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Are you ready to shape the future of technology? Our graduate programme offers exciting opportunities for talented individuals in Electrical , Software , and Mechanical Engineering . Join us and work on cutting-edge projects that power innovation across industries.
Shape the future of electrical engineering with our sponsored graduate programmes. Gain hands-on experience, expert mentorship, and the opportunity to work on cutting-edge technologies. Graduates can specialise in one of two fields:
Power electronics engineers design and develop the circuits that handle and control electrical power. Their work includes:
Power handling & control – Creating circuits that manage high-power flows and the electronics that control them.
Thermal management – Performing thermal modelling and implementing cooling strategies to keep systems efficient.
Component design & selection – Choosing and designing critical components like DC link capacitors and semiconductors.
Electromagnetic compliance – Ensuring circuits meet international standards by minimising electromagnetic noise through careful PCB layout and component selection.
This pathway is ideal for graduates passionate about energy efficiency, hardware design, and solving complex engineering challenges.
Control electronics engineers focus on the user-facing circuits that make systems intelligent and responsive. Their responsibilities include:
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Digital & analogue circuit design – Developing IO interfaces and selecting processors for optimal performance.
Space optimization – Designing compact, efficient layouts where space is at a premium.
Thermal considerations – Managing heat through low-loss circuitry or heat sinking for reliable operation.
This pathway suits graduates interested in precision design, embedded systems, and advanced control technologies.
Be part of our Undergraduate Sponsorship Scheme which includes the following benefits:
An initial 8 week paid summer placement in our global R&D HQ with accommodation provided, if required.
Pending a successful summer placement, you will be eligible for a monthly bursary during your studies.
Additional 8 week summer placements for each year of study.
Opportunity to join the R&D team as a Graduate Engineer after successful completion of your course.
Contribution to University fees following the successful completion of your Undergraduate degree.
World class IET accredited training scheme to guide you to achieve CEng.
You will be assigned a dedicated highly skilled mentor who will be with you from the point you join the scheme to becoming professionally registered.
We are also partnered with the E3 Academy which links us to some of the top UK universities and companies which offers excellent networking opportunities.
Explore your potential career pathway from undergraduate sponsorship to senior engineering roles.
Are you passionate about technology and eager to shape the future of connected devices? Our Software Engineer Graduate Programme offers you the opportunity to work on cutting-edge projects, develop innovative solutions, and grow your skills in a dynamic environment.
Design and develop software for a wide range of products, from high-performance embedded firmware to PC and mobile applications (iOS and Android).
Work with wireless and IoT technologies , contributing to products that connect the world.
Influence product requirements and features , collaborating from concept through to customer delivery.
Choose the right tools for the job , using languages like C++, C, C#, and Python across diverse platforms—from bare-metal ARM processors with real-time operating systems to Linux environments.
Shape the future of power electronics with innovative mechanical design.
Surprising as it may seem for a power electronics product, mechanical engineering plays a critical role in designing variable speed drives. Our sponsored graduate programme offers you the opportunity to tackle real-world engineering challenges and develop cutting-edge solutions.
Design, simulate, and test components and systems to meet product specifications, compliance standards, and cost targets.
Work on fine details , such as selecting plating for interconnects, and big-picture challenges , like mounting large, heavy products in enclosures.
Collaborate closely with manufacturing and supply chain teams to bring designs into production.
Use industry-standard tools like: 3D CAD for precision design FEA (Finite Element Analysis) for structural integrity CFD (Computational Fluid Dynamics) for thermal and airflow optimization
3D CAD for precision design
FEA (Finite Element Analysis) for structural integrity
CFD (Computational Fluid Dynamics) for thermal and airflow optimization
Apply your knowledge of materials, manufacturing processes, and product design to create robust, efficient solutions.
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Full-time
Entry
Onsite
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