Satellite Digital Systems Placement (12 months)

at  Airbus Defence and Space Limited

JOB DESCRIPTION:

Start date: 21st July 2025
Location: Stevenage
Duration : 12 Months
Application closing date: We encourage you to apply early to avoid missing out on this opportunity! Please note we will close adverts as soon as we receive sufficient applications.

ABOUT US:

We are seeking keen intellects to join our versatile team in developing a new generation of digital satellite payloads.
You will be immersed in a flight programme with access to experts in all disciplines needed to design complex global communication systems. Excellent team-working, innovative and analytical skills will be put to use to explore the technological and performance boundaries in an environment unlike anywhere on Earth.
The Processor Systems team are world-leaders in digital signal processors for modern communications satellites. Our products fly in a range of missions including global telecommunications, navigation constellations and space observatories beyond Earth orbit. We work with European colleagues and suppliers around the world, leveraging the most advanced technologies to deliver the best performance for our customers.

REQUIREMENTS:

Our placements are open to Undergraduates only . Therefore it is mandatory for candidates to be an undergraduate for the whole duration of the placement. Please inform your graduation date on your application.

EXPERIENCE LEVEL:

Student

As part of this internship, you will be involved in a flight programme as part of a multi-disciplinary team working to ensure that a complex system comprising digital hardware and software components in space and on the ground comes together to meet all of our customers’ needs. This will involve the development and application of sophisticated software to simulate, control and test our new product designs. Typical activities include:

• Digital signal processing algorithm design, simulation and analysis;
• Control software development and validation;
• Laboratory testing of new processor designs.