EV Simulation & Design Intern

About the Role

The EV Simulation & Design Intern will support the design and development of SPEV’s solar-assisted electric vehicle platforms through simulation, modeling, and concept visualization. This full-time, on-site role in the Greater Delhi Area involves assisting in creating CAD models of vehicle components and systems, contributing to layout and packaging studies, and preparing digital graphics and visual materials for design reviews and presentations. The intern will conduct research on EV architectures, energy storage, and solar integration concepts to inform design decisions, and help document design iterations, simulation findings, and test outcomes. Working closely with engineering and product teams, the intern will contribute to translating functional requirements into feasible design concepts that balance performance, efficiency, manufacturability, and user experience.

Key Responsibilities

• Assist in creating CAD models of vehicle components and systems.
• Contribute to layout and packaging studies.
• Prepare digital graphics and visual materials for design reviews and presentations.
• Conduct research on EV architectures, energy storage, and solar integration concepts.
• Help document design iterations, simulation findings, and test outcomes.

Qualifications

• Strong research skills for exploring EV systems, solar integration, and relevant engineering and design references.
• Proficiency in Computer-Aided Design (CAD) tools for 3D modeling, assemblies, and basic engineering drawings.
• Ability to create clear visual materials using Graphic Design and Graphics skills for concept visualization and presentations.
• Understanding of Architecture or spatial design principles for vehicle layout, ergonomics, and system integration.
• Pursuing or holding a degree in Mechanical Engineering, Automotive Engineering, Product Design, Industrial Design, or a related field.
• Interest in electric mobility, renewable energy, and sustainable transportation solutions.
• Attention to detail, ability to follow structured design and documentation processes, and willingness to learn in a fast-evolving environment.
• Basic familiarity with EV components (battery, motor, controller, power electronics) and simulation tools is an advantage.