Mr. Vedant Utikar is a promising Mechanical Engineer specializing in Automotive Research and Development, Computational Mechanics, Material Modelling, Finite Element Analysis (FEA), and Crash Simulation. He completed his Master's degree in Mechanical System Design from the Defence Institute of Advanced Technology (DIAT), DRDO, where he developed expertise in advanced vehicle engineering, autonomous mobility, electric vehicles, and simulation-driven product development.

Currently, he serves as a Research Engineer at the Automotive Research Association of India (ARAI), Pune, where he develops advanced LS-DYNA material model cards for metals, polymers, composites, foams, rubbers, adhesives, and lightweight automotive structures. His work supports the development of safer, lightweight, and high-performance automotive systems through advanced computational modelling and material characterization.

Research Contributions

Mr. Utikar's research spans automotive engineering, advanced materials, renewable energy, electric vehicles, composite structures, and sustainable manufacturing. His expertise includes strain-rate sensitive material modelling, damage accumulation modelling, composite material analysis, environmental durability testing, and automotive CAE validation.

He has authored numerous research papers published in reputed national and international journals, covering topics such as nanocellulose-reinforced composites, electric vehicle technologies, renewable energy systems, polymer composites, internal combustion engines, Stirling engines, and material characterization. His interdisciplinary research demonstrates a strong commitment to developing sustainable and innovative engineering solutions.

Industrial Experience

Alongside his research career, Mr. Utikar has gained valuable industrial experience through internships in product development, structural analysis, manufacturing, technical writing, and engineering design. His professional engagements include organizations such as Unbox Robotics, ExpertsHub, Raj Fasteners, AwareEarth, and GigIndia, where he contributed to product design, prototype development, manufacturing evaluation, aerodynamic analysis, and engineering communication.

Technical Expertise

His key areas of expertise include:

• Automotive Research and Development
• Finite Element Analysis (FEA)
• Crashworthiness and Crash Simulation
• LS-DYNA Material Modelling
• Computational Mechanics
• Composite Material Engineering
• Electric Vehicle Technology
• Structural Analysis and Product Development
• Material Characterization
• Vehicle Safety Engineering
• Lightweight Automotive Structures
• Engineering Design and CAE Validation

Publications and Scientific Contributions

Mr. Utikar has published several peer-reviewed research articles in reputed journals, contributing significantly to the fields of automotive engineering, renewable energy, polymer composites, nanocellulose applications, vehicle structures, and sustainable materials. His publications demonstrate strong scientific rigor and practical relevance, reflecting his dedication to advancing engineering research with industrial applications.

Honors & Achievements

His academic and research excellence has been recognized through notable achievements, including:

• 21st Rank in the Formula Bharat Electric Vehicle Concept Challenge.
• All India Rank (AIR) 15 in Supra SAEIndia.
• Multiple research publications in internationally recognized journals covering automotive engineering, renewable energy, advanced materials, and composite technologies.

Eligibility for the Young Researcher Award 

Mr. Vedant Utikar is a highly deserving candidate for the Young Researcher Award under the Scientific Laurels category. Despite being at an early stage of his professional career, he has established an impressive research profile through significant contributions to automotive engineering, computational mechanics, advanced material modelling, electric vehicle technologies, and sustainable composite materials. His current role as a Research Engineer at ARAI, combined with his specialized expertise in LS-DYNA material modelling, crash simulation, and vehicle safety analysis, reflects his ability to bridge advanced scientific research with industrial innovation. His extensive publication record in reputed international journals, interdisciplinary research achievements, Formula Student accomplishments, and commitment to developing next-generation engineering solutions demonstrate exceptional scientific potential, innovation, and research excellence. These accomplishments make him a strong and well-qualified candidate for the Young Researcher Award – Scientific Laurels, recognizing emerging researchers making impactful contributions to engineering science and technological advancement.