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Vehicle Systems Engineering
Vehicle Systems
There has been significant growth in demand for vehicle body, chassis, and powertrain engineering in recent years. The body, chassis, and powertrain systems need to be engineered to address the market demands of integrating smart technologies into vehicle systems. Rigorous testing of integrated systems needs to be followed to ensure reliability and consistency for the end consumers. We can develop individual components or even complete powertrain systems for you and bring them to production maturity based on our experience working with automotive OEMs and Tier1s all around the globe.
Service Offerings
Tata Elxsi's vehicle systems experts meet these challenges with innovative solutions in the categories of the exterior, interior, vehicle safety, mechanical, and powertrain development, right from concept and design to simulation and testing, and finally, production maturity.
Body Design and Engineering
We provide body design and engineering services to customers, assisting them in reducing body weight, improving functionality, and developing modular designs for conventional, hybrid, and electric vehicles. In addition, our services include supplier assistance and program management, and we have a track record of assisting our customers, both OEMs and automotive suppliers, in reducing the cost and time.
Electro mechanical systems engineering
Tata Elxsi provides end-to-end services for Electric vehicles and EV ecosystems. Our services encompass electrical design and engineering, Software development, and Mechanical engineering. Our global presence and delivery, cutting-edge technological foundation, and domain-specific experience enable us to provide an integrated services approach with specialized services for developing electric vehicle systems.
The Road Ahead
Product & Service launches, Conferences and Media updates
Partnerships & Alliances
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Application Note
DC-DC Converter Validation for Battery Electric Vehicle Using HILS
Whitepaper
An Approach To Overcome Vehicle Electricification Challenges faced by OEMs
Case Study
Middleware development and integration : L3 Auto pilot ECU
Case Study
eMobility HILS VaaS
Case Study
Battery Management System Validation
Case Study
AUTOSAR compliant Electrical Power Steering ECU development
Case Study
AUTOSAR Compliant Seat Module
Case Study
Tata Elxsi Licenses its AUTOSAR 4.2 BSW Stack for OEM Climate Control Module
Case Study
Functional Safety Cases
Case Study
Design, Set-Up, Integration, Validation and Maintenance of Component, System and Vehicle Level HILS
Case Study
Heating Ventilation and Air-Conditioning HILS
Case Study
Validation of Infotainment System
Case Study
Electronic Brake Control Module -Reverse Engineering
Case Study
Adaptive Front Lighting System
Case Study
Automatic Transmission Control – Reverse Engineering
Case Study
Rotor Proximity Warning System
Case Study
AUTOSAR Compliant HVAC Application development
Case Study
Plant model design and GDI Controller development for NVH reduction
Case Study
Model Based Design and Development of Cruise Control
Case Study
Next Generation Driver Risk Management
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