Bernhard Jakoby

Bernhard Jakoby is a Full Professor for Microelectronics at the Johannes Kepler University Linz, Austria, where he has served since 2005. He is the Head of the Institute for Microelectronics and Microsensors and has held various leadership positions including Chairman of the Scientific Staff Council since 2017 and Spokesperson of the Mechatronics Department. His academic career spans multiple institutions across Europe including guest professorships at the University of Bordeaux and previous faculty positions at the Vienna University of Technology.

Professor Jakoby's research interests focus on microelectronics and microsensor systems with particular emphasis on:

• Microsensor development and applications
• Industrial sensor systems
• Photonic sensing technologies
• Process analytical chemistry
• Mechatronics integration
• Ferroelectric materials and applications

His recent publications through 2025 demonstrate a strong focus on practical sensor implementations, including work on hysteresis modeling, gas detection systems, high-pressure cells for material analysis, flexible temperature sensors, and microfluidic flow sensors. These publications reflect his commitment to developing innovative sensing solutions with practical industrial applications.

Professor Jakoby has received recognition through prestigious fellowships including the FWF-Erwin Schrödinger Fellowship and has served in numerous leadership roles including:

• Strategy Board, ASSIC, Silicon Austria Labs (2022-present)
• President Elect, EUREL (2022-2023)
• Deputy Chairman, Österreichische Forschungsgemeinschaft (2020-present)
• Elected president of Internationale Akademie Traunkirchen (2019-present)

Professor Jakoby actively supervises research students and has completed supervision of 8 theses. He leads multiple funded research projects including 'Metasurface and Metamaterial Fabrication for Innovation in Science and Technology (META-FAB)' and 'Lightbow: Simulation und experimentelle Grundlagen für die modellbasierte Regelung in metallurgischen Lichtbogen-Plasma Prozessen.' His laboratory, the Institute for Microelectronics and Microsensors, serves as a hub for interdisciplinary research connecting electrical engineering, materials science, and industrial applications.