Master Thesis – Point of load conversion in modular architecture for space applications

Company Details

We manufacture space products that are used in almost all satellites and rockets serving the world wide space industry and global needs.

Are you about to do your Master Thesis?

Do you want to be involved in developing the future technology?

Are you an open-minded, driven, committed and highly motivated person?

Then do your master thesis with us!

Space is a part of the daily work at RUAG Space. We manufacture space products that are used in almost all satellites and rockets serving the world wide space industry and global needs.

With our products, we contribute to sustainable development for people, the earth and its prosperity.

At RUAG Space we work in teams and have close collaboration in projects. We care about the balance between work and leisure through our flexible working conditions.

RUAG Space is part of the international RUAG group which is active in the fields of Aerospace and Defence and employs more than 9,000 employees worldwide.

We are Europe’s largest, independent supplier to the aerospace industry. The Space division develop, produce and test subsystems and components for Space applications and has about 1,300 employees working In Switzerland, Sweden, Austria, Finland, Germany and in the USA.

In Sweden we are located in Gothenburg and Linköping.

Heritage, flexibility and outstanding reliability make RUAG Space the partner of choice for producers of satellites and the launch services industry all over the world.

Background

New modular backplane standard for space applications is based on commercial standard. When adapting for space some gap of usability is identified. At module level a gap in the power supply is identified between the commercial standard and the space application when failure handling is considered. The gap at the input of the module power supply is the need of current limitation and voltage protection. Since this is common block used in all modules, an efficient solution from all perspectives are extremely important.

Thesis description

Object of this master thesis is to develop a high efficient solution for first step conversion taking care of the module current limit protection and voltage limitation
Included is to find concept for achiveing both high efficiency and small board area of the conversion step. Such as magnetic design, use of GaN fets and unregulated output to be investigated.

The work is a master of science thesis project of 30 credit points and the duration is 20 weeks for two students.

Proposed starting time is in January 2021, but it is possible to start earlier. Starting time will be decided in agreement with the students.

Your Profile

Master of Science student in Electric Power Engineering or similar.

Select your currency
EUR Euro
AUDAustralian dollar
Visit us on LinkedInVisit us on FacebookVisit us on Twitter