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Tata Elxsi is among the world’s leading providers of design and technology services across industries, including automotive, broadcast, communications, healthcare, and transportation. Tata Elxsi works with leading OEMs and suppliers in the automotive and transportation industries for R&D, design, and product engineering services from architecture to launch and beyond.
We are looking for a Health Management System Engineer to design, validate, and maintain vehicle health monitoring strategies for advanced automotive systems. This role requires strong expertise in diagnostics, systems engineering, functional safety, and robustness engineering to ensure long-term system reliability and compliance with automotive safety standards.
Key Responsibilities:
* Perform end-to-end vehicle fault analysis, debugging, and validation using automotive diagnostic tools such as Vector CANape, CANoe, CANalyzer, and related toolchains.
* Develop and validate diagnostic services based on ISO 14229 (UDS) protocols.
* Collaborate with software, hardware, and system teams to ensure accurate fault detection and reporting across ECU networks.
* Contribute to system safety analysis and design in alignment with ISO 26262.
* Support development of fail‑safe and fail‑operational concepts across system, software, and hardware layers.
* Work closely with cross‑functional teams to integrate safety mechanisms into mechatronic architectures.
* Apply strong system engineering principles to manage complex mechatronic interactions and cross‑domain dependencies.
* Lead structured problem‑solving using 8D, Root Cause Analysis (RCA), and engineering containment strategies.
* Identify system robustness gaps through DFMEA and guide design improvements.
* Develop and validate system‑level fault detection, degradation strategies, fault reactions, and logging mechanisms.
* Ensure long‑term system reliability through structured validation, robustness analysis, and design reviews.
Evaluate hardware–software interactions to ensure high integrity, performance, and durability.
Work with teams using AUTOSAR Classic and POSIX‑based OS/middleware architectures.
Contribute to defining fault‑handling workflows and software–hardware interaction models.
Required Skills & Qualifications:
* Bachelor’s or Master’s degree in Electrical, Electronics, Automotive Engineering, Mechatronics, or related fields.
* Strong hands‑on experience with automotive diagnostic tools (CANape, CANoe, CANalyzer).
* Solid understanding of UDS (ISO 14229) diagnostic protocols.
* Experience with ISO 26262 functional safety concepts and system safety development.
* Strong analytical and problem‑solving skills using 8D, RCA, DFMEA methodologies.
* Knowledge of AUTOSAR Classic and POSIX‑based architectures.
* Good understanding of automotive hardware/software interaction and system reliability principles.
Preferred Skills (Good to Have):
* Experience working in OEM or Tier‑1 automotive environments.
* Exposure to vehicle integration, test automation, or system simulation environments.
* Familiarity with automotive communication protocols such as CAN, LIN, Ethernet.
Behavioural Competencies:
* Strong communication and cross‑functional collaboration skills.
* Ability to work independently and handle technical complexity.
* Proactive mindset with a passion for problem‑solving and systems thinking.
No. of Positions: 5
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