Technical Group Leader - Vehicle EEE System Integration

TVS Motor; Krishnagiri District; On-site; INR 8,000,000 - 12,000,000; Full time

Job summary

TVS Motor is seeking a CoC Section Head to architect next-gen E/E vehicle platforms for EV/HEV programs at Hosur. You will drive centralized computing architectures, MBSE adoption, and provide leadership across hardware, software, and integration teams to deliver scalable, secure automotive systems.

The role emphasizes architecting SDV, OTA capabilities, AI-enabled features, and robust safety and cybersecurity compliance across vehicle programs.

Qualifications

• Demonstrated progressive competence in EEE/EV/HEV powertrain design.
• Hands-on, rigorous and innovative mindset for advanced automotive systems.
• Experience leading engineering programs in fast-paced environments.
• Deep knowledge of EEE/EV/HEV subsystem quality processes.
• Direct experience on EEE value chain.

Responsibilities

• Architect the future vehicle platform and end-to-end vehicle architecture.
• Lead migration to centralized and zonal computing architectures.
• Drive SDV, OTA, AI-enabled features, and cloud connectivity initiatives.
• Establish MBSE practices and model-based workflows across programs.
• Ensure safety, cybersecurity, and ISO/SAE compliance throughout development.

Skills

Systems Engineering

MBSE

SDV

Cybersecurity

AI

Education

Engineering - Fulltime

Job description

Job Title / Role

CoC Section Head

Department

RD-EV Sys DD

Section

RD - EV Sys DD

Education Qualification

Any Engineering - Fulltime

Required Experience

20+ years

Location

Hosur

Job Summary

Create world-class vehicle electrical, electronic, software, and network architectures that deliver breakthrough customer experiences through seamless integration of hardware, software, connectivity, artificial intelligence, autonomous functions, energy systems, and over-the-air capabilities.

Own the transformation from a component-centric vehicle to a fully integrated Software Defined Vehicle platform.

The role is accountable for defining and delivering the next generation vehicle E/E architecture roadmap, enabling industry-leading performance, quality, scalability, cybersecurity, functional safety, and manufacturing efficiency.

Tasks and responsibilities

• HW/SW/Mechintegration concept of EEE components at vehicle level Responsible.
• Responsible for the Electric and Electronic HW SW integration concept (onboard and offboard) at vehicle level for EV and combustion engine application including diagnostic, network, DFMEA, cybersecurity, Fusa management and MBSE
• ThroughContinuous interaction with Hardware /Software /Integration /testing /Sourcingteams ensure the adherence of the EEE/EV/HEV system to the company standards and the development ofthis standards.
• Participate tothe successful development meeting target Quality in desired Cost and committedTime.

Role Description

Architect the Future Vehicle Platform

Define the end-to-end vehicle architecture for future EV, HEV, and intelligent mobility platforms.

Lead migration from distributed ECU architectures toward centralized and zonal computing architectures.

Develops scalable vehicle platforms supporting:

• OTA software updates
• AI-enabled functions
• Connected services
• Autonomous features
• Cloud integration
• Vehicle intelligence and data platforms

Drives software-defined vehicle strategy across all vehicle programs.

Drive System Innovation

Lead disruptive technology programs in:

• SoftwareDefined Vehicles (SDV)
• AI-assisted vehicle operations
• Generative AI-based diagnostics
• Vehicle operating systems
• Centralized compute platforms
• Cyber-resilient vehicle networks
• Edge-to-cloud ecosystems
• Digital twins
• Predictive health monitoring
• Autonomous mobility

Systems Engineering Leadership

Establish best-in-class systems engineering practices.

Responsible For

• Vehicle system requirement engineering
• MBSE implementation
• Functional architecture
• Logical architecture
• Physical architecture
• System decomposition
• Requirement traceability
• Interface management
• Configuration management

Introduce model-based systems engineering across programs.

Vehicle Software System Leadership

Partner with software COC to create:

• Common vehicle software platforms
• Reusable software architectures
• OTA infrastructures
• Continuous integration pipelines
• Automated software validation
• DevOps for automotive systems

Drive a software-first mindset across engineering teams.

Safety, Cybersecurity Reliability

Own vehicle-level compliance for:

• Functional Safety
• ISO 26262
• SOTIF
• Cybersecurity
• ISO/SAE21434
• UNECE R155
• Software Updates
• UNECE R156
• Quality
• ASPICE
• Reliability engineering
• Field data analytics

Establish a culture where safety and cybersecurity are engineered into the platform from day one.

Qualifications / Experience

Demonstrated progressive competence in EEE/EV/HEV powertrain component and subsystem design/development and direct experience with automotive electric drive, power electronics, battery pack systems, regulatory and testing.

Hands on, rigorous, creative/innovative mindset with experience in advanced automotive system development, EEE Vehicle architectures, SDV, OTA advanced engineering and RD methodologies.

Ability to deal effectively with and lead within a fast-paced, dynamic and change-oriented environment.

Deep knowledge and expertise in EEE/EV/HEV subsystem quality process.

Direct experience on EEE value chain

Excellent leadership skills with experience in building and leading engineering and business teams that may be in multiple locations (International experience preferred)

Functional Competency

• Management of logistically distributed projects and team