Mit Patel

Key Responsibilities:

• Conduct testing and validation of electric two-wheeler systems including battery packs, motor drive units, controllers, chassis, and integrated vehicle systems.
• Design and execute validation protocols for durability, thermal performance, IP protection (IP67/IP68), and vibration testing, following AIS and CMVR standards.
• Perform data acquisition, analysis, and reporting using tools such as CAN analyzers, thermal sensors, and data loggers.
• Identify, troubleshoot, and document issues arising during testing phases and coordinate with cross-functional teams for resolution.
• Ensure all testing activities meet homologation and regulatory requirements (AIS-156, AIS-038 Rev. 2, CMVR).
• Assist in failure analysis, root cause identification, and continuous improvement initiatives based on validation data insights.

Key Learnings & Skills:

• In-depth exposure to electric vehicle component testing, validation cycles, and safety standards.
• Strong understanding of EV battery systems, BMS functionality, and thermal behavior under varied conditions.
• Proficient in technical documentation, compliance processes, and collaborative R&D workflows.

KEY RESPONSIBILITIES:

• Assisted in diagnosing and troubleshooting vehicle issues under the supervision of senior service engineers.
• Supported the service team in routine maintenance tasks, including oil changes, brake checks, and engine diagnostics.
• Participated in quality control checks and post-service inspections to ensure service standards were met.
• Helped maintain and organize service records, job cards, and customer feedback forms for efficient documentation.
• Learned and applied Tata Motors' standard operating procedures and safety guidelines during workshop activities.
• Gained practical experience with diagnostic tools and software used for modern vehicle servicing.
• Observed customer service practices and contributed to improving customer satisfaction through prompt support.

Key Learnings:

• Hands-on exposure to automobile servicing, mechanical systems, and diagnostics.
• Understanding of workshop management, service workflow, and technical documentation.
• Improved teamwork, time management, and communication skills in a professional environment.

Key Responsibilities:

• Supported the testing and validation of critical components and systems in electric two-wheelers, including battery packs, motor controllers, and chassis assemblies.
• Assisted in executing performance, endurance, and thermal tests under simulated and real-world operating conditions.
• Collected and analyzed test data to evaluate vehicle range, acceleration, braking efficiency, and component reliability.
• Worked with engineers to identify design and manufacturing issues based on test outcomes and suggested actionable improvements.
• Ensured compliance with AIS and CMVR standards for electric vehicle testing protocols and safety regulations.
• Helped prepare detailed test reports, validation checklists, and documentation for regulatory and internal use.

Key Learnings:

• Gained hands-on experience in electric vehicle testing cycles, diagnostic tools, and data acquisition systems.
• Developed a strong understanding of EV powertrain components, BMS performance, and thermal management systems.
• Improved technical reporting, problem-solving, and teamwork skills within a fast-paced R&D environment.

Key Project:
“Battery Thermal Management System: Material Selection & Homologation Compliance for EV Two-Wheelers in India”

• Researched and evaluated different thermal interface materials (TIMs) and phase change materials (PCMs) for battery heat dissipation and thermal stability.
• Conducted benchmarking of industry-standard BTMS configurations used in Indian electric scooters and motorcycles.
• Studied homologation norms, such as AIS-156 and AIS-038 Rev. 2, and CMVR clauses related to battery safety, enclosure ratings, and thermal event mitigation.
• Collaborated with the testing team to align BTMS design considerations with regulatory safety thresholds (e.g., thermal runaway resistance, insulation standards).
• Contributed to a report with material recommendations and compliance guidelines to assist the design team in certification readiness.

Key Responsibilities:

• Supported the supervision and monitoring of industrial robot installation for the cowl assembly line at Tata Motors’ facility.
• Coordinated with engineering teams during the setup, alignment, and integration of robotic systems used in the Nexon EV production line.
• Assisted in testing robotic arms and automation systems for precision, speed, and cycle-time optimization.
• Monitored safety compliance and helped ensure all robotic installations adhered to Tata Motors’ manufacturing standards.
• Collected data and documented the daily progress, installation issues, and resolution actions for reporting to project engineers and clients.
• Collaborated with cross-functional teams, including automation, electrical, and quality control departments, to streamline commissioning processes.
• Observed and learned about Industry 4.0 practices and smart manufacturing systems in an automotive environment.

Key Learnings:

• Practical exposure to robotic assembly systems and EV manufacturing processes.
• Gained insights into vendor-client coordination, production line planning, and real-time troubleshooting.
• Developed an understanding of automotive automation technology and its role in improving manufacturing efficiency.

Key Responsibilities:

• Conducted in-depth research on the use of liquefied natural gas (LNG) as a sustainable fuel alternative for commercial and heavy-duty vehicles.
• Analyzed the performance, emission characteristics, and economic viability of LNG compared to diesel in the Indian logistics and transport sectors.
• Assisted Shell India’s technical team in data collection, fuel system modeling, and simulations related to LNG fuel dynamics in internal combustion engines.
• Reviewed national and international regulations, safety protocols, and infrastructure requirements for LNG vehicle adoption.
• Participated in joint review meetings with Shell mentors and PDEU faculty to present findings, and incorporate feedback into ongoing research.
• Contributed to the preparation of a detailed project report and presentation for Shell India's Energy Innovation Board.

Key Learnings:

• Gained practical exposure to alternative fuel technologies and their real-world applications in transportation.
• Developed technical knowledge of LNG fuel systems, cryogenic storage, and combustion efficiency analysis.
• Enhanced skills in research methodology, data interpretation, and cross-industry collaboration.