Sintef Energy Research - Norway
Professional Profiles
Early Academic Pursuits:
Emre Kantar's academic journey commenced with his Bachelor's degree in Electrical-Electronics Engineering at the Middle East Technical University (METU) in Ankara, Turkey, which he successfully completed in June 2011. He furthered his academic pursuits by pursuing a Master's degree in the same department at METU, graduating in July 2014. The culmination of his early academic journey was marked by the successful defense of his Ph.D. dissertation titled "Longitudinal AC Electrical Breakdown Strength of Polymer Interfaces" from the Department of Electric Power Engineering at the Norwegian University of Science and Technology (NTNU) in Trondheim, Norway, in June 2019.
Professional Endeavors:
Emre Kantar's professional journey reflects a diverse and enriching experience across academia and industry. Following his Master's degree, he joined ASELSAN Inc., a prominent defense electronics company in Ankara, Turkey, as a Full-Time R&D Electrical and Electronics Engineer. This period provided him with hands-on experience in electronics design, laying the foundation for his future endeavors. Subsequently, during his Ph.D. candidacy at NTNU, he concurrently held a Senior Development Engineer position at Siemens in Trondheim, Norway, showcasing his ability to balance academic pursuits with industry engagement. In 2018, Emre transitioned to his current role as a Researcher at SINTEF Energy Research in Trondheim, Norway. This role signifies his commitment to advancing research in the field of energy, showcasing a seamless integration of academic knowledge and practical application.
Contributions and Research Focus:
Emre Kantar's contributions extend to the realm of electrical engineering, specifically focusing on the longitudinal AC electrical breakdown strength of polymer interfaces during his Ph.D. research. His work delves into critical aspects of electrical insulation, with potential applications in diverse fields such as energy systems, electronics, and materials science. His expertise in design and control of PWM converters for renewable energy systems, gained during his Master's, further emphasizes his multifaceted research focus. At SINTEF Energy Research, his contributions likely extend to projects and studies related to energy systems, reflecting the institute's emphasis on sustainable energy solutions. His research may encompass areas such as electrical insulation, power systems, and renewable energy integration.
Accolades and Recognition:
While specific accolades may not be detailed, Emre Kantar's academic and professional trajectory, including a Ph.D. and positions at prestigious institutions like Siemens and SINTEF Energy Research, suggests recognition for his expertise and contributions in the field.
Impact and Influence:
Emre's impact is evident in both academia and industry. His research in electrical breakdown strength contributes to the development of reliable electrical insulation materials, crucial for enhancing the performance and safety of various technologies. As a researcher at SINTEF Energy Research, his work likely influences the institute's initiatives in advancing sustainable energy solutions and addressing challenges in the energy sector.
Legacy and Future Contributions:
Emre Kantar's legacy is marked by his dedication to interdisciplinary research in electrical engineering and energy systems. His ability to bridge the gap between academia and industry positions him as a valuable contributor to both sectors. As he continues his career at SINTEF Energy Research, his future contributions may involve spearheading innovative projects, collaborating with industry partners, and mentoring the next generation of researchers in the field of energy science.
Notable Publications
Analysis of Partial Discharge Activity for Multi-Stress Accelerated Aged Stator Bars 2023
Partial Discharge Activity in Rotating Machine Type II Insulation Systems as a Function of Temperature and AC Supply Frequency 2023
Hybrid q-Rung Orthopair Fuzzy Sets Based CoCoSo Model for Floating Offshore Wind Farm Site Selection in Norway 2022
Dielectric Strength of Polymeric Solid–Solid Interfaces under Dry-Mate and Wet-Mate Conditions 2021