Rate My Professor Paul Holland

Professor Holland's scholarly contributions are evidenced by numerous publications in prestigious journals and conferences. Key works include 'Scaling and optimisation of lateral super-junction multi-gate MOSFET for high drive current and low specific on-resistance in sub–50 V applications' (Microelectronics Reliability, 2019, with O.A. Adenekan and K. Kalna), 'Optimisation of lateral super-junction multi-gate MOSFET for high drive current and low specific on-resistance in sub-100 V applications' (Microelectronics Journal, 2018, with O.A. Adenekan and K. Kalna), 'Development of an Optically Transparent Silicon CMOS Technology Platform for Biological Analysis' (IEEE Sensors Journal, 2014, with N. Davies, R. Brown, and H. Summers), 'MPPT algorithm test on a photovoltaic emulating system constructed by a DC power supply and an indoor solar panel' (Energy Conversion and Management, 2014, with Z. Zhou and P. Igic), and 'Developing a blended learning approach for the effective teaching of electronic circuit analysis' (IEEE, 2016). Additional significant publications cover LDMOSFET drain potential suppression (Microelectronics Reliability, 2010), optimisation of high side LDMOS (ISPSD, 2009), latch-up robustness in p-buffer CMOS (MIEL, 2008), and advancements in microgrids such as dynamic droop control (IEEE Transactions on Energy Conversion, 2016, with A. Egwebe, M. Fazeli, and P. Igic) and universal control of distributed resources (2017, with M. Fazeli). In 2021, he received the Swansea University student-initiated Excellence in Learning and Teaching Award, recognizing his innovative pedagogical approaches. His research has accumulated over 430 citations, underscoring his influence in power electronics, renewable energy integration, and educational innovation.