Team
We are AU Dolphins Racing Team the Formula Student team from Aarhus University, united by a passion for engineering, motorsport, and innovation.
Our mission is to design, build, and race a high-performance Formula Student race car while developing real-world engineering skills outside the classroom.
Formula Student is more than a competition to us – it is a platform for growth. We transform theory into hands-on experience, solve complex technical challenges, and collaborate across multiple disciplines. Every component we create and every decision we make is driven by precision, teamwork, and ambition
We are AU Dolphins Racing Team the Formula Student team from Aarhus University, united by a passion for engineering, motorsport, and innovation.
Our mission is to design, build, and race a high-performance Formula Student race car while developing real-world engineering skills outside the classroom.
Formula Student is more than a competition to us – it is a platform for growth. We transform theory into hands-on experience, solve complex technical challenges, and collaborate across multiple disciplines. Every component we create and every decision we make is driven by precision, teamwork, and ambition
We are AU Dolphins Racing Team the Formula Student team from Aarhus University, united by a passion for engineering, motorsport, and innovation.
Our mission is to design, build, and race a high-performance Formula Student race car while developing real-world engineering skills outside the classroom.
Formula Student is more than a competition to us – it is a platform for growth. We transform theory into hands-on experience, solve complex technical challenges, and collaborate across multiple disciplines. Every component we create and every decision we make is driven by precision, teamwork, and ambition
Leads
Jacob Lykke Kampp Madsen
Electrical Leader
BSc Mechanical Engineering
Daniel Simon Aggerholm
Mechanical Lead
BSc Mechanical Engineering
Departments
Gustav Vingborg Nielsen
Head of Aerodynamics
MSc Mechanical Engineering
Bodywork
The Bodywork department shapes the car’s outer design by balancing performance, efficiency and style. They design lightweight carbon fiber panels for the car as well as working together with aerodynamics to design the front, the diffuser, and the undertray. They together focuses on optimizing airflow to reduce drag and increase downforce. They also work closely with Chassis to ensure the best performance.
The Bodywork department shapes the car’s outer design by balancing performance, efficiency and style. They design lightweight carbon fiber panels for the car as well as working together with aerodynamics to design the front, the diffuser, and the undertray. They together focuses on optimizing airflow to reduce drag and increase downforce. They also work closely with Chassis to ensure the best performance.
The Bodywork department shapes the car’s outer design by balancing performance, efficiency and style. They design lightweight carbon fiber panels for the car as well as working together with aerodynamics to design the front, the diffuser, and the undertray. They together focuses on optimizing airflow to reduce drag and increase downforce. They also work closely with Chassis to ensure the best performance.
Gustav Vingborg Nielsen
Head of Aerodynamics
BSc Mechanical Engineering
Department members
Columbus Rosted
Columbus Rosted
BSc Mechanical Engineering
Lucas Uvalic
Lucas Uvalic
BSc Mechanical Engineering
Magnus Fogh Rasmussen
Magnus Fogh Rasmussen
BSc Mechanical Engineering
Nicolai Wenzel Nielsen
Nicolai Wenzel Nielsen
BSc Mechanical Engineering
Sofie Timmermann Schlenzig
Sofie Timmermann Schlenzig
BSc Mechanical Engineering
Departments
Business
The Business department ensures the team’s long-term success off the track. They manage sponsorships, partnerships, budgets, and logistics. Their work keeps the project sustainable and professional, turning engineering passion into a well-run organization.
The Business department ensures the team’s long-term success off the track. They manage sponsorships, partnerships, budgets, and logistics. Their work keeps the project sustainable and professional, turning engineering passion into a well-run organization.
The Business department ensures the team’s long-term success off the track. They manage sponsorships, partnerships, budgets, and logistics. Their work keeps the project sustainable and professional, turning engineering passion into a well-run organization.
Department members
Victor Krogsgaard Monrad
Victor Krogsgaard Monrad
MSc Mathematics Economics
Beatrice Nyhus
Beatrice Nyhus
BSc Computer Science
Emma Sofia Jansen
Emma Sofia Jansen
MSc ITKO
Mathieu Charmet
Mathieu Charmet
BSc Mechanical Engineering
Chassis
The Chassis department designs and manufactures the structural foundation of the car. Using different materials and simulations, they create a rigid frame that supports all other systems. Safety, stiffness, and integration with suspension and aerodynamics are top priorities, ensuring a strong backbone for performance and reliability.
The Chassis department designs and manufactures the structural foundation of the car. Using different materials and simulations, they create a rigid frame that supports all other systems. Safety, stiffness, and integration with suspension and aerodynamics are top priorities, ensuring a strong backbone for performance and reliability.
The Chassis department designs and manufactures the structural foundation of the car. Using different materials and simulations, they create a rigid frame that supports all other systems. Safety, stiffness, and integration with suspension and aerodynamics are top priorities, ensuring a strong backbone for performance and reliability.
Department members
Christian Elmann Larsen
Christian Elmann Larsen
Operations and Maintenance Engineer
Johan Peder Mogensen
Johan Peder Mogensen
BSc Mechanical Engineering
Jonathan Hinge White
Jonathan Hinge White
BSc Mechanical Engineering
Mikkel Søndergaard Muusmann
Mikkel Søndergaard Muusmann
BSc Mechanical Engineering
Niels Anker Reeh
Niels Anker Reeh
BSc Electrical Engineering
Driver interface
Driver Interface focuses on bridges human interactions and mechanics. They develop all systems the driver interacts with, this includes the steering wheel and rack, pedals, seat, driver harness and parts of the dashboard. Ergonomics, usability, and feedback are central to their design process, ensuring the driver has total control and confidence behind the wheel.
Driver Interface focuses on bridges human interactions and mechanics. They develop all systems the driver interacts with, this includes the steering wheel and rack, pedals, seat, driver harness and parts of the dashboard. Ergonomics, usability, and feedback are central to their design process, ensuring the driver has total control and confidence behind the wheel.
Driver Interface focuses on bridges human interactions and mechanics. They develop all systems the driver interacts with, this includes the steering wheel and rack, pedals, seat, driver harness and parts of the dashboard. Ergonomics, usability, and feedback are central to their design process, ensuring the driver has total control and confidence behind the wheel.
Department members
Anders Pedersen
Anders Pedersen
BSc Mechanical Engineering
Áron Zsombor Sebö
Áron Zsombor Sebö
MSc Mechanical Engineering
Daniel Bach Jokumsen
Daniel Bach Jokumsen
MSc Mechanical Engineering
Kristian B Nielsen
Kristian B Nielsen
BSc Mechanical Engineering
Malte Pelle Rietdorf
Malte Pelle Rietdorf
MSc Mechanical Engineering
Nicklas Schmidt Wombell
Nicklas Schmidt Wombell
BSc Mechanical Engineering
Nicolai Ringsborg
Nicolai Ringsborg
BSc Mechanical Engineering
Petr Velc
Petr Velc
MSc Mechanical Engineering
Electrical
The electrical department is what powers our race car, both literally and digitally. Due to the importance of this department, it is split into two — high-voltage and low-voltage.
The Low Voltage team handles all the car’s control electronics and sensors. This includes designing car’s wiring harness and programming the controle units, ensuring reliable communication between every electronic subsystem. High Voltage is responsible for the heart of the car, the accumulator, inverter and motor. They design and assemble the custom designed high-voltage battery pack and safety systems, with work covering everything from cell modeling and busbar design to testing and integration with the inverter and motor systems. Together they bridges hardware and software, integrating systems such as the inverter, motor, BMS, and telemetry into a single, reliable network.
The electrical department is what powers our race car, both literally and digitally. Due to the importance of this department, it is split into two — high-voltage and low-voltage.
The Low Voltage team handles all the car’s control electronics and sensors. This includes designing car’s wiring harness and programming the controle units, ensuring reliable communication between every electronic subsystem. High Voltage is responsible for the heart of the car, the accumulator, inverter and motor. They design and assemble the custom designed high-voltage battery pack and safety systems, with work covering everything from cell modeling and busbar design to testing and integration with the inverter and motor systems. Together they bridges hardware and software, integrating systems such as the inverter, motor, BMS, and telemetry into a single, reliable network.
The electrical department is what powers our race car, both literally and digitally. Due to the importance of this department, it is split into two — high-voltage and low-voltage.
The Low Voltage team handles all the car’s control electronics and sensors. This includes designing car’s wiring harness and programming the controle units, ensuring reliable communication between every electronic subsystem. High Voltage is responsible for the heart of the car, the accumulator, inverter and motor. They design and assemble the custom designed high-voltage battery pack and safety systems, with work covering everything from cell modeling and busbar design to testing and integration with the inverter and motor systems. Together they bridges hardware and software, integrating systems such as the inverter, motor, BMS, and telemetry into a single, reliable network.
Department members
Bárður Hentze Lenvig
Bárður Hentze Lenvig
BSc Mechanical Engineering
Emil Nørgaard
Emil Nørgaard
BSc Electrical Engineering
Hasse Emil Rudbeck Syhler
Hasse Emil Rudbeck Syhler
BSc Electrical Engineering
Johanne Kragelund
Johanne Kragelund
BSc Electrical Engineering
Jonatan Blajet
Jonatan Blajet
MSc Electrical Engineering
Niels Rahn Bærentsen
Niels Rahn Bærentsen
MSc Electrical Engineering
Oliver Rosengreen Henriksen
Oliver Rosengreen Henriksen
MSc Computer Engineering
Samuel Abrahamsen
Samuel Abrahamsen
MSc Mechanical Engineering
Adrian Anthony
Adrian Anthony
MSc Computer Engineering
Anton Christensen
Anton Christensen
BSc Electrical Engineering
Anton Marqversen
Anton Marqversen
BSc Electrical Engineering
Emma Madsen
Emma Madsen
BSc Electrical Engineering
Freddy Andersen
Freddy Andersen
BSc Electrical Engineering
Jacob Buch-Albertsen
Jacob Buch-Albertsen
BSc Electrical Engineering
Magne Øster Særkjær
Magne Øster Særkjær
BSc Software Technology
Mare Caroline Nielsen
Mare Caroline Nielsen
BSc Software Technology
Viktor Kirkeby Førrisdahl
Viktor Kirkeby Førrisdahl
BSc Software Technology
Marketing
Marketing handles the team’s public image and storytelling. They manage social media, events, photography, and branding, showcasing AU Dolphins’ achievements to sponsors, universities, and the public. Their mission is to build a strong community around the team and attract the next generation of engineers and supporters.
Marketing handles the team’s public image and storytelling. They manage social media, events, photography, and branding, showcasing AU Dolphins’ achievements to sponsors, universities, and the public. Their mission is to build a strong community around the team and attract the next generation of engineers and supporters.
Marketing handles the team’s public image and storytelling. They manage social media, events, photography, and branding, showcasing AU Dolphins’ achievements to sponsors, universities, and the public. Their mission is to build a strong community around the team and attract the next generation of engineers and supporters.
Department members
Luísa Ré De Rocco
Luísa Ré De Rocco
MA Mundus Journalism
Kaitlin Hlywa
Kaitlin Hlywa
MA Mundus Journalism
Caroline Chaffiotte
Caroline Chaffiotte
MA Mundus Journalism
Powertrain
The powertrain department work closely with the electrical department to transforms electrical energy into motion. They design, manufacture, and optimize components such as gear ratio, differentials, and driveshafts to transfer power from the motor to the wheels efficiently. With a focus on reliability and precision, they ensure that every newton-meter of torque is used effectively on track.
The powertrain department work closely with the electrical department to transforms electrical energy into motion. They design, manufacture, and optimize components such as gear ratio, differentials, and driveshafts to transfer power from the motor to the wheels efficiently. With a focus on reliability and precision, they ensure that every newton-meter of torque is used effectively on track.
The powertrain department work closely with the electrical department to transforms electrical energy into motion. They design, manufacture, and optimize components such as gear ratio, differentials, and driveshafts to transfer power from the motor to the wheels efficiently. With a focus on reliability and precision, they ensure that every newton-meter of torque is used effectively on track.
Department members
Anders Hauerslev
Anders Hauerslev
MSc Mechanical Engineering
Emil Bjørkum
Emil Bjørkum
BSc Mechanical Engineering
Lau Madsen
Lau Madsen
BSc Mechanical Engineering
Mateusz Matela
Mateusz Matela
BSc Mechanical Engineering
Suspension
The suspension department could be considered one of the most important departments regarding the cars performance, since steering and motor power would be wasted if the wheels do not stay on the road. They ensures that all the power and grip reach the asphalt efficiently. Their focus is designing and tuning the car’s suspension geometry, dampers, and steering systems to deliver optimal handling and stability. Their work involves both simulation and physical testing to achieve the perfect balance between comfort, control, and cornering performance.
The suspension department could be considered one of the most important departments regarding the cars performance, since steering and motor power would be wasted if the wheels do not stay on the road. They ensures that all the power and grip reach the asphalt efficiently. Their focus is designing and tuning the car’s suspension geometry, dampers, and steering systems to deliver optimal handling and stability. Their work involves both simulation and physical testing to achieve the perfect balance between comfort, control, and cornering performance.
The suspension department could be considered one of the most important departments regarding the cars performance, since steering and motor power would be wasted if the wheels do not stay on the road. They ensures that all the power and grip reach the asphalt efficiently. Their focus is designing and tuning the car’s suspension geometry, dampers, and steering systems to deliver optimal handling and stability. Their work involves both simulation and physical testing to achieve the perfect balance between comfort, control, and cornering performance.
Department members
Erik Dyreborg Hansen
Erik Dyreborg Hansen
MSc Mechanical Engineering
Alexander Braarup Lyngby
Alexander Braarup Lyngby
BSc Mechanical Engineering
Alfred Grue Andersen
Alfred Grue Andersen
BSc Mechanical Engineering
Carl Johan von Düring Lausen
Carl Johan von Düring Lausen
MSc Mechanical Engineering
Johan Elias Schjællerup
Johan Elias Schjællerup
BSc Mechanical Engineering
Phillip Hvilshøj Andersen
Phillip Hvilshøj Andersen
Operations and Maintenance Engineer
Tobias Kjær Rasmussen
Tobias Kjær Rasmussen
BSc Mechanical Engineering
Wilfred Hove Lasthein
Wilfred Hove Lasthein
BSc Mechanical Engineering
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Ready to join?
Reach out to us and we will get back to you.