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  • Automotive Software Engineering

Automotive Software Engineering

As vehicles become software-on-wheels, electronic architecture is expanding to handle more ECUs and multiple systems. The automotive ecosystem is being transformed by significant developments in connectivity, electrification, and shared mobility. Already, OEMs and Tier 1 firms are looking to adapt their product strategies and business structures to meet industry trends and needs. Using years of technology experience and robust software engineering services for automotive, Tata Elxsi helps carmakers and suppliers speed up to the future of mobility, delivering high-end software for connected, autonomous, and electric technologies

Service Offerings

Automotive OEMs and Tier 1 suppliers around the world have relied on our extensive experience in automotive software development, platform development, systems integration, and V2X & Telematics services for years. Our services for AUTOSAR, Functional Safety, Quality Assurance & ASPICE Consulting, Model-Based Systems Engineering are relied upon by several automotive manufacturers.

AUTOSAR Services

Since 2004, we have been a Premium Member and active participant in the AUTOSAR consortium. In addition, we've formed strategic alliances with leading OEMs and suppliers to provide services and solutions ranging from evaluation and assessment to migration strategy and actual implementation of standardized architectures and ECUs.

Functional Safety Services

We implement the ISO 26262:2011 standard for the development of safety-critical E/E Systems across the development phases. We have a team of Safety Engineers who are experienced in the development of safety-critical systems in different domains with compliance to standards like IEC 61508, DO-178B, DO-254, ARP 4761 & 4754, CENELEC 50126, 50128, 50129, and AREMA

Quality Assurance & ASPICE Consulting

Quality Assurance & ASPICE Consulting

Automotive SPICE®, CMMI, ISO 9001:2015, and ISO 27001:2013 are the foundations of our Quality Management systems. Ensuring Automotive SPICE® standards throughout all phases of development of E/E Systems, we also offer consultation, process definition, training, implementation support, and internal assessments for compliance, process improvement, and quality improvement.

Model Based Systems Engineering

System and vehicle architectures are becoming increasingly complex as features are added, and automakers are looking to deploy better methods, tools, and processes to reduce the complexity of vehicle architecture and the time required for feature development.

Partnerships & Alliances

Discover More

Adaptive AUTOSAR for future automotive ECUs
Business Whitepaper

Adaptive AUTOSAR for future automotive ECUs

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

DC-DC Converter Validation for Battery Electric Vehicle Using HILS

Middleware development and integration  : L3 Auto pilot ECU
Case Study

Middleware development and integration : L3 Auto pilot ECU

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

ASPICE + Agile Implementation for an OEM
Case Study

ASPICE + Agile Implementation for an OEM

Holistic System Engineering for Robotaxi application
Case Study

Holistic System Engineering for Robotaxi application

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

eMobility HILS VaaS
Case Study

eMobility HILS VaaS

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

Next Generation Driver Risk Management
Case Study

Next Generation Driver Risk Management

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

Battery Management System Validation
Case Study

Battery Management System Validation

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