)
Supporting assembly, testing, and vehicle integration in collaboration with the mechanical and vehicle electronics teams (high-voltage work following training)
Tractive System elektrisch
Inverter Low Voltage Electronics Engineer
Developing and maintaining the control electronics for our inverter and the motor capacitor PCB.
Creating schematics and PCB layouts in KiCad for power supply, sensors, signal conditioning, and communication.
Overseeing the hardware process from component selection through assembly and commissioning to troubleshooting.
Integrating and testing the electronics on the drive in close collaboration with the firmware and high-voltage teams.
Vehicle Performance
Data Analyst
You’ll provide an overview of the status and performance of our prototype race car by analyzing the wide range of data generated by the car - you’ll sort, visualize, and analyze it. By sharing this data with the other modules in our team, you’ll influence key design decisions. After the development phase, your work will focus on driver performance, endurance strategy, and much more.
Electronics
Low Voltage Electronics Engineer
Responsibilities:
Planning and integration of the entire low-voltage system for the race car
Designing components for optimal weight, power consumption, and reliability
Commissioning and testing circuit boards on a bench setup and in the car
Designing and creating schematics and circuit boards in KiCAD for low-voltage electronics
Tractive System Elektrisch
Inverter Firmware Engineer
Responsibilities:
Further development of inverter firmware in C/C++ on TI C2000 microcontrollers (motor control, PWM generation, sensor evaluation)
Implementation of CAN communication, diagnostic, and protection functions
Joint testing on the test bench with the hardware team, as well as integration and testing in the vehicle
Software
Software Engineer - Full Stack
Responsibilities:
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Developing and maintaining internal team full-stack web applications (data management, vehicle development, team organization)
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Working with Java, Angular, SQL/PostgreSQL, and GitLab CI/CD
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Possible areas of focus: front-end, back-end, databases, DevOps, automated testing, or architecture
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Direct impact on team performance and data-driven decisions
Vehicle Performance
Simulation Engineer
You'll become familiar with the team's simulation tools and help develop them further. In the process, you'll gain an understanding of how our car works from the ground up as you model and simulate its various systems.
//mechanical
Become part of a mechanical module at TU Wien Racing!
Are you curious about how modern vehicle components are developed and manufactured? With us, you can further develop your skills and get involved in various mechanical areas. Send us your application, and together we'll find the perfect role for you!
We are one - 41!
In the Aerodynamics module, we focus primarily on the flow patterns around our EDGE and on optimizing them so that there is sufficient downforce in every situation to extract the best performance from our car. What’s particularly exciting is the interplay between the suspension and aerodynamic behavior during various driving conditions, such as acceleration, braking before a turn, or cornering itself. The design and simulation of aerodynamic components, along with manufacturing, are our main tasks. Join Team Downforce.
//Aerodynamics
open positions:
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CFD Simulation Specialist
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Design & Manufacturing Specialist
The Composites Module focuses on the design and development of composite components. Prior to manufacturing, FEM simulations using commercial software programs are conducted to determine the optimal layer stackup, after which the module collaborates across modules during the manufacturing process and supports other modules. The module is constantly researching and testing new and innovative materials to make the car even faster and lighter. A basic understanding of FEM simulations, particularly using HyperWorks software and materials science, or the motivation to learn these subjects, is advantageous.
//Composites
open positions:
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Materialexpert & Manufacturer
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FEM Analyst
The Tractive System Module represents the mechanical connection from the battery through the inverter, motor, wheel carrier, and transmission to the wheel. This involves a wide range of tasks, from simulation to design, aimed at producing high-performance, weight-optimized components through the proper selection of materials and manufacturing processes. Collaborating with the electrical design of the individual components requires communication and coordination. As a result, the Tractive System Module is ideal for mechanical engineers and electrical engineers who enjoy designing complex components.
//Tractive System Mechanical
open positions
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CFD Simulation Specialist
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Structural Engineer
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Test Rig Engineer
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Thermal Engineer
We build the heart of the car:
The monocoque. Highly praised by the industry, it serves as the foundation of our race car and thus represents a major technical and organizational feat. Its main task is to integrate the requirements of the various modules, whether it’s the packaging of our electrical components or the installation space for our aerodynamics.
//Chassis
open positions:
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Design & Manufacturing
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FEM Analyst
Our team’s suspension module is a key component of the car. It includes the spring-damper system, the steering, the transmission, and the rims, as well as a well-tuned setup for optimal power transfer to the road. This module involves working with both metal and carbon fiber. Overall, the suspension module plays a crucial role in our car’s racing performance and is a key focus of our research and development.
//Suspension
open positions:
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Design & Manufacturing
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FEM Analyst
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Setup Engineer
aerodynamics
CFD Simulation Specialist
Further development and optimization of the existing CFD simulation environment used to develop and evaluate the vehicle's aerodynamics. Work in Star-CCM+ and with ASC's supercomputer.
Possible projects: Further development of the existing CFD setup, validation of CFD simulations using test data, optimization of simulation methodology
Bachelor's/Master's thesis possible
chassis
FEM Analyst
Development: Simulation of a CFRP monocoque, design of fiber-reinforced components (laminate structure), and load and crash simulations
Other Responsibilities: Minor design tasks, 3D printing, support in manufacturing, preparation of internal team training sessions
Suspension
Design & Manufacturing
Responsibilities:
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Development, design, and manufacturing of
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metal and carbon composite components (as well as combinations thereof), such as steering systems, brake systems, rims, control arms, mountings, and brackets -
Creation and maintenance of bills of materials
Tractive System Mechanical
CFD Simulation Specialist
Developing and conducting CFD simulations for air cooling, deriving optimization recommendations for battery packaging, and coordinating closely with the battery team.
Tractive System Mechanical
Thermal Engineer
Responsibilities:
-
Thermal design of the engine cooling system, CAD design of the associated components, and support during commissioning and test runs on the test bench
aerodynamics
Design & Manufacturing Specialist
General development and manufacturing of aerodynamic components - front wing, underbody, rear wing, and bodywork
Possible projects: Design of aerodynamic components, layer layouts, design of composite structures, FEM simulation, developing mounting solutions for aerodynamic components on the car, design of molds for manufacturing; Bachelor’s/Master’s thesis possible
composites
FEM Analyst
Development: Simulation and Design of Fiber-Reinforced Components (Layer-by-Layer Upbuilding)
Torsional stiffness, load, and crash simulations. Simulation modeling of global and local structures and validation through physical testing.
Suspension
FEM Analyst
Responsibilities:
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Conducting FE-analyses for sizing and optimization
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Developing and designing -
metallic and carbon-composite components
Tractive System Mechanical
Structural Engineer
Responsibilities:
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Designing battery concepts using CAD and simulations, laminating with fiberglass and carbon fiber, and creating prototypes using 3D printing
chassis
Design & Manufacturing
Development of carbon fiber, metal, and 3D-printed parts through design, simulation, and topology optimization.
Manufacturing using lamination, grinding, turning, welding, and milling (including for monocoque structures, steering wheels, fixtures, and inserts).
Material and component testing, as well as material selection (with a focus on carbon fiber).
Support for other modules in manufacturing and assembly (e.g., driverless hardware).
composites
Materialexpert & Manufacturer
Manufacturing: Manufacturing fiber-reinforced components using various processes.
Material Selection: Identifying, ordering, and mechanically testing new materials.
Other Tasks: Supporting manufacturing efforts with sponsors, preparing internal team training sessions, and assisting other modules during the design and manufacturing phases.
Suspension
Setup Engineer
Responsibilities:
-
Design and manufacturing-oriented engineering
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Determining the layer structure for carbon fiber parts -
Manufacturing of (in-house developed) carbon fiber parts
Tractive System Mechanical
Test Rig Engineer
Design and construction of a new test stand for resolver testing, the proper dismantling of the existing motor test stand, and coordination with the transmission team.
//organizational
Become part of an organizational module at TU Wien Racing!
Are you interested in organizational tasks and want to take on responsibility, but aren't quite sure which area suits you best? At TU Wien Racing, we offer you the opportunity to develop your skills in various areas such as sponsorships, finance, events, PR, or visual design. Send us your application, and together we'll find the area that best suits you and your skills!
We are one - 41!
The Financial Resources Module ensures the financial and material foundation of our “EDGE” projects. We secure sponsors who support us with funding, technical expertise, manufacturing, and raw materials, and we maintain these partnerships over the long term. At the same time, we are responsible for budgeting, bookkeeping, payment processing, and the management of donations and grants, thereby ensuring the association’s long-term stability.
//Financial Resources
wir suchen:
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Compliance
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Financial Manager
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Sponsors Supervisor
The Marketing module focuses on TU Wien Racing’s public image and brand development. Our work determines how the team presents itself to sponsors, fans, and alumni throughout the season. To this end, we collaborate closely with other modules and gain a wide range of insights into the entire team.
//Marketing
open positions:
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Design
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Foto & Videograph
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PR-Manager*in
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Social Media - Manager*in
As an HR Manager, you will organize the recruitment, onboarding, and offboarding of members; serve as a point of contact and motivator; manage the member database; and organize team-building activities.
//Human Resources
open positions
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currently none
Financial Resources
Compliance
At Compliance, you’ll be our contact person for everything related to nonprofit law, tax-exempt status, and tax matters. This includes, for example, conducting legal reviews of new projects (merchandise, events, partnerships), coordinating with tax advisors or government agencies, monitoring internal processes to ensure compliance with bylaws and legal requirements, and providing input on contracts and grant-related matters.
Marketing
Design
Responsibilities:
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Creating designs for a wide variety of media, such as print and advertising materials
Marketing
Social Media - Manager*in
Responsibilities:
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Planning, creating, and publishing digital content; interacting with sponsors and other Formula Student teams; working closely with the PR, sponsorship, and photo/video teams
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Requirements:
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Initiative; experience with Instagram, Facebook, Twitter, LinkedIn, and YouTube is preferred
Financial Resources
Financial Manager
As a Financial Manager, you’ll assist with financial management within the team: day-to-day bookkeeping, budget planning and monitoring, cost overviews, forecasts, and support with financial decisions. You’ll also keep track of revenue, expenses, and cash flow, and help ensure our projects are implemented in a financially sound manner.
Marketing
Foto & Videograph
Responsibilities:
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Collecting, organizing, and editing photo and video footage from day-to-day workshop activities, events, and sponsorship activities for use in both digital and traditional media
Requirements:
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Sufficient knowledge of photography and videography, as well as editing skills
Financial Resources
Sponsors Supervisor
Responsibilities:
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Managing existing sponsors and acquiring new sponsors
Requirements:
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A high degree of initiative, strong communication skills, and sales talent
Marketing
PR-Manager*in
Responsibilities:
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Writing articles, reports, news flashes, etc.; coordinating individual small-scale projects; representing the team at numerous events
Requirements:
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enjoy written and oral communication; motivation; enthusiasm; self-organization; time management skills
//other
Unsolicited Application
Would you like to play an active role on our team, but don't quite see yourself in any of the advertised positions? No problem - we welcome motivated unsolicited applications!