JAYACHANDRAN T
Automotive Engineer (M.Tech, 2025)
Vellore,TN
Summary
Developed critical thinking and problem-solving abilities within collaborative engineering environment, looking to transition into new field. Skilled in using technical analysis and project management to drive successful outcomes. Seeking to apply these transferable skills in dynamic and innovative setting.
Overview
3
3
Languages
Work History
Graduate Engineer Trainee
Total Movements Private Limited
01.2023 - 05.2023
- Managed end-to-end operations for LCL (Less than Container Load) shipments, including planning, documentation, and coordination with carriers and CFS.
- Prepared and verified critical shipping documents such as Bill of Lading, commercial invoice, packing list, and shipping instructions.
- Coordinated with freight forwarders, port authorities, and warehouse teams to ensure timely movement and consolidation of cargo.
- Communicated effectively with clients and overseas agents, providing regular shipment updates and resolving queries promptly.
- Maintained detailed shipment tracking reports and updated clients on estimated time of arrival (ETA), delays, and transit milestones.
- Supported customs clearance by ensuring complete and accurate documentation as per Incoterms 2020.
Education
Bachelors of Engineering - Mechanical Engineering
Rajalakshmi Institute of Technology, Anna University
Chennai, Tamil Nadu08.2022
Master of Technology - Automotive Engineering
Vellore Institute of Technology
Vellore, Tamil Nadu08.2025
Skills
Engineering design
Timeline
Graduate Engineer Trainee
Total Movements Private Limited
01.2023 - 05.2023
Master of Technology - Automotive Engineering
Vellore Institute of Technology
Bachelors of Engineering - Mechanical Engineering
Rajalakshmi Institute of Technology, Anna University
PROJECTS
Crash Analysis of Two-Wheeler Motorcycle
M.Tech Automotive Engineering – VIT
- Performed frontal crash simulation of a two-wheeler using LS-DYNA to evaluate structural deformation and rider safety zones
- Studied energy absorption and material behavior under impact loading
- Investigated CFRP–Aluminum hybrid materials for improved crashworthiness and frame optimization
- Interpreted results from a vehicle safety and structural integrity perspective
M.Tech Research Project – VIT
- Developed a flexible temperature sensor using CNT-coated natural fibers embedded in epoxy resin
- Performed experimental characterization using XRD, FTIR, FESEM, EIS, CV, and four-point probe techniques
- Correlated simulation results with experimental observations for performance validation
B.E Mechanical Engineering Project
- Conducted engine performance and emission testing on a single-cylinder CI engine using biodiesel–diesel blends
- Analyzed brake thermal efficiency, fuel consumption, and exhaust emissions using AVL gas analyzer
- Compared alternative fuel blends with conventional diesel under varying load conditions
B.E Mechanical Engineering Mini Project
- Designed and fabricated a pneumatic engine using a double-acting cylinder and slider-crank mechanism
- Created 3D CAD models and supported fabrication and assembly
- Evaluated system performance and demonstrated clean-energy-based mechanical operation