Pankaj S.

Education

• SGSITS Masters in Technology, Computer Aided Engineering, A 2015 – 2018 Activities and Societies: Research & Technical Development (FEM & Simulation) Actively engaged in advanced research work on vibration analysis using finite element methods (ANSYS), strengthening analytical and problem-solving skills. Technical Workshops & Seminars – SGSITS Indore Participated in workshops and seminars on emerging engineering topics including simulation, manufacturing optimization, and intellectual property rights. Research Publication – IRJET Published research paper on “Vibration Analysis of Leaf Spring using FEM” in the International Research Journal of Engineering and Technology (IRJET), gaining exposure to academic writing and research methodologies. Collaborative Academic Projects Worked in team-based environments for simulations, design validation, and case studies, improving teamwork and technical communication skills. Technical Learning & Self-Development Continuously explored tools like SolidWorks, ANSYS, and Creo for design and analysis, along with learning basics of programming and emerging technologies. I completed my Master of Technology in Industrial and Production Engineering from SGSITS Indore (Government Aided Autonomous Institute), where I developed advanced knowledge in manufacturing systems, production optimization, and engineering analysis.
  
  During my postgraduate studies, I focused on improving efficiency, reliability, and performance of mechanical systems through analytical and computational methods. I gained hands-on experience with advanced tools such as SolidWorks and ANSYS, particularly in finite element analysis (FEA), product design, and simulation.
  
  My M.Tech thesis, titled “Vibration Analysis of Leaf Spring using FEM,” involved comparative analysis of conventional and alternative materials for automotive leaf springs. The project included 3D modeling using Creo (Pro-E) and detailed simulations using ANSYS Workbench, covering static, modal, and transient analysis. This work enhanced my skills in structural analysis, material optimization, and simulation-driven design.
  
  Through this program, I strengthened my problem-solving abilities, research mindset, and technical expertise in design and production engineering. My academic experience has prepared me to tackle complex engineering challenges and contribute effectively in industrial and research-oriented environments.
• Svce Indore Bachelor in Enggineering, MECHANICAL EGINEERING, A 2011 – 2015 Activities and Societies: BAJA SAE India 2014 – Acceleration Team Captain (Volunteer) Led the acceleration team, contributing to vehicle performance optimization and gaining hands-on experience in automotive engineering and teamwork. Participant – Entrepreneurship E-Conclave, Indian Institute of Technology Bombay Attended sessions on innovation, startups, and business strategies, enhancing understanding of entrepreneurship and industry trends. Workshop on Intellectual Property Rights (IPR), SGSITS Indore Gained knowledge about patents, copyrights, and protection of engineering innovations. Environmental Awareness Program, Jabalpur Secured Grade B in examination conducted by an environmental and sustainability organization. Technical & Industrial Visits Visited industries like JASH Engineering Ltd., IDMC Ltd. (Anand), and D&H Pvt. Ltd. to understand real-world manufacturing processes and industrial operations. I completed my Bachelor of Technology in Mechanical Engineering from Rajiv Gandhi Proudyogiki Vishwavidyalaya (RGPV), Bhopal, where I developed a strong foundation in core mechanical engineering principles and practical applications.
  
  During my undergraduate studies, I gained in-depth knowledge in subjects such as thermodynamics, fluid mechanics, strength of materials, manufacturing processes, and machine design. I also built hands-on experience with engineering tools like AutoCAD and basic CAD modeling, which strengthened my understanding of design and drafting concepts.
  
  As part of my academic curriculum, I worked on a project titled “Accidental Safety in Lift Elevator,” where I designed a model using AutoCAD and explored safety mechanisms in elevator systems. This project enhanced my problem-solving skills and ability to apply theoretical knowledge to real-world engineering challenges.
  
  Additionally, my involvement in activities like BAJA 2014 as an acceleration team captain helped me develop teamwork, leadership, and practical engineering exposure. My undergraduate journey laid the groundwork for advanced studies and professional growth in design, analysis, and production engineering.