Prof. Vieroslav Molnár | Sustainable Technologies | Best Researcher Award

Prof. Vieroslav Molnár, Technical University of Kosice, Slovakia

Prof. Vieroslav Molnár is a distinguished academic at the Technical University of Košice, Slovakia, where he currently serves as Professor at the Department of Computer Aided Manufacturing Technologies. With a career spanning over three decades, he has significantly contributed to the fields of logistics, sustainable transport systems, and CAD technologies. His early enterprise experiences enriched his academic insights, leading to impactful research on ecological transport systems, conveyor design, and mechanical engineering modeling. A recognized expert in engineering technology and logistics, he is known for combining mathematical precision with ecological awareness. His work in tolerance analysis, strain modeling, and the design of sustainable conveyor systems has earned national acclaim. Prof. Molnár continues to shape the future of eco-friendly industrial transport solutions. 🌱🔧📘

🌍 Professional Profile

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🏆 Suitability for Best Researcher Award

Prof. Molnár’s innovative work in sustainable logistics and transport systems design positions him as a leading contender for the Best Researcher Award. His focus on ecological transport technology, including mathematical modeling of conveyor systems, directly addresses global needs for greener industries. By merging experimental research with real-world applications, he enhances operational safety, efficiency, and sustainability. His dedication is evidenced by award-winning projects funded by the Slovak Academy of Sciences and the Ministry of Education. His prototype developments and service life simulations of materials show a rare blend of technical depth and environmental consciousness. His legacy lies in shaping the next generation of green industrial solutions, making him exceptionally suited for this prestigious recognition. 🌍📐🏅

🎓 Education

Prof. Molnár’s academic journey began with an Engineer degree (Ing.) in Instrumentation and Manipulation Equipment from the Technical University of Košice (1985). He earned his Ph.D. (CSc.) in Engineering Technology in 1995, followed by his habilitation as Associate Professor (2005) in Mining Machinery and Transport Systems, and ultimately attained the rank of Professor in Logistics (2015). His educational path reflects a comprehensive mastery of mechanical engineering, transport systems, and automation. This academic evolution has empowered him to address the complexities of modern manufacturing technologies, with a strong foundation in both technical precision and ecological integration. Each degree and title has deepened his commitment to research, education, and the advancement of sustainable logistics engineering. 🎓📊🛠️

🔍 Professional Experience

Prof. Molnár has held key academic positions for over two decades at the Technical University of Košice. Since 2018, he has served as Professor in the Faculty of Manufacturing Technologies, previously contributing as Associate Professor and Assistant Professor at the Faculty of Mining, Ecology, Process Control and Geotechnology. From 1995–2001, he worked in the private sector with companies such as KDK s.r.o. and AAA Netings, blending practical industry experience with academic expertise. His work encompasses logistics systems, CAD technologies, and conveyor modeling, often bridging research and industrial application. His academic leadership, coupled with real-world insights, positions him as a pivotal figure in the design and modeling of sustainable transport technologies. 🏭📚🔍

🏅 Awards & Honors

Prof. Molnár’s research excellence has been acknowledged with prestigious awards from the Scientific Grant Agency of the Ministry of Education of the Slovak Republic and the Slovak Academy of Sciences. Notably, he received a Certificate of Successful Project Completion in 2017 for outstanding work on the VEGA 1/0922/14 project, and in 2007 for VEGA 1/2162/05, both recognizing his leadership and innovation in logistics and transport systems. These honors reflect his consistent dedication to cutting-edge research, his success in managing complex projects, and his impact on sustainable engineering. His work exemplifies both scientific rigor and practical contribution, making him a model researcher whose achievements continue to influence academia and industry alike. 🥇🔬🇸🇰

🔬 Research Focus

Prof. Molnár’s research integrates sustainable technologies, logistics modeling, and ecological transport systems. He specializes in analyzing deviations and tolerances in complex mechanical structures, using advanced mathematical modeling to enhance accuracy and reliability. His work on strain and deformation in conveyor belts contributes to designing long-lasting, green transport solutions. He has pioneered cable hook conveyor prototypes and inter-operational logistic systems that reduce environmental impact. His focus on CAD systems, rope conveyor mechanics, and ecological logistics design showcases a rare fusion of mechanical engineering and environmental consciousness. By applying modern statistical tools, he transforms industrial transport into sustainable, efficient, and safe systems, earning recognition across academic and industrial sectors. 🚛♻️📏

📊 Publication Top Notes

Finite Element Analysis of Spiral Strands with Different Shapes Subjected to Axial Loads
- Year: 2015
- Citations: 183
Pyrolysis Gases Produced from Individual and Mixed PE, PP, PS, PVC, and PET—Part I: Production and Physical Properties
- Year: 2018
- Citations: 180
Failure Analysis of Hoisting Steel Wire Rope
- Year: 2014
- Citations: 116
Failure Analysis of Belt Conveyor Damage Caused by the Falling Material. Part I: Experimental Measurements and Regression Models
- Year: 2014
- Citations: 93
Failure Analysis of Textile Rubber Conveyor Belt Damaged by Dynamic Wear
- Year: 2013
- Citations: 93

Mr. Anthony Kyung Guzman Leguel | V2X Communication | Best Researcher Award

Mr. Anthony Kyung Guzman Leguel, PNU, Mexico

Anthony Kyung Guzmán Leguel, originally from Busan, Korea, is a passionate electrical engineer dedicated to advancing technology for sustainable solutions. With a stellar academic background, he earned his Bachelor’s degree from ITESO (2014-2019) and is currently a GKS Scholar pursuing a Master’s in Electrical Engineering at PNU (2021-2024). Throughout his journey, Anthony has balanced academics with extracurricular activities, including teaching high school students about electrical systems and practicing Soo Bahk Do for 25 years. He has been recognized for his contributions to the field, showcasing an impressive blend of technical expertise and commitment to community engagement.

Professional Profile

Recommendation for Anthony Kyung Guzmán Leguel for the Best Researcher Award

Anthony Kyung Guzmán Leguel is an exceptional candidate for the Best Researcher Award due to his extensive academic achievements, innovative research contributions, and significant industry experience in electrical engineering. His current pursuit of a Master’s degree at Pusan National University (PNU) as a GKS Scholar underscores his commitment to academic excellence, evidenced by a remarkable GPA of 9.6/10 during his Bachelor’s studies at ITESO.

Education

Anthony began his educational journey at ITESO, where he earned a Bachelor’s degree in Electrical Engineering, graduating with a commendable GPA of 9.6/10 (2014-2019). He then became a GKS Scholar, pursuing a Master’s in Electrical Engineering at PNU from 2021 to 2024. During his Master’s program, he has engaged in cutting-edge research, particularly in areas related to reinforcement learning and V2X communications. This academic path reflects his commitment to both theoretical understanding and practical application, positioning him as a forward-thinking engineer poised to contribute to renewable energy integration. Anthony’s bilingual skills in Spanish and English, along with his intermediate proficiency in Korean and French, further enhance his capacity for collaboration in diverse environments, emphasizing the global nature of modern engineering challenges.

Experience

Anthony’s professional experience includes significant roles at PNU’s Vialab, where he has worked on developing a V2X beaconing scheme using reinforcement learning. His contributions led to a notable reduction in computation time for CenterPoint 3D Object Detection, showcasing his ability to enhance technological efficiency. Before this, he interned and later became an engineer at Intel, contributing to the development of algorithms for multi-agent autonomous systems, thus significantly impacting the creation of intellectual property. His early career included a role at ITESO, where he reviewed embedded systems master thesis projects and taught high school students about electrical engineering applications. This blend of internships, academic projects, and teaching experiences has equipped Anthony with a robust skill set, allowing him to effectively navigate the challenges of modern electrical engineering and technology development.

Awards and Honors

Anthony’s dedication and achievements have garnered numerous accolades throughout his academic and extracurricular pursuits. Notably, he was inducted into the Tae Kwon Do Hall of Fame in 2013, reflecting his excellence in martial arts. As a member of the Mexican Technical Advisory Committee for Soo Bahk Do Moo Duk Kwan, he has demonstrated leadership and commitment to martial arts. His participation as a captain of ITESO University’s Tae Kwon Do team from 2017-2019 further showcases his ability to inspire and lead others. Additionally, Anthony’s work in electrical engineering has led to patents that contribute to advancements in autonomous systems and V2X communications. These accomplishments, alongside his role as a GKS Scholar, position him as a prominent figure in both sports and engineering, embodying a well-rounded individual dedicated to excellence in multiple arenas.

Research Focus

Anthony’s research focus lies at the intersection of electrical engineering and innovative technology, particularly in the realm of renewable energy integration and autonomous systems. His current work at PNU’s Vialab involves utilizing reinforcement learning to enhance V2X communications, aiming to improve efficiency and reliability in connected vehicle networks. This work not only addresses the growing need for intelligent transportation systems but also aligns with global sustainability goals. Additionally, his research extends to 3D object detection, where he explores methods to reduce computational demands while maintaining accuracy, crucial for autonomous driving applications. By investigating decentralized trajectory planning and human-robot collaboration, Anthony aims to contribute to the development of smarter, more efficient systems that facilitate renewable energy solutions. His interdisciplinary approach, combining advanced algorithms with practical applications, positions him as a forward-thinking researcher poised to make significant impacts in the field of electrical engineering.