Enhance you technical and practical skills by directly working with groundbreaking technology and partners
Accelerate both career and learning through multidisciplinary problem-solving
Fight for top positions amongst the world's best universities by realising self-developed systems
Work closely with some of Norway's leading businesses and make connections across industries
Spend the summer competeting at Formula 1 circuits such as Red Bull Ring and Hockenheimring
As a Sponsorship Manager at Revolve NTNU, your main responsibility is to secure sponsorships; both by building new partnerships and maintaining strong relationships with existing sponsors. This involves reaching out to companies, pitching Revolve NTNU by phone, career fairs, trade shows, and negotiating sponsorship agreements. With a sponsor portfolio of around 100 companies, including industry leaders such as Kongsberg Gruppen, Statkraft, Energima and Tomra, you will play a crucial role in ensuring the organization’s financial foundation.
This role can be tailored to your interests and strengths, and may include one or more of the following areas: Art direction, photography and videography, social media, PR, or graphic design. You will play a key role in showcasing Revolve NTNU’s work and values in a creative and professional way.
As a Content Creator at Revolve NTNU, you are responsible for producing or overseeing visual and written content that strengthens the organization’s profile and communication. This role involves creating engaging content for social media, websites, and events, making you a key player in communicating Revolve NTNU’s work and values creatively and professionally.
As an Aerodynamic Designer admitted during spring 2025, your responsibility will be to design and adapt the wing package to the new monocoque design, as well as giving the required data to the Vehicle Dynamics engineer during early concept and design. You will be spending much time with the Group Leader of Aerodynamics to decide the direction of the aerodynamics and to maximize the performance of the 2026 vehicle. From Christmas and onwards you will be participating in the composite manufacturing of the aerodynamic package along with the rest of the Aerodynamic Group. You will work with the CAD software such as Solidworks, and perform CFD simulations in STAR-CCM+.
As the Chassis Designer, you will be responsible for designing the new monocoque in CAD. You will be responsible for the packaging of components together with the Chassis Group Leader. During the early phase of the design and concept process, you will be designing the chassis in accordance with the rules, vehicle dynamic and aerodynamic philosophies. The end goal being to maximise performance of the vehicle.
During the spring, you will travel to Kongsberg with the rest of the chassis group to manufacture the monocoque in carbon fiber. Here you will learn how to manufacture high performance composite components.
As Chassis Structural, you will be responsible for structurally dimensioning the monocoque. This includes both theoretical calculations and physical testing of special panels consisting of an aluminum-honeycomb-core sandwiched between carbon fiber plates. The testing will take place in Kongsberg where you will have access to specialized equipment. You will immerse yourself in mechanics and composite theory to optimize the stiffness of the monocoque while keeping the mass to a bare minimum. From day one you will learn composite theory to prepare yourself for the autumn where testing of panels will be done. You will then travel to Kongsberg to gather data from test panels and finalise the layup for the chassis. The position also requires you to learn the Formula Student rules, as the structural chassis design is strictly regulated. In addition to the theoretical knowledge gained, you will gain experience in working with carbon fiber pre-pregs and composite manufacturing.
If you have a strong interest in structural mechanics and a desire to learn advanced composite theory, then this is the perfect position for you.
As the Inverter Developer, you will be involved in designing the heart of the car. The inverter takes the direct current (DC) from the battery pack and, with the help of MOSFETs, converts it into alternating current (AC) to power the 20 kRPM motors. This electrical system is one of the most crucial parts of Revolve’s Formula Student car.
This position provides an excellent opportunity to gain practical experience and expertise in handling intricate electrical systems, such as FPGAs and power electronic devices. You will have the chance to work hands-on with advanced technologies, troubleshoot issues, and participate in the development of cutting-edge power electronics solutions. As you collaborate with our skilled team members, you'll learn how to optimize power conversion efficiency, mitigate electromagnetic interference, and ensure the seamless operation of the inverter within the vehicle's complex ecosystem.
The Torque Vectoring engineer is responsible for developing our 4-wheel-drive algorithm, which takes advantage of having independent motors in each wheel. Through allocating different forces to each wheel 400 times every second, the algorithm enhances the vehicle's cornering ability by increasing tyre grip and responsiveness, while simultaneously offering traction control during acceleration and braking. This position also has the opportunity to dive into vehicle state estimation, where data from more than 100 sensors is used to accurately determine the state of the car at all times.
