Florimond Gueniat

Birmingham City University is offering three fully funded PhD positions within its research groups, focusing on high-impact topics in energy harvesting, offshore infrastructure, and AI-driven maintenance for smart energy systems. The projects include: (1) developing electromagnetic energy harvesters for electric vehicle suspension systems, led by Chitta Saha with AI and control contributions from Florimond Gueniat; (2) data-centric offshore site characterization for sustainable and resilient infrastructure, led by Shuyin Feng with simulation and AI support from Florimond Gueniat; and (3) AI-driven maintenance optimization for minigrids, led by Florimond Gueniat with support from Dr. Shishank Shishank, involving IoT and predictive maintenance in partnership with Bangladesh Agricultural University. All positions are fully funded, covering tuition and living allowance for UK and overseas students. Start dates are flexible: February or May 2026 for the first two projects, and September 2026 for the third. Applicants should have a strong background in engineering, computer science, or related fields, and an interest in energy systems, AI, or renewable energy. Interested candidates are encouraged to contact Florimond Gueniat directly for more information. Official advertisements will be released soon.

Birmingham City University is offering three fully funded PhD positions within its research groups, focusing on high-impact topics in energy harvesting, offshore site characterisation, and AI-driven maintenance optimization. The projects include developing electromagnetic energy harvesters for electric vehicle suspension systems, data-centric offshore site characterisation for sustainable infrastructure, and AI-driven maintenance optimization for minigrids. Supervisors involved are Florimond Gueniat (Associate Professor), Chitta Saha, Shuyin Feng, and Dr. Shishank Shishank. The positions are open to both UK and overseas students, with funding covering tuition and living allowance. Start dates are flexible, with options in February, May, or September 2026. Interested candidates are encouraged to contact Florimond Gueniat directly for more information, as official advertisements will be released soon. The research environment is collaborative and international, with opportunities to work in state-of-the-art renewable energy labs and in partnership with Bangladesh Agricultural University. Applicants should have a strong background in engineering, computer science, or related fields, and an interest in energy systems, AI, or renewable energy. No specific entry requirements or stipend amounts are detailed in the post.

A fully funded PhD position is available at Birmingham City University under the supervision of Florimond Gueniat, Senior Lecturer in Automotive Engineering. The research focuses on AI-driven maintenance optimization for minigrids, with an emphasis on IoT and predictive maintenance for smart energy systems. The project aims to enhance the affordability and accessibility of local energy systems, contributing to renewable energy and sustainability. The successful candidate will work in a new renewable energy lab at BCU and collaborate internationally with Bangladesh Agricultural University. Funding covers tuition fees and living allowance for both UK and overseas students. Applicants should have a background in engineering, computer science, or related fields, and an interest in AI, IoT, and energy systems. To be considered for interview, candidates must complete a small challenge; details are available by contacting the supervisor via email or LinkedIn. The application deadline is 17th September 2025. For more information and to apply, visit the provided link.

A fully funded PhD position is available at Birmingham City University under the supervision of Florimond Gueniat, Senior Lecturer in Automotive Engineering. The research focuses on AI-driven maintenance optimization for minigrids, with an emphasis on IoT and predictive maintenance for smart energy systems. The project aims to enhance the affordability and accessibility of local energy systems, contributing to renewable energy and sustainability. The successful candidate will work in a new renewable energy lab at BCU and collaborate internationally with Bangladesh Agricultural University. Funding covers tuition and living allowance for both UK and overseas students. Applicants should have a background in engineering, computer science, or related fields, and an interest in AI, IoT, and energy systems. To be considered for interview, candidates must complete a small challenge; details are available by contacting the supervisor via email or LinkedIn. The application deadline is 17th September 2025. For more information and to apply, visit the provided link.