Vehicle Systems

The industry is met with the increasing demand for in-car comfort & convenience with higher fuel efficiency and stringent emissions norms. The body, chassis, and powertrain systems need to be designed and developed 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.

Service Offerings

Mechanical Design and Engineering, Body & Chassis Systems, Conventional Powertrain, System Testing & HILS

Mechanical Design and Engineering

Our end-to-end mechanical design and simulation expertise across multiple industries reduces time-to-market and accelerates the conversion of new concepts into marketable solutions.

Body & Chassis Systems

Body & Chassis Systems

We co-innovate with our customers to increase in-car comfort and convenience by providing end-to-end solutions for Body & Chassis Electronics. We design value-engineered processes to deliver economical yet efficient solutions while meeting stringent safety and regulatory compliance, backed by a strong domain competence and proven development experience.

Conventional Powertrain

Conventional Powertrain

The automotive industry is confronted with numerous challenges, including stricter emission regulations, unprecedented fuel efficiency targets, and sustainable feature differentiation that provides efficient and safe transportation. We have extensive experience in all aspects and stages of Powertrain development, from program management to calibration and software development.

System Testing & HILS

System Testing & HILS

We provide HILS/ATE design, testing, framework setup/configuration, and even customized test frameworks for automotive systems. We assist in the setup of HILS rigs, the development of plant models and the maintenance of HILS rigs, the development of customized test frameworks, test cases, test automation, and the execution of tests in HIL/Test rig environments. We provide a one-stop-shop for test design, configuration, implementation, and analysis.

Partnerships & Alliances

Insights & Experiences

DC-DC Converter Validation for Battery Electric Vehicle Using HILS
Application Note

DC-DC Converter Validation for Battery Electric Vehicle Using HILS

An Approach To Overcome Vehicle Electricification Challenges faced by OEMs
Whitepaper

An Approach To Overcome Vehicle Electricification Challenges faced by OEMs

Middleware development and integration  : L3 Auto pilot ECU
Case Study

Middleware development and integration : L3 Auto pilot ECU

eMobility HILS VaaS
Case Study

eMobility HILS VaaS

Battery Management System Validation
Case Study

Battery Management System Validation

AUTOSAR compliant Electrical Power Steering ECU development
Case Study

AUTOSAR compliant Electrical Power Steering ECU development

AUTOSAR Compliant Seat Module
Case Study

AUTOSAR Compliant Seat Module

Tata Elxsi Licenses its AUTOSAR 4.2 BSW Stack for OEM Climate Control Module
Case Study

Tata Elxsi Licenses its AUTOSAR 4.2 BSW Stack for OEM Climate Control Module

Functional Safety Cases
Case Study

Functional Safety Cases

Design, Set-Up, Integration, Validation and Maintenance of Component, System and Vehicle Level HILS
Case Study

Design, Set-Up, Integration, Validation and Maintenance of Component, System and Vehicle Level HILS

Heating Ventilation and Air-Conditioning HILS
Case Study

Heating Ventilation and Air-Conditioning HILS

Validation of Infotainment System
Case Study

Validation of Infotainment System

Electronic Brake Control Module -Reverse Engineering
Case Study

Electronic Brake Control Module -Reverse Engineering

Adaptive Front Lighting System
Case Study

Adaptive Front Lighting System

Automatic Transmission Control – Reverse Engineering
Case Study

Automatic Transmission Control – Reverse Engineering

Rotor Proximity Warning System
Case Study

Rotor Proximity Warning System

AUTOSAR Compliant HVAC Application development
Case Study

AUTOSAR Compliant HVAC Application development

Plant model design and GDI Controller development for NVH reduction
Case Study

Plant model design and GDI Controller development for NVH reduction

Model Based Design and Development of Cruise Control
Case Study

Model Based Design and Development of Cruise Control

Next Generation Driver Risk Management
Case Study

Next Generation Driver Risk Management

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