FST Lisboa Logo
Join us
Video Placeholder

JOIN US

We're shaping success for 2025 and beyond — and you're a key part of that journey!

DESIGN

SCHOOL

At FST Lisboa you get the opportunity to put the theory to work on a real-life application: producing a formula type car from scratch!

Projects like this bring with them a lot of responsibility, that's why we are looking for interested, proactive and curious people!

With us you'll be able to develop skills like decision making, team work, critical thinking and the importance of commitment.

Applications will open in September.

AUTONOMOUS SYSTEMS

AUTONOMOUS SYSTEMS

ELECTRONICS & SOFTWARE

ELECTRONICS & SOFTWARE

MECHANICAL RECRUITMENT

MECHANICAL RECRUITMENT

VEHICLE DYNAMICS

VEHICLE DYNAMICS

CFD

CFD

How you can become a team member

Recruiting

In September we are accepting new candidates to join our team.

Designing

In this period our members are creating new concepts and designs for our vehicle.

Production

This is the time to produce the physical parts of the car.

Testing

Testing is necessary for improving the newly made car.

Competitions

When we get to race with our new prototype.

WANT TO JOIN THE TEAM?

Right now there are no available positions on the team. Try applying on our next recruitment or get notified for available positions.

DO A MASTER THESIS WITH US!

[CAPSTONE] MASTER IN TELEMETRY SYSTEM

The ultimate goal is the implementation of a functional prototype of a bidirectional communication system which will enable interaction between operators and the electric vehicle within line of sight, in two modes:

  1. Long-range communication (<1000m) with the vehicle in motion and high voltage active;
  2. Short-range communication (<80m) with the vehicle stationary and high voltage off;

MOTOR TESTBENCH

The ultimate goal of this project is the design, sizing manufacturing of the mechanical structure of a motor test bench that will allow the team to test its powertrain package.

The test bench must be capable of withstanding torques up to 50 Nm and maximum rotational speeds of 20,000 RPM.

This project includes: Vibration analysis, Structural analysis, Assembly analysis and Experimental testing and validation