Magnokinetics is a high-technology engineering company specialising in complete electrical, electromechanical, and control solutions. Working from analytical design through prototype to validated hardware, we solve high-complexity problems by integrating electrical, mechanical, and control disciplines.
Where legacy designs have reached performance limits, we reengineer from first principles to unlock step-change improvements in efficiency, reliability, and capability – delivering credible engineering outcomes.
Electrical Machine Design
Power Electronics & Drive Systems
Control Systems & Algorithms
Systems Integration
Aerospace
Automotive
Industrial systems
Renewable energy microgrids
The Electric Powertrain Emulator is deployed at the University of Sheffield (25 systems) and additional UK universities, supporting practical engineering education, undergraduate projects, and doctoral research programs. Recognised as an Innovate UK 2025 award winner.
HydroStroke, our patent-pending air compression architecture, achieves 2–3× reduction in energy consumption compared to state-of-the-art systems; validated through controlled testing against leading competitor models. The technology is oil-free, low-acoustic-noise, and engineered for continuous industrial operation.
Magnokinetics maintains and develops strategic partnerships with academic and industry partners globally, providing access to specialised facilities and know-how.
interactions of magnetic fields produce torque, and torque creates motion - the working heart of every electrical machine. (i.e., electric motors/generators which are found everywhere in so many applications and consequently are one of the biggest consumers of electricity in the modern world).
We are experts in electrification and PEMD (Power Electronics, Machines & Drives)
We focus on first‑principles engineering - the physics that make electromechanical systems work.
We turn rigorous analysis into reliable, manufacturable systems.
We design and deliver high‑integrity electrification systems, tools, and IP. Our team integrates electrical, mechanical, controls, and thermal disciplines to solve high‑complexity problems with a compact, efficient process. We work from models to prototypes to validated hardware - rapidly and safely.
You need credible engineering outcomes hardware‑backed validation, test data, and traceable design decisions.
You want to reengineer legacy designs for higher performance, efficiency, and reliability.
You value IP creation and a clear pathway from concept to protectable invention.
Analytical design supported by simulation and experiment; assumptions are stated and checked.
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Electrical, mechanical, control, thermal, and manufacturability addressed from the outset.
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