Dr. Juras SkardΕΎius, Vilnius Gediminas Technical University, Lithuania
Dr. Juras SkardΕΎius is a distinguished researcher in transport technology science and mechanical engineering, specializing in automotive engineering, material mechanics, and metrology. He earned his Master’s degree (2024) and Bachelor’s degree (2016) from Vilnius Gediminas Technical University (VGTU), Lithuania. With extensive experience in the automotive industry, he has worked on reverse engineering, CAD modeling, and APQP quality standards, making significant contributions to automotive manufacturing and materials research. His expertise spans CMM programming, feasibility studies, and industrial documentation, enhancing product design and production efficiency. His research has led to innovative advancements in transport systems, focusing on sustainable materials and mechanical durability. Dr. SkardΕΎius is a dedicated professional, always seeking new challenges and technological breakthroughs. ππ¬
πΒ Professional Profile:
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Suitability for Best Researcher AwardΒ
Dr. Juras SkardΕΎius is an outstanding candidate for the Best Researcher Award, given his remarkable contributions to mechanical engineering and automotive research. His work in material durability, transport system efficiency, and quality control engineering has led to cutting-edge advancements in automotive technology. With expertise in AIAG Quality Core Tools, CAD, CMM, and feasibility studies, he has significantly enhanced industrial manufacturing processes. His commitment to innovation, precision engineering, and sustainable transport solutions makes him a leading researcher in his field. His ability to bridge theoretical knowledge with practical applications has led to groundbreaking solutions in vehicle engineering and production. Dr. SkardΕΎius’ research excellence and industry impact make him a highly deserving recipient of this prestigious award. ππ
π EducationΒ
Dr. Juras SkardΕΎius pursued his higher education at Vilnius Gediminas Technical University (VGTU), Lithuania, excelling in transport technology science. He earned his Bachelor’s degree (2016) in Automobile Engineering, gaining in-depth knowledge of mechanical systems, automotive dynamics, and material engineering. To further enhance his expertise, he completed a Masterβs degree (2024) in Transport Technology Science, specializing in advanced manufacturing techniques, quality control, and metrology. His education provided a strong foundation in CAD, solid mechanics, and computational modeling, allowing him to develop innovative solutions in automotive design and engineering. With a deep passion for research and applied mechanics, he continuously explores new methodologies to improve transportation efficiency and mechanical durability. ππ
πΌ Experience
Dr. Juras SkardΕΎius has a diverse professional background in automotive engineering, mechanical design, and quality assurance. Since 2019, he has worked as a Project Engineer at UAB Stansefabrikken Automotive, handling product implementation, CMM programming, and documentation for IATF Automotive Standards. Previously, he was a Designer-Constructor at UAB Baltexim, where he specialized in product design, technical drawings, and production supervision. His experience as a Service & Aftersale Manager at UAB Forveda involved bus quality control and warranty assessments. His early career includes work as an intern at the Vilnius Police Department, analyzing traffic incidents. With hands-on expertise in reverse engineering, solid modeling, and industrial feasibility studies, Dr. SkardΕΎius has played a key role in enhancing automotive manufacturing and transport efficiency. ππ©
π¬ Research Focus
Dr. Juras SkardΕΎiusβ research primarily revolves around mechanical engineering, material durability, and automotive systems. His studies focus on enhancing transport efficiency, reducing material wear, and optimizing mechanical components for sustainable and high-performance vehicles. He specializes in reverse engineering, CMM-based metrology, CAD modeling, and industrial feasibility analysis. His work contributes to advancing the durability of vehicle structures, improving fuel efficiency, and enhancing lightweight material applications in modern automotive production. He actively explores innovative solutions for automotive manufacturing, focusing on energy-efficient designs and advanced quality control mechanisms. His research significantly impacts industrial production, material optimization, and transport system safety, ensuring cutting-edge developments in modern vehicle engineering. ππ¬
π Publication Top Notes:
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Alternative Real-Time Part Quality Monitoring Method by Using Stamping Force in Progressive Stamping Process
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Progressive Tool Modernization Using Sensor Technology in Automotive Parts Manufacturing
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Modernization of the Stamping Process Using Eddy Current and Load Sensors in the Manufacturing of Automotive Parts