About MBRYONICS MBRYONICS is at the forefront of free space optical communications.
Our product portfolio covers a wide range of emerging technologies from photonic integrated circuits to advanced optical systems and embedded software solutions.
Our optical communications systems are integrated and deployed in satellite communications systems.
The work is exciting and challenging and is at the forefront of the technology domains.
As part of our expansion, we are currently looking for a suitably motivated - Gimbal Control Engineer - to join our group.
What you'll do Become a key part of the engineering team and help deliver on Mbryonics' aspiring goals from optical communications terminals to the underpinning manufacturing processes.
Design and implement advanced control algorithms for gimbal stabilization, motion control, and target tracking.
Model electro-mechanical systems and simulate control strategies using tools like MATLAB/Simulink.
Design and tune control laws for rate and position loops with emphasis on stability margins, disturbance rejection, and jitter minimization.
Interface with mechanical and electrical engineering teams to integrate motor, bearing, and structural dynamic models.
Define and validate system-level control requirements (bandwidth, phase/gain margins, jitter, error budgets).
Tune control loops and validate system behaviour through lab and field testing.
Collaborate with mechanical, electrical, and software teams to bring robust systems to production.
Document control design, modelling assumptions, and verification results per ECSS/NASA standards Who you are B.Eng/M.Eng/PH.D in Mechanical, Aerospace, or Control Systems Engineering or relevant field Experience in closed-loop control design for precision motion systems, such as gimbals, optical instruments, or satellite attitude control.
Proficiency in MATLAB/Simulink Strong grasp of control theory, estimation, and system identification.
Interest in the high tech, aerospace, or space sectors Hands-on experience in bringing projects through to completion in a fast-paced environment Experience in an R