E&E Architecture & System Engineering - Electric Vehicles Internship in Bangalore at Gray Mobility
E&E Architecture & System Engineering - Electric Vehicles
Gray MobilityLocation(s): BangaloreDESCRIPTION
About the internship
A. Track 1: System architecture & component integration:
1. Define EE system requirements considering functional safety and vehicle-level needs
2. Evaluate components for integration (controllers, sensors, harnesses, etc.)
3. Collaborate on system-level design, vehicle wiring strategy, and subsystem interconnects
4. Create documentation and validation plans for architecture decisions
B. Track 2: Hardware & PCB development:
1. Test electronic boards for key control units (MCU, BMS, VCU, Telematics)
2. Develop schematic and PCB layouts, including power and signal routing
3. Conduct board bring-up, testing, and design validation
4. Apply simulation tools to verify analog/digital circuit designs
5. Work with manufacturing teams to resolve design-for-manufacturability (DFM) issues
C. Track 3: Wiring harness design & packaging:
1. Design and route both Low-Voltage and High-Voltage wiring harnesses
2. Generate 2D drawings and support 3D packaging using CAD tools (SolidWorks Electrical, CATIA V5/NX)
3. Select connectors, terminals, and cable protections based on system specs
4. Define fuse distribution, grounding strategy, and component mounting positions
5. Coordinate with testing and production teams for validation and release
Skill(s) required
Who can apply
Only those candidates can apply who:
1. are available for full time (in-office) internship
2. can start the internship between 27th Dec'25 and 31st Jan'26
3. are available for duration of 6 months
4. are from Bangalore only
5. have relevant skills and interests
Other requirements
1. Understanding of vehicle electrical/electronic architecture, system integration, and communication protocols (CAN, SPI, UART, etc.)
2. Familiarity with powertrain components such as MCU, BMS, Inverter, and DC-DC converters
3. Knowledge of electrical hardware development, circuit design, and PCB layout using tools like Altium, Eagle, or KiCad
4. Exposure to EMI/EMC design principles and simulation tools like LTSpice or PSpice
5. Understanding of ISO 26262 and functional safety concepts
6. Analytical mindset and strong debugging skills
7. Solid communication and teamwork skills
Perks
Workdays: Tuesday to Saturday
B. Other Rewards:
1. Direct mentorship from industry veterans
2. Practical experience in electric mobility system design
3. Exposure to advanced EE design workflows
4. Possibility of conversion to full-time based on performance