This website uses cookies to improve your browsing experience and the continued use of the webpage indicates your consent to ÅF’s use of these cookies. Find out more about how ÅF uses cookies and how you can manage them here: Read more

Available job

Future Brake Systems for Electric Vehicles

About the company

ÅF Pöyry is an international leader within engineering, design and advisory services. We create solutions to support our customers worldwide to act on sustainability as well as the global trends of urbanisation and digitalisation. We are more than 16,000 devoted experts within the fields of infrastructure, industry and energy operating across the world to create sustainable solutions for the next generation.

Making Future.

About the job

Master Thesis Project at ÅF, Automotive R&D - Future Brake Systems for Electric Vehicles

Due to European emission regulations the share of Electric vehicles is increasing inside Europe as well as globally. In many big cities in some countries the trend is, due to air quality reasons, that use of combustion engines will be limited. Particle emission from disk brakes is an additional problem that has been noticed especially in European countries. A third issue is that the friction brakes are more seldom used and therefore become stiff and rusty. All these facts generate the need for developing new types of clean, robust and silent brakes for electric vehicles. An additional requirement is that they need to have good controllability to easily operate in harmony with the electric propulsion system.

The objective is to study principles and techniques for future brake systems for electric vehicles. In addition, also make a design proposal of such a system.

Through literature studies and interviews with subject matter experts, determine status and trends for brake systems used for hybrid and electric vehicles. Define a set of requirements future brake systems must fulfil. Propose some alternative techniques and principles for future brake systems. Make a design of such a system and support the design with a proof of concept, including calculations of performance, failure modes and robustness. Demonstrate the system performance with some driving cases like stopping distance, ABS braking, ESC functionality and energy recovery.

A report including:

  • Technical trends in brake system technology, with focus on EV/HEV
  • Review principles for vehicle braking and propose a brake system concept for EV/HEV
  • Demonstration of the proposed brake system in some driving cases

Who are you?

A master student with a passion for technology.

We offer

An exciting workplace, dedicated mentors and more than 17.000 colleagues to learn from.

Contact information

Stefan Sand
072-370 0772

Gunnar Olsson
072-376 7515

Apply here