Student teams

Currently TU/e has various accredited student teams which address challenges in the fields of sustainability, artificial intelligence, health and mobility. They work on extraordinary projects like a solar-powered family car, a car made of bio composite, a drone assistant, future living, and renewable energy resources. 

They offer students the opportunity on putting their knowledge into practice and develop their personal skills while working on an innovative project.

Presenting the student teams

in this short video we showcase our student teams and what they are working on, from soccer and healthcare robots to solar cars, electric race cars, drone, AI applications to sustainable homes.

student teams of 2021
  • smart mobility, artificial intelligence

    Aero Team Eindhoven

    Developing an autonomous drone network for sustainable transport by zero-emission in air delivery

  • Space and Aviation

    Aster

    Augmenting agricultural yields by building the CubeSat satellite

  • Energy transition, Smart processes and materials, Smart Cities, Artificial Intelligence

    CORE

    focuses on researching and enabling the recycling of hard-to-process waste streams like e-waste and contaminated soil

  • energy transition, aviation

    Falcon Electric Aviation

    Team Falcon is developing an electric airplane in order to make aviation sustainable.

  • artificial intelligence, health

    FruitPunch AI for Health

    the international community of AI engineers, with a mission to apply AI for Good!

  • artificial intelligence

    HART

    Human Augmentation Research & Technology

  • Health, smart processes

    iGEM

    The iGEM Eindhoven student team participates in the International Genetic Engineered Machine (iGEM) competition.

  • energy transition, smart mobility

    InMotion

    InMotion is a student team with the ambition to shape the future of electric mobility. Charging should be just as quick as refueling. To…

  • Smart Processes

    Nurdle Soup

    Detect, trace and stop the leakage of plastic granulate from the industry

  • health

    SensUs

    SensUs is the annual international student competition on sensors for health.

  • artificial intelligence

    Serpentine AI

    Serpentine AI discovers, develops, competes and contributes to a future with Artificial Intelligence.

  • Energy transition, Automotive technology

    Solar Team Eindhoven

    Solar Team Eindhoven is a multidisciplinary student team working on the sustainable mobility of the future.

  • energy transition

    SOLID

    develops a sustainable energy storage system using iron powder as a circular energy carrier.

  • smart cities, energy transition

    team CASA

    comfortable, affordable and sustainable alternative solution within the built environment

  • Space & Aviation, Artificial Intelligence

    Team Daedalus

    Developing a solar-powered autonomous drone capable of prolonged aerial surveillance

  • energy transition

    Team Energy

    Team Energy realizes events to accelerate the transition towards sustainable energy. We aim to inform, inspire and connect students.

  • Art & Tech, Interactive lighting

    Team Ignite

    A team of creative engineers showing the world the potential of light, and what influence it has on human behavior.

  • Energy Transition

    Team NANO

    Aims to use the wasted energy in movement to create electrical energy by means of nanoparticle-doped triboelectric generators

  • Automotive Technology, artificial intelligence

    Team POLAR

    Developing a sustainable and autonomous rover to facilitate research in Antarctica

  • smart cities, energy transition

    Team VIRTUe

    is participating in the Solar Decathlon Europe with a sustainable house and design of an urban concept.

  • robotics, health, artificial intelligence

    Tech United

    Tech United is a team of students, PhDs and employees involved in the development of robotics.

  • health

    TU Eindhoven Sensing Team (T.E.S.T.)

    T.E.S.T. competes in the annual SensUs competition, striving to transform healthcare by developing innovative new biosensors.

  • Art & Technology

    TU/e Game Dev

    TU/e Game Dev is a community based student team for video game development

  • energy transition, automotive technology

    TU/ecomotive

    shaping the future of sustainable mobility together

  • Automotive technology, Artificial Intelligence

    University Racing Eindhoven

    builds an electric Formula-style race car to compete in both the electric and autonomous racing class of the Formula Student competition.

    • Check the vacancies:

    Startups from student teams

    leading sustainable mobility

    XYZ

    developed a sustainable and cost effective solution to convert a wide range of transportation and building equipment through hybridization using their NextGen vehicle technology they solve the huge problem of of sharply reducing economic lifetimes

    Freedom far beyond car ownership

    Amber Mobility

    Amber is working with development partners TomTom, KPN, NVIDIA, Microsoft, and the local Dutch municipalities of Eindhoven and Helmond to be the first in the world to implement self-driving cars for commercial use in 2018

    Advanced battery solutions

    ELEO

    ELEO (formerly SPIKE) designs and manufactures modular battery solutions for various industrial applications.

    Sustainable energy for everyone, anywhere, anytime

    DENS

    DENS will develop new applications based on the technology to generate electricity from Hydrozine (99% of which is sustainably produced formic acid). They will start with stationary generators which, after further development, will also become available for mobile applications for use for festivals, construction sites and, ultimately, also for vehicles

    Drive electric, effortless, anywhere

    Lightyear

    Every year all cars of the world combined drive one light year- that is 9.500.000.000.000 km. They drive a light year on fossil fuels every year. We want to accelerate the global transition to electric cars. By 2035 we want one electric light year to have been driven. For this goal we are providing a scalable road forward