NEMA Systems
Advanced electromechanical system design, engineering, testing and manufacturing, specialising in motors, drives, power electronics and aerospace actuation systems.
Electro-mechanical systems
Faculty of Engineering
Profile
NEMA Systems Ltd combines advanced electrical and electro-mechanical design capability, decades of aerospace actuation and certification experience, and established UK manufacturing expertise to develop and industrialise high-performance motors, power electronics, drives and actuation systems. Its integrated approach brings together engineering, manufacturing and test capability to reduce development risk, accelerate programmes and provide customers with a single, experienced partner for demanding applications.
Formed in 2026 following years of close collaboration between NEMA UK Ltd, the University of Nottingham and Ultema Consultancy Ltd, the company formalises this trusted relationship, enabling NEMA Systems to draw on the expertise and experience of all three founding organisations. Its team has a long history of developing and manufacturing actuators, motors and drives to create electro-mechanical systems for demanding environments. This experience shapes the company’s approach to engineering, verification, manufacturing and programme delivery.
The company provides system solutions for the aerospace sector and other challenging industries, offering a complete design, qualification and manufacturing service in a timely and cost-effective manner. Working closely with customers and partners, the company delivers designs to standards including RTCA DO-160G, DO-254 and DO-178C, MIL-STD-704F Notice 4, MIL-STD-461H and MIL-STD-810H. By combining advanced technical capability with disciplined engineering processes, NEMA Systems accelerates the transition from research and concept through to deployable, production-ready hardware.
Based in Rochdale, UK, NEMA Systems provides advanced design, engineering and manufacturing capability for electromechanical systems, supporting programmes from initial concept and prototype development through testing, validation and full-rate production. With in-house mechanical machining and motor winding facilities, supported by an established supply chain, the company maintains close control of quality, schedule and manufacture while delivering robust components and assemblies for demanding and safety-critical applications.