Description
Duration: 21 Days (3 Weeks)
Location: DIYguru Training Centers – Delhi & Pune
Certification: Industry-Recognized Certificate from DIYguru + ASDC Certification (Govt. of India) + NEAT AICTE, Ministry of Education
Workshop Overview
DIYguru’s 3-Week Complete Offline Hands-on Training & Internship on Electric Vehicle (EV) is a comprehensive program designed to offer practical learning and industry-relevant skills in the electric vehicle sector. This internship is ideal for engineering students (from Mechanical, Electrical, and Electronics branches) at all stages of their education, whether in their 1st, 2nd, 3rd, 4th year, or even those in their final year working on final year projects. The program will guide you through core EV subsystems like motor control, battery management, charging systems, and diagnostics, providing hands-on experience with live projects and simulations.
By the end of the internship, participants will be proficient in EV system integration, powertrain management, and charging infrastructure, preparing them for successful careers in the electric mobility industry.
Course Content and Daily Breakdown
Week 1: EV System Architecture & Safety Protocols
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Day 1 – 3: EV System Architecture & Safety Protocols
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Introduction to Electric Vehicle Architecture: Learn about the EV powertrain, battery systems, controllers, and motors.
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High-Voltage Safety: Study safety standards, high-voltage handling, PPE, and isolation processes.
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Practical Experience: Identify high-voltage cables, practice safe shutdown, and isolation techniques on real EV systems.
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Week 2: Battery Pack Construction, Motor Control, and Charging Systems
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Day 4 – 7: Battery Pack Construction & Management
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Battery Technologies: Study different cell types (prismatic, cylindrical) and Battery Management Systems (BMS).
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Practical Activities: Simulate battery pack wiring, measure voltages, and check temperature sensors.
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Day 7 – 10: Electric Motor & Inverter Control
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Motor Types: Learn about BLDC, PMSM, and Induction motors used in EVs.
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Inverter Control: Understand inverter-motor interaction and RPM/torque monitoring.
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Practical Application: Monitor motor performance and inverter feedback using software tools.
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Day 10 – 12: EV Charging Systems & Communication
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Charging Protocols: Study AC/DC charging, levels, and the working of EVSE hardware.
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Charging Systems: Learn CCS, CHAdeMO, and Bharat EV standards.
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Practical Training: Perform AC charging, interpret charger status, and use public infrastructure.
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Week 3: Powertrain Integration, Diagnostics, and Live EV Walkthrough
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Day 13 – 15: Powertrain Integration & CAN Communication
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CAN Bus Fundamentals: Learn about CAN communication between battery, motor, and controller.
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Practical Training: Use CAN software to interpret signals and check for DTCs (Diagnostic Trouble Codes).
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Day 16 – 18: Troubleshooting & Diagnostics
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Fault Identification: Learn how to troubleshoot EV issues like motor failure, thermal shutdown, undervoltage, etc.
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Practical Application: Simulate faults, read error codes, and resolve common EV system problems.
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Day 18 – 20: EV Walkthrough & Live Demonstration
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Complete Vehicle Inspection: Conduct a thorough inspection and mapping of battery, motor, charging, and diagnostics systems.
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Performance Review: Evaluate system performance through test drives or bench applications.
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Day 21: Wrap-Up & Certification
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Assessment: Evaluate the knowledge and practical skills gained during the program.
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Certification Ceremony: Receive a DIYguru Certification and career guidance session, followed by a Q&A with industry experts.
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Key Benefits of the Electric Vehicle Internship Program:
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Hands-on Experience: Over 60 hours of practical learning with live vehicles and EV hardware kits.
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Industry-Relevant Curriculum: Comprehensive exposure to motor control, battery management, charging systems, CAN communication, and diagnostics.
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Real-World Projects: Work on live EV systems, troubleshoot real-world problems, and gain exposure to the latest EV technologies.
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Internship Experience: Gain industry experience with live projects and EV system diagnostics.
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Certification: Receive an Industry-Recognized Certification from DIYguru, ASDC (Govt. of India), and NEAT AICTE, enhancing your career prospects.
Internship Benefits for Engineering Students (Mechanical, Electrical, Electronics)
For 1st Year Students:
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Introduction to EV Basics: Gain foundational knowledge in EV architecture, battery management, and safety protocols.
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Hands-on Learning: Start building practical skills with basic training on EV components and charging systems.
For 2nd Year Students:
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Intermediate Skills: Deepen your understanding of motor control and inverter systems.
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Practical Integration: Work on battery pack construction, inverter control, and charging systems for real-world applications.
For 3rd Year Students:
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Advanced Troubleshooting: Focus on CAN communication and powertrain integration.
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Industry Tools: Learn how to use industry-standard software and hardware for EV diagnostics.
For 4th Year Students:
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Specialization: Learn powertrain integration, high-voltage safety, and EV charging protocols at an advanced level.
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Project Work: Work on final-year projects, with hands-on learning and industry exposure to give you a head start in the EV sector.
For Final Year Students:
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Project Support: Apply the knowledge gained during the internship to your final year project focused on EV systems.
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Career Readiness: Enhance employability with practical exposure to EV technologies, charging systems, and diagnostics.
FAQs:
Q1: Who is eligible for this Electric Vehicle Internship?
This internship is open to engineering students from Mechanical, Electrical, and Electronics disciplines, whether in 1st, 2nd, 3rd, 4th year, or those working on their final-year projects. It’s also beneficial for fresh graduates and professionals looking to transition into the electric mobility sector.
Q2: What skills will I gain during this internship?
You will gain hands-on experience with key EV systems including motor control, battery management, charging systems, and CAN communication. You will also learn EV troubleshooting and diagnostics, making you job-ready in the electric vehicle industry.
Q3: Will I receive any certification after completing this internship?
Yes, participants will receive an industry-recognized certificate from DIYguru, ASDC, and NEAT AICTE after successfully completing the program. This certification enhances your professional credibility in the electric vehicle sector.
Q4: Can this internship help with my final year project?
Absolutely! This internship provides valuable hands-on experience in real-world EV systems, which can be directly applied to your final-year project in the electric mobility or automotive field.
Q5: What are the career opportunities after completing this internship?
After completing the internship, you will have gained practical skills in EV system integration, motor control, battery management, and diagnostics, making you highly employable in the EV sector, automotive companies, charging infrastructure providers, and R&D firms.
Target Audience:
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Engineering Students (B.Tech, M.Tech, Final Year Projects)
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Professionals looking to transition into the EV sector
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EV Enthusiasts who want to pursue a career in the electric vehicle industry
