EV Design & Development with Siemens NX
August 12, 2025 2025-08-21 13:16EV Design & Development with Siemens NX
Design the Future of EVs
with Real-World Skills
with Siemens NX
Learn how to design EV systems through industry-ready training built by Tata Technologies
Be among the first 100 learners to claim your launch discount, and become a future-ready EV Design Innovator.
Build the EVs of Tomorrow with Industry-Ready CAD Skills
The EV industry is rapidly evolving, with global OEMs transitioning to smarter, safer, and more sustainable mobility. At the heart of this transformation lies EV system design, where tools like Siemens NX are reshaping how vehicles are developed. From battery architecture to harness integration and system-level controls — the demand for engineers skilled in CAD-based EV development has never been higher.
Empower Your Career with Practical EV Design Experience
The EV Design and Development using MCAD (Siemens NX) program offers a complete learning journey through 7 structured modules. It combines foundational EV concepts with real-world CAD design, enabling learners to understand, model, and validate electric vehicle systems the way it’s done in the industry.
Designed by EV experts from Tata Technologies, this course is the bridge between academic theory and practical automotive engineering. Whether you’re transitioning from ICE or starting your EV journey, you’ll develop the job-ready skills needed to design and integrate EV components confidently.
Get a Glimpse of What You’ll Learn
Watch the short promo to see what this program covers from EV battery packs to harness design, all using Siemens NX.
Program Details – Everything You Need to Know
This program includes 7 specialised modules focused on real-world EV design fundamentals and execution throughSiemens NX:
Learn the foundational components like battery packs, motors, inverters, charging systems, and controllers — with detailed CAD-based insights into layout, energy flow, and system interactions.
Explore auxiliary EV systems like regenerative braking, HVAC, EPS, and comfort systems. Design harness layouts and analyse safety-critical integrations.
Dive into high- and low-voltage wiring systems, selecting relays, fuses, connectors, and protection materials. Build compliant, serviceable harness esusing CAD schematics.
Selection Understand module design, cell balancing, thermal challenges, and SoC / SoH estimation. Apply BMS logic and build battery layouts in Siemens NX.
Learn how ECUs manage EV subsystems. Master CAN, LIN, diagnostics, and safety strategies to develop smarter embedded EV architectures
Explore how high-speed Ethernet networks power modern EVs and connected vehicles. Master zonal architectures, TSN protocols, and OTA security.
Apply your knowledge by designing a complete battery pack and wiring harness in Siemens NX. Validate thermal limits, component placement, and EMI safety through calculation and simulation.
Learning Outcomes
Upon completion, learners will be able to:
Design full-scale battery modules and EV harness systems using Siemens NX
Understand system-level EV architecture across electrical, thermal, and control domains
Apply diagnostic, safety, and communication strategies (CAN, Ethernet, BMS logic)
Build job-ready skills for roles in EV product design, integration, and validation
Confidently interpret schematics, manage component selection, and validate designs against real-world constraints
Who all must enroll for this Course
Stand out in the job market by building hands-on EV design skills and showcasing a project-based portfolio.
Advance or pivot your career into the EV space with practical skills in Siemens NX and integrated vehicle systems.
Offer an industry-relevant EV program to your students and boost placement outcomes with future-focused curriculum.
Upskill your teams to meet the growing demands of EV programs, digital product design, and model-based development.
WHY SIEMENS NX?
Siemens NX is a leading CAD platform used globally for EV product development—spanning mechanical design, electrical integration, packaging, and simulation.
Proficiency in Siemens NX opens doors to high-impact roles in digital engineering, EV R&D, and CAD-based system development.
What makes this Program Unique?
Created by Tata Technologies SMEs working on live global EV programs
Combines deep technical theory with real-world CAD workflows
Emphasises system integration and standards (e.g., ISO 26262, IP ratings, EMI)
Supports enterprise upskilling withready-to-deploy learning paths
Includes 3D project deliverables and engineering validation templates
Includes 3D project deliverables and engineering validation templates
Where These Skills Are in Demand
This course is highly relevant for:
OEMs
Tier-1 Suppliers
EV Startups
Engineering Services Providers
Master the tools top OEMs are hiring for:
Battery Pack/System Engineers
Wiring Harness Developers
ECU/Embedded Systems Designers
Power Electronics and Control Engineers
Program Highlights
92 Hours of Expert-Guided Learning
Simulation-Ready 3D Models and CAD Projects
Real-World Case Studies from Tata Technologies
Assessments to Reinforce Knowledge
Certificate of Completion from Tata Technologies
Built by Engineers with Global EV Experience
Learning Experience
Your Certification, Your Achievement!
Get an Industry-Recognized
Certificate from Tata Technologies
On successful completion of the course and assessments,
learners receive a Tata Technologies-endorsed Certificate of Completion
—a testament to their job readiness and tool proficiency.
Get Early Access to Our New Course + Launch Discount!
Be one of the first 100 learners to register interest in our new EV Design & Development using
Siemens NX course and unlock an exclusive launch offer.
Just fill out the form — we’ll notify you as soon as enrolment open!
