01
Full-time
GNC engineers, optimisation engineers, and software engineers
who want to work close to the flight problem.
You would own a capability area end to end: the formulation, the solver,
the tests, and the argument for why it holds. Expect real-time constraints
and real hardware, not only notebooks.
Background in spacecraft GNC, control theory,
numerical optimisation or robotics. Strong C++ or Python. Comfortable with
the fact that the specification will change once the hardware answers
back.
02
Internships & part-time
For students and early-career engineers who want a real problem
rather than a training exercise.
Internships are scoped so that you finish with something that works and
is yours: a solver, a simulation environment, a validated model. Part-time
arrangements suit people already in a research group who want a second
problem with an engineering deadline attached.
Tell us how much time you have and when. We would
rather shape the project around your availability than pretend a
three-month problem fits into six weeks.
03
Thesis work
Final year projects and MSc theses, co-supervised, on problems
we genuinely need answered.
We will define the problem with you and your supervisor so it satisfies
your programme and produces something publishable. Our interest is in the
answer, so we have no reason to sit on results.
Bring your institution, your timeline, and the area
that interests you. If your department already has a collaboration
agreement process, say so early, because that usually sets the schedule.