The Thinking Pod Innovations Ltd.
Ingenuity Centre
University of Nottingham Innovation Park
Triumph Road
Nottingham
NG7 2TU
Case Studies
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Infineon Matrix Drive Evaluation Kit
Infineon Matrix Drive Evaluation Kit OVERVIEW The Matrix Converter is an industrial motor drive reference design based on the three phase to three phase matrix converter drive topology. The project delivered three fully functional prototypes to Infineon R&D. This reference design demonstrates the Matrix Converter Drive concept – a joint development between Infineon Technologies and Thinking Pod Innovations (TTPi). Within a very short development timeline, the team achieved the design and
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Low cost embedded heterogeneous component manufacturing process for integrated power electronics – ECOMAP
Low cost embedded heterogeneous component manufacturing process for integrated power electronics – ECOMAP OVERVIEW This project aimed to develop a low cost, scalable manufacturing process that integrates heterogeneous components such as semiconductor devices, passive elements, and magnetic materials directly into printed circuit board (PCB) structures. Through multiple collaborations, the initiative aimed to reduce size, cost, and complexity in power electronics systems while improving the performance.
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National Grid
National Grid OVERVIEW To meet government net zero targets, the electricity system must integrate far greater volumes of renewable energy. However, when multiple renewable sources connect to the grid, they can create challenges for fundamental network stability. The aim of this work with National Grid ESO and the University of Nottingham was to create a flexible, grid-connected platform that allows
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Pre-packaged Power Devices for PCB Embedded Power Electronics – P3EP
Pre-packaged Power Devices for PCB Embedded Power Electronics – P3EP OVERVIEW P3EP explored the development of embedded GaN pre-packages to enable compact, ultra-efficient power electronics. By embedding bare dies into miniaturised PCB-based packages, the project aimed to minimise parasitics, improve reliability, and support high-speed switching. TTPi’s role began with the design of evaluation subsystems for these pre-packages but grew
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Optimised Components, Test and Simulation Toolkits for Powertrains – OCTOPUS
Optimised Components, Test and Simulation Toolkits for Powertrains – OCTOPUS OVERVIEW The Bentley OCTOPUS project aimed to improve the sustainability and performance of electric vehicles by creating a powertrain (or e-axle) free of motor rare-earth magnets and copper, with integrated power electronics that deliver greater power density and efficiency. TTPi created a hybrid resonant switching device, blending silicon carbide with advanced silicon
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VIDAR Smart Electric Motor
VIDAR Smart Electric Motor OVERVIEW The VIDAR smart electric motor project began in May 2018 and achieved a major milestone with its successful commercial launch in March 2025. Now in early stages of deployment across various markets in the US, VIDAR represents a long-term collaboration between The Thinking Pod Innovations (TTPi), the University of Nottingham (UoN) and ITT’s VIDAR division. This partnership
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