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Electric propulsion is one of the fastest‑growing areas of interest among UK university space engineering teams, and ManSEDS is now joining that movement. This year marks the first year of our Electric Propulsion project, with the team currently in the planning and early design phase. The goal is to explore systems such as ion thrusters and Hall‑effect concepts, giving students experience with the technologies used in modern satellites and deep‑space missions.
Electric propulsion is a cornerstone of the UK satellite industry, used in orbit‑raising, station‑keeping, and long‑duration spacecraft operations. Gaining experience in this field is extremely valuable for students aiming to work in satellite design, space systems engineering, or propulsion research.
What the Project Will Involve
What the Project Will Involve
As the project develops, students will work on:
early‑stage thruster concepts and feasibility studies
plasma physics fundamentals
high‑voltage electronics and power systems
vacuum testing approaches
sensor and diagnostic methods for plasma behaviour
Because this is the first year of the project, students will have the rare opportunity to help shape the direction of the entire programme, from initial design choices to long‑term development goals.
Why You Should Get Involved
Why You Should Get Involved
Electric propulsion offers some of the most exciting and industry‑relevant experience available in student space engineering:
Highly employable skills
Highly employable skills
Electric propulsion is used across the UK satellite sector — from major manufacturers to emerging space startups.
Work on cutting‑edge technology
Work on cutting‑edge technology
Plasma thrusters are at the forefront of modern spacecraft design, giving you experience with systems few students ever get to work on.
Help build a new department from the ground up
Help build a new department from the ground up
You’ll be part of the founding team, shaping the project’s direction, methods, and long‑term goals.
Perfect for students interested in advanced physics and electronics
Perfect for students interested in advanced physics and electronics
The project blends plasma physics, high‑voltage systems, diagnostics, and spacecraft engineering.
A strong pathway into satellite and propulsion careers
A strong pathway into satellite and propulsion careers
Experience in electric propulsion stands out on CVs and aligns directly with industry needs.
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