Shivaraj S – Control systems – Best Researcher Award

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Shivaraj S - Control systems - Best Researcher Award

Université de Lorraine - Germany

Professional Profiles

Early Academic Pursuits:

Shivaraj S. Mohite embarked on his academic journey with a strong foundation in Electrical Engineering at Veermata Jijabai Technological Institute (VJTI), Mumbai, India. He earned his Bachelor of Technology (B. Tech) degree with a commendable CGPA of 7.82/10. Building on this academic success, Shivaraj pursued a Master of Technology (M. Tech) in Control System - Electrical Engineering at VJTI, achieving an impressive CGPA of 9.01/10. His academic prowess reached new heights as he pursued a Ph.D. in Automation and Control Systems at the University of Lorraine, CRAN, France. The title of his doctoral thesis, "Observer Design for Nonlinear Systems using LMI Relaxation Techniques," reflects his deep engagement with cutting-edge control system research.

Professional Endeavors:

Shivaraj's professional journey encompasses diverse roles that have contributed to his growth and expertise. As a Site Engineer at Lodha Developers Limited in Mumbai, India, from July 2016 to August 2018, he gained hands-on experience in the field, honing his practical skills in engineering applications. During his M. Tech studies, Shivaraj served as a Teaching Assistant at VJTI, Mumbai, from July 2019 to August 2020. He played a crucial role in imparting knowledge in courses such as Linear Control Design and Nonlinear System Analysis, showcasing his commitment to both academic and practical aspects of control systems. His dedication to education extended beyond traditional classroom settings, as he also served as a Private Tutor, covering a spectrum of subjects including Mathematics, Algebra, Geometry, Physics, Chemistry, and Science from April 2014 to March 2020.

Contributions and Research Focus On Control systems:

Shivaraj's research journey is marked by significant contributions to the field of control systems, particularly in the design of observers for nonlinear systems. His Ph.D. research, titled "Nonlinear Observer Design using LMI-Relaxation Techniques," exemplifies his commitment to advancing the understanding and application of control methodologies. During his M. Tech studies, Shivaraj engaged in impactful projects such as the design of an observer for Autonomous Vehicles and the estimation of State of Charge (SOC) for battery models using Kalman filters and nonlinear observers. These projects showcase his versatility in addressing real-world challenges through innovative control system solutions. In his current role as a Research Assistant at the Mechanical and Process Engineering Department, RPTU, Kaiserslautern, Germany, Shivaraj is actively involved in a project focused on Linear Parameter Varying (LPV) systems. His postdoctoral work involves designing an LMI-based observer for a nonlinear Lipschitz LPV system, showcasing a continuation of his research excellence.

Accolades and Recognition:

Shivaraj's academic and research achievements have not gone unnoticed. His consistently high CGPA during his master's and doctoral studies attests to his academic excellence. His contributions to the field of control systems have likely earned him recognition within the academic and research communities.

Impact and Influence:

Shivaraj's work has the potential to significantly impact the field of control systems, particularly in the context of nonlinear observer design. The application of LMI relaxation techniques in his research could pave the way for more robust and efficient control methodologies, with implications for various autonomous systems and vehicles.

Legacy and Future Contributions:

Shivaraj S. Mohite's legacy is characterized by a dedication to academic excellence and a commitment to pushing the boundaries of control system research. His future contributions are anticipated to further advance the understanding and application of control methodologies, leaving a lasting impact on the field and inspiring future generations of researchers and engineers.

Notable Publications:

Application of Regression based Speed Estimation for Sensorless Vector Controlled im Drive 2020

Enhancing the Performance Index of Battery Management System Using Nonlinear Approach 2020

MPC based State Observer and its application for system with input-output disturbances 2019

Dr. Emre Kantar – Electrical engineering – Best Researcher Award

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Dr. Emre Kantar - Electrical engineering - Best Researcher Award

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

Hamed Bahmanabadi – Fatigue – Best Researcher Award

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Hamed Bahmanabadi - Fatigue - Best Researcher Award

Semnan University - Iran 

Professional Profiles

Early Academic Pursuits

Hamed Bahmanabadi embarked on his academic journey at Semnan University, Iran, where he pursued his Bachelor's degree in Mechanical Engineering from 2012 to 2017. His dedication and scholarly pursuits were evident early on, culminating in the 1st Ranked Bachelor Thesis in the Top Thesis Festival of the 2nd National Congress of Internal Combats. Under the guidance of Dr. Mohammad Azadi, Hamed delved into the intricacies of Continuum Damage Mechanics, focusing on the evaluation of this theory in the context of Inconel 713C Nickel-based Superalloy under force-controlled creep loading.

Professional Endeavors

Building upon his undergraduate success, Hamed continued his academic journey at Semnan University, where he earned his Master's degree in Mechanical Engineering from 2017 to 2020. His Master's thesis, titled "Experimental and Numerical Study on Low-cycle Fatigue Behavior of Aluminum Metal Matrix Nanocomposite at Different Temperatures," demonstrated a profound understanding of mechanical behaviors in complex materials. During this period, he also served as a Visiting Researcher at the Chair of Mechanical Engineering at Montanuniversität Leoben, Austria. Under the supervision of Dr. Mohammad Azadi, Prof. Florian Grün, and Dr. Gerhard Winter, Hamed focused on LCF Testing on Aluminum Metal-matrix Nano-composites, showcasing his commitment to international collaboration and research excellence.

Contributions and Research Focus

Hamed Bahmanabadi's research contributions span a diverse range of topics within the field of Mechanical Engineering. His expertise includes HCF, LCF, TMF, Mechanics of Materials, Coating, Materials Characterization, Additive Manufacturing, Mechanical Properties, Corrosion, and Metallurgical Investigation. His noteworthy publications, such as "A comparison between hysteresis stress-strain loops of aluminum alloys and heat-treated nano-composites under thermo-mechanical fatigue loadings," and "Impacts of nano-clay particles and heat-treating on out-of-phase thermo-mechanical fatigue characteristics in piston aluminum-silicon alloys," reflect his commitment to advancing the understanding of materials behavior under various conditions.

Accolades and Recognition

Hamed's academic prowess and research excellence have not gone unnoticed. His Master's thesis received high acclaim, earning him a remarkable score of 19.42 out of 20. Moreover, his Bachelor's thesis secured the top rank in a national competition, showcasing his early promise as a researcher. The numerous peer-reviewed articles authored by Hamed have been published in reputable journals, further solidifying his standing in the academic community.

Impact and Influence

Hamed Bahmanabadi's research has made a significant impact on the field of Mechanical Engineering, particularly in the areas of fatigue behavior, materials characterization, and the application of advanced composites. His work, including the investigation of nano-clay particles' effects on the mechanical properties of piston aluminum-silicon alloys, has practical implications for industries reliant on such materials.

Legacy and Future Contributions

As a burgeoning researcher, Hamed Bahmanabadi's legacy lies in his commitment to rigorous scientific inquiry and international collaboration. His work at Montanuniversität Leoben demonstrates a global perspective, and his diverse research interests signal a readiness to tackle complex challenges. In the future, Hamed is poised to make further contributions to the understanding of material behaviors, with potential applications in industries ranging from aerospace to automotive engineering.

Notable Publications

Modeling of Fatigue Behavior in Pre-corroded AZ31 Magnesium Alloy 2023-12

A comparison between hysteresis stress-strain loops of aluminum alloys and heat-treated nano-composites under thermo-mechanical fatigue loadings 2023-12-26

Impacts of nano-clay particles and heat-treating on out-of-phase thermo-mechanical fatigue characteristics in piston aluminum-silicon alloys 2023-06-22

Cyclic hardening/softening experimental data in nano-clay-composite and aluminum alloy under high-temperature strain-controlled loading 2022

Sensitivity Analysis of Solutioning Time, Ageing Temperature, and Clay Nano-Particles Addition on Hardness of Piston Aluminum-Silicon Alloy using Regression Method 2022-12

Experimental study on thermal expansion coefficient of light aluminum and magnesium alloys by comparing results of dilatometry and zero-force test 2021