Job overview
- Location
- Pune, Maharashtra, India
- Experience
- 3-6 years
- Job type
- Full-time
- Work mode
- On-site
- Salary
- Not disclosed
- Education
- Bachelor of Engineering in Electrical
- Category
- Engineering
- Posted
- Valid through
At a glance by CareerCola
- Company
- Tata Motors
- Role
- SM Connected Car Cloud Architecture
- Location
- Pune, Maharashtra, India
- Employment type
- Full-time
- Work mode
- On-site
- Category
- Engineering
- Posted
- 19 Aug 2026
- Valid through
- 6 Oct 2026
- Experience
- 3-6 years
About the role
Tata Motors Job ID: 871728001 | Location: Pune, Maharashtra, India | Experience: 3-6 years | Work style: Onsite | Posted: 2026-08-19
Official listing: https://careers.tatamotors.com/job/Pune-SM-Connected-Car-Cloud-Architecture-MH/871728001/
Role description
Position Summary with Job Responsibilities
To design,develop, validate and deploy the connected car functional use cases, Cloud platform logical architecture solution for connected car use cases in line with defined Technical Policy and Technology Roadmap.
To define design Standards & Carryover Strategy of Backend, Applications and drive it's engineering, aligned to the QCT of the projects. Also responsible for critical issue resolution and Deviation Approval.
Education
Bachelor of Engineering in ElectricalWork Experience
3-6 years of experience
- Working knowledge of the overall automotive system, functional aspects, design, interfacing, application, testing and integration.
-Knowledge of ‘V’ cycle development from concept to production from an OEM perspective.
-Knowledge of requirement and configuration management tools like DOORS
-Familiarity of simulation tools - like MATLAB, SIMULINK, Enterprise Architect
-Knowledge of automotive communication and Diagnostic protocols (CAN, LIN, UDS etc)
-Should be able to evaluate supplier proposals and provide technical recommendation
-Excellent communication skills. Ability to work with cross functional team to achieve the required functional / cost / weight /timing & quality
- Knowledge of architecting the connected car use cases, detailing out the functional requirements, system level FMEA
- Knowledge of Azure, AWS cloud platform service blocks and cloud architecture for platform development
- Knowledge of IOT Devices (Health Band, Smart Glasses, Biometric sensros, etc)
-Knowledge of Ethernet, Wi-Fi, USB,Bluetooth (BT & BLE),GPS, GSM, 3 Axis Acceleratometer technologies
- Knowledge of Cyber Security Global standards (Device Security, Protocol Security, Cloud Security, Application Security)
- Knowledge of Data privacy, protection strategies for various data types
- Knowledge of connected car system validation cycle in automitive context
Tata Motors Leadership Competencies
Developing Self and Others - Recognizing continuous development is essential for success and taking steps to develop self and helping others to excelLeading Change - Recognizing the need for change, initiating and adapting to changeDriving Execution - Translating strategy into action and executionLeading by Example - Encouraging and following ethical standardsMotivating Self and Others - Inspiring teams and individualsCustomer Centricity - Anticipating, understanding and focusing efforts on meeting the customer (stakeholders) needs or expectationsFunctional Competencies
Tags
Responsibilities
- Design, develop, validate and deploy connected car functional use cases
- Define cloud platform logical architecture aligned to technical policy and roadmap
- Set design standards and carryover strategy for backend and applications
- Drive engineering QCT, resolve critical issues and approve deviations
Requirements
- Bachelor of Engineering in Electrical (or related)
- 3–6 years experience in connected car / automotive systems
- Knowledge of Azure/AWS cloud architecture and IoT connected-car use cases
- Familiarity with DOORS, MATLAB/SIMULINK, automotive protocols (CAN, LIN, UDS)
- Understanding of cyber security and data privacy for connected vehicles
Skills
- AWS
- Azure
- Connected Car
- Cloud Architecture
- IoT
- Automotive
- CAN
- System Architecture