Dr. Dionisis Voglitsis
About Dr. Dionisis Voglitsis
Dr. Dionisis Voglitsis is a Senior Applications Engineer at ON Semiconductor, specializing in hardware design for automotive applications. He holds a PhD in Power Electronics and has extensive experience in both hardware and software debugging, as well as modeling and simulation of electronic systems.
Work at Onsemi
Dr. Dionisis Voglitsis has been employed at ON Semiconductor as a Senior Applications Engineer since 2019. His role involves specializing in hardware design for various topologies, including DAB, LLC, PFC, and 3-phase H-Bridge, particularly focused on automotive applications. He contributes to the development of control schemes utilizing M0 and FPGA platforms, indicating his involvement in advanced control systems within the semiconductor industry.
Previous Experience
Prior to his current position, Dr. Voglitsis worked at several organizations. He served as a Design Engineer at CREATIVE SYSTEMS ENGINEERING (C.S.E.) Ltd for three months in 2014. He was also a PhD Researcher at Democritus University of Thrace from 2018 to 2019, and he held the role of Philips Innovations Research for five months in 2014 at the High Tech Campus Eindhoven. Additionally, he was a PhD Student Researcher at Democritus University of Thrace from 2014 to 2016.
Education and Expertise
Dr. Voglitsis holds a Doctor of Philosophy (PhD) in Power Electronics from Dimokrition Panepistimion Thrakis, which he completed from 2014 to 2018. He also earned a Master of Science (MS) in Electrical Power Engineering from Delft University of Technology, studying there from 2011 to 2013. His education has equipped him with strong proficiency in hardware and software debugging, as well as modeling and simulation of electronic systems using tools like Matlab and LTspice.
Technical Skills
Dr. Voglitsis possesses a comprehensive skill set in troubleshooting complex systems, with a focus on hardware design and advanced control systems. His specialization includes the design of DAB, LLC, PFC, and 3-phase H-Bridge topologies for automotive applications. He effectively develops control schemes using M0 and FPGA platforms, demonstrating his expertise in the field of electronic engineering.