Vishal Divakaran Email and Phone Number

• Lead the tech innovation setup at NCCE Windsor West Branch, overseeing various STEM activities.• Facilitate workshops on 3D printers, Blender, Solid works Applications, and engineering projects to engage and inspire youth.• Conduct coding workshops such as Scratch, Python and also some innovative ideas using Arduinos for youth in the age group of 14-24.• Collaborate with diverse stakeholders to create a dynamic learning environment.

Experienced Vehicle Safety and Damage Inspector with a strong background in crash testing, data analysis, and vehicle reconstruction. Proficient in assessing vehicle damage, identifying collision types, and ensuring compliance with safety standards. Dedicated to maintaining high safety and quality standards through thorough inspections and detailed reporting. Highly motivated engineering graduate with three years of experience in testing and validation, analyzing crash test data, including vehicle damage assessment, and comprehensive data analysis. Collaborated on impactful projects with the Road Accident Sampling System-India (RASSI) and ICAT, also partnering with major insurance companies like HDFC ERGO, and government agencies.

• Conducted in-depth scientific crash investigations for the Road Accident Sampling System-India (RASSI).• Led training and capacity building on crash investigation for police officers, OEMs and suppliers professionals, insurance companies, and individuals.• Utilized R and Power BI to analyze RASSI data, extracting valuable insights and guiding engineers in publishing findings.• Collaborated with cross-functional teams to deliver projects related to vehicle safety, ADAS, road safety, and more.

• Performed thorough quality checks on graphic design files, guaranteeing compliance with industry standards and quality benchmarks.• Demonstrated strong customer service skills by effectively managing and resolving customer escalations, ensuring that their specific requirements were not only met but exceeded.• Applied Statistical Process Control methodologies to monitor and optimize processes, resulting in a 15% reduction in defects.

• Performed structural analysis to find limit loads to aid in the development of modularity in Crash Box of a passenger car.• Simulated boundary conditions for the crash box as well as a rigid wall• Performed an iterative process to find an efficient method to limit load determination• Created Finite element models for different CAD models of crash box using the LS Dyna Pre-Post.• Simulated real-time loading conditions to the FEA model of the crash box.• Learned the design requirements of the crash box, testing procedures, and FEA concepts