19 Battery Management Jobs

Designation: Senior Firmware Engineer Location: Kuruli, Chakan, Pune Function: Product and Engineering Experience: 3-6 years (flexible based on depth of expertise) What Were Building At Clean Electric , were building the backbone of Indias green mobility revolutionhigh-performance battery systems, smart charging infrastructure, and seamless energy networks that make clean energy accessible, reliable, and scalable. Our mission is clear: electrify the future with intelligent, safe, and efficient energy systems. Were a fast-scaling hardware-tech company, and our products are in motionliterally. They power EVs, charge urban transport, and help decarbonize cities across India. Behind all this? Robust firmware that keeps our systems safe, stable, and smart. That’s where you come in. Why This Role Matters As Senior Firmware Engineer , you’ll lead the charge on embedded systems at the core of our Battery Management System (BMS). From cell-level monitoring to thermal management and safety algorithms, you’ll be writing the code that makes our energy systems intelligent, responsive, and reliable. You’ll work closely with cross-functional teams—hardware, testing, and product—to ship real systems that power electric mobility at scale. This is a critical technical leadership role for engineers who want to design high-impact firmware in a high-performance environment. What You’ll Do Own BMS firmware development — Plan, design, and implement firmware features for next-gen battery systems. Collaborate cross-functionally — Work with hardware engineers to define system interfaces, power architecture, and communication protocols. Develop core functionalities — Write firmware for state estimation, cell balancing, thermal management, and system diagnostics. Ensure system safety — Implement algorithms to monitor and protect against over-voltage, over-current, over-temperature, and SoC mismanagement. Integrate across systems — Work with communication protocols like SPI, I2C, UART, and CAN to ensure seamless system interaction. Maintain high standards — Perform code reviews, unit testing, and system validation for robust and production-grade releases. Debug and troubleshoot — Use tools like oscilloscopes, logic analyzers, and in-circuit debuggers to identify and fix firmware issues in live systems. You Might Be a Fit If You Have 3+ years of experience in embedded firmware development (preferably in energy storage, EVs, or automotive applications). Are fluent in C/C++ , with strong fundamentals in real-time embedded programming. Have deep experience with communication protocols : I2C, SPI, UART, CAN. Have worked with microcontrollers such as ARM, ESP32, or RENESAS families. Have hands-on exposure to hardware components like ADCs, CAN transceivers, LTE modules, or GPS units. Are excellent at debugging and system bring-up using hardware tools. Are a strong communicator who thrives in collaborative, cross-functional teams. Bonus Points If You Have prior experience working on BMS or battery-related firmware. Have contributed to safety-critical or automotive-grade firmware. Are comfortable working in early-stage environments with fast iteration cycles. Have worked with OTA updates or secure boot mechanisms. What’s In It for You Flexible working hours — We care about impact, not office clocks. ESOPs — Be part of the journey and grow with us. Real impact — Build systems that run on real roads and power real EVs across India. Growth runway — Scale your role into system architecture, team leadership, or product ownership. Work with hardware and leadership — You’ll be at the core of tech and strategy conversations

We're hiring an Embedded Systems Engineer with IoT, BMS, and PCB firmware experience. Work on smart systems for industrial/railway use. Skills: Embedded C/C++, STM32/ESP32, OTA, MQTT, FreeRTOS. Share your cv at hr@nmspl.co Required Candidate profile Embedded C/C++, BMS, PCB debugging, STM32/ESP32, MQTT, FreeRTOS, OTA updates, BLE/Wi-Fi/GSM, Modbus, CAN, low-power optimization, RTOS/Linux, industrial compliance, cloud IoT.

Key Responsibilities 1. Technical Support: Provide Level 2 and Level 3 technical support to customers, partners, and internal teams on APC and UPS products and solutions via phone, email, chat, and ticketing systems. 2. Troubleshooting: Troubleshoot and resolve technical issues related to APC and UPS products, including UPS systems, power distribution units, and cooling solutions. 3. Issue Resolution: Collaborate with internal teams, including engineering and development, to resolve complex technical issues. 4. Knowledge Management: Develop and maintain technical documentation, including knowledge base articles, FAQs, and troubleshooting guides. 5. Customer Communication: Communicate technical information to customers, providing timely updates on issue resolution and product maintenance. 6. Product Feedback: Provide feedback to product development teams on customer issues, product improvements, and new feature requests. 7. Training and Development: Participate in training and development programs to enhance technical skills and knowledge. Candidate profile : 1. Education: Bachelor's degree in Electrical Engineering, Computer Science, or a related field. 2. Experience: 5+ years of experience in technical support, preferably in the APC and UPS industry. 3. Technical Skills: Strong technical knowledge of APC and UPS products, including UPS systems, power distribution units, and cooling solutions. 4. Certifications: Relevant certifications, such as APC Certified Design and Specification Professional or APC Certified Installation and Commissioning Professional. 5. Communication Skills: Excellent written and verbal communication skills, with the ability to communicate technical information to non-technical stakeholders. 6. Hands on or technical support) , Experience in Schneider products , Experience in APC products , Experience in Smart products , Experience in Galaxy products , Experience in Symmetra products

Lead our Lithium-ion Battery Technology department responsible for Product Development, Design, and R&D Oversee the design and optimization of battery materials, cell architectures, and manufacturing processes, CALL HR Keerthana - 9384033272 Required Candidate profile Equipment Acquisition : Help companies to identify relevant equipment , industrial software Ensure products get certified with respect to various compliance requirements like AIS , UN38.3 etc

Job Title: Application Developer (MATLAB/MBD) Location : Hyderabad Experience: 5+ Years Job Type: Full-Time Job Overview : We are looking for a skilled and dynamic Model-Based Development (MBD) Engineer to join our team, specializing in the development of Battery Management System (BMS) and Vehicle Control Unit (VCU) applications. In this role, you will be responsible for designing, developing, and validating model-based control algorithms for BMS and VCU. Your expertise in control systems, embedded software, and automotive electronics will be crucial in ensuring the reliable and efficient operation of battery management and vehicle control systems. Key Responsibilities 1.Model-Based Development (MBD) for BMS & VCU Applications: Develop and implement model-based control algorithms for Battery Management Systems (BMS) and Vehicle Control Units (VCU). Design and simulate control algorithms in MATLAB/Simulink/Stateflow. Develop and refine system-level models for battery management, state-of-charge (SOC) estimation, thermal management, fault detection, and vehicle control. 2. System Design and Integration: Collaborate with cross-functional teams (hardware, software, testing) to design and integrate BMS and VCU applications. Support integration of control algorithms into embedded software systems for real-time execution. Work on model-based software design, ensuring robustness and efficiency in embedded systems. 3. Requirements Analysis and Documentation: Analyze functional and non-functional requirements for BMS and VCU systems. Create detailed design specifications, verification plans, and test cases to ensure the accuracy and reliability of the system. 4. Simulation and Testing: Conduct simulations to validate control algorithms and system models, ensuring optimal performance and safety. Perform hardware-in-the-loop (HIL) and software-in-the-loop (SIL) testing to validate the behavior of BMS and VCU in various scenarios. Collaborate with the testing team to ensure that models are tested in real-world conditions. 5. Optimization and Calibration: Optimize control algorithms for performance, energy efficiency, and fault tolerance in both BMS and VCU applications. Perform calibration and tuning of the models to match real-world performance requirements. 6. Continuous Improvement: Stay up-to-date with the latest developments in model-based design, control algorithms, and automotive systems. Suggest improvements for system design, modelling, and simulation techniques. Actively participate in design reviews, code reviews, and safety assessments. 7. Documentation and Reporting: Document the design, implementation, and testing processes for BMS and VCU models. Provide regular updates to management and stakeholders on progress, challenges, and results. Required Skills and Qualifications Education: Bachelor's or Master's degree in Electrical Engineering, Automotive Engineering, Mechatronics, Control Engineering, or related fields. Experience: 5+ years of experience in Model-Based Development (MBD), control systems, or embedded systems design in the automotive or related industries. Experience with Battery Management Systems (BMS) or Vehicle Control Units (VCU) development is a plus. Proficient in tools such as MATLAB, Simulink, Stateflow, and related simulation software. Strong knowledge of control theory, real-time systems, and embedded programming (C, C++). Experience with HIL and SIL testing and validation. Familiarity with automotive standards such as ISO 26262 (Functional Safety) is an advantage. Technical Skills: Strong understanding of electrical and automotive systems, including BMS architectures, battery technologies, and vehicle control algorithms. Familiarity with hardware/software co-simulation and model-based code generation. Experience with CAN, LIN, or Ethernet communication protocols used in automotive applications. Experience in integration of complex systems with embedded hardware. Soft Skills: Strong problem-solving skills with a creative and analytical mindset. Ability to work independently and in a team, collaborating with engineers from different disciplines. Excellent communication skills, both verbal and written, with the ability to clearly present technical information. Desired Qualifications Experience with automotive simulation tools (e.g., dSPACE, ETAS, Vector). Experience on CANOE, PCAN, S-bus tools Knowledge of advanced vehicle systems, electric drivetrains, and energy management in electric vehicles (EVs). Familiarity with functional safety standards such as ISO 26262. Understanding and implementation of MAAB guidelines

• Develop Statements of Requirements (SORs) tailored to application needs (e-trucks, BESS, railways), defining functional, performance, and safety criteria. • Collaborate with internal teams and BMS suppliers to optimize firmware, control algorithms, and hardware configurations, ensuring seamless system integration. • Establish comprehensive test frameworks for bench-level and vehicle-level validation, covering functional, safety, and regulatory compliance testing. • Conduct rigorous validation, troubleshoot BMS performance and reliability issues, and generate test reports, RCAs, and compliance documentation. • Mentor application engineers, providing technical training on BMS calibration, diagnostics, and failure analysis.

How to Apply: Application Mode: Applications for this position will be accepted ONLY ONLINE through: BHEL Recruitment Website BHEL Careers Page No other mode of application will be entertained. Preferred Expertise & Responsibilities: Candidates with exposure to the following areas will be given preference: Power Electronics Design & Development: System engineering, testing, and commissioning of MW-range Thyristor/IGBT-based Power Electronics Converters. Application in Industrial, Renewable Energy, and Electric Power Grid sectors. Embedded Software Development: Application software development using embedded tools like Code Composer Studio. Modeling & Simulation: Simulation, modeling, and code generation using MATLAB/Simulink or similar software for power electronics systems. Manufacturing Documentation: Generation of manufacturing documents for Power Electronics Converter systems. Certification & Compliance: Exposure to EMC agency certification processes such as UL or equivalent. Testing & Validation: Prototyping, testing, and validating power electronic circuits and systems as per industry standards. Desirable Skills: Candidates with experience in the following areas will have an added advantage: Handling Power Electronics-based Projects for: PCU (Solar Power Conditioning Unit) PCS (Power Conversion Systems) for BESS (Battery Energy Storage Systems) Experience in Power Electronics-based Systems such as: MV Variable Frequency Drives (Current Source/Voltage Source Inverters) HVDC (High Voltage Direct Current) Systems STATCOM (Static Synchronous Compensator) Key Competencies: Strong leadership skills with the ability to drive projects from execution to delivery. In-depth knowledge of high-power inverters based on IGBT/Thyristor technology. Passion for excellence and continuous professional growth.

We are looking for dynamic and motivated Electrical Engineering Fresher | Electrical Engineer Graduates | Electrical & Electronics who are eager to begin their career in core electrical domains. The ideal candidate should have a strong academic background, basic technical understanding, and a willingness to learn and grow in a hands-on engineering environment. Key Responsibilities: • Assist in the design, development, and implementation of electrical systems and components. • Support in electrical drawings, layouts, and documentation as per project requirements. • Perform basic electrical calculations, testing, and troubleshooting under supervision. • Assist senior engineers in on-site project execution and equipment installation. • Coordinate with vendors, clients, and cross-functional teams for project-related work. • Ensure safety compliance and adhere to electrical codes and standards. • Prepare technical reports, daily progress logs, and inspection documentation. Desired Candidate Profile: • B.Tech in Electrical Engineering , Electrical & Electronics Engineering • Internship or academic project experience in core electrical preferred • Basic knowledge of electrical tools, circuits, control systems, or AutoCAD (added advantage) • Good communication skills and teamwork attitude • Willingness to work on-site (if required) and learn practically

Role & responsibilities Work closely with Project Managers, engineers, suppliers and customers to review design inputs, schedule planning, progress reporting and technical query resolution. Preparation of design documents such as SLDs for electrical networks and switchgear components, Bill of Materials, Functional Design Specifications, sizing calculations, GA drawings, cable schedules, earthing drawings. Perform comprehensive testing of Power Conversion System (PCS), Solar inverters units to ensure reliable and efficient operation within Battery Energy Storage Systems (BESS). Conduct integration testing with BESS components to ensure smooth interaction between the PCS, Battery Management System (BMS), and Energy Management System (EMS). Develop and execute test plans and procedures for PCS functionality, performance, and safety. Ensure compliance with grid interconnection standards such as UL 1741, IEEE 1547, IEC and other relevant industry standards. Work with cross-functional teams to ensure proper & seamless integration of PCS with BMS (Battery Management System), EMS (Energy Management System), and SCADA. Validate communication protocols (Modbus RTU/TCP, CAN, Ethernet) between system components. Monitor and analyses PCS data to identify and resolve operational anomalies. Assist in commissioning support and on-site troubleshooting as needed. Maintain test documentation, including test reports, logs, and system configurations. Knowledge of standards such as NFPA 70, IEC 60364, UL 9540, IEC 62933 is plus. Preferred candidate profile Bachelor or Master Degree in Electrical Engineering or equivalent. 3-5 years of proven experience in Electrical Power Systems Design in Renewables (Solar, Wind, Hydro, BESS) Power Generation or related industries. Strong foundation in power electronics, AC/DC systems, and three-phase power distribution. Expertise in PCS/Inverter operations, control strategies, and integration within Battery Energy Storage Systems (BESS). Understanding of electrical SLD/GAD, Power flow diagrams, Proficient in testing Modbus RTU/TCP, CAN, Ethernet & SCADA systems for communication and data exchange.

Role & responsibilities Coordinate and supervise 50 stations operation Governance of OME, ERT, ESV team. Manage field assets according to organization preferences and goals. (Battery, Station , Vehicle) Monitor tickets for station/ERT/ESV/Customer. Follow up with SMPL team for station/ battery related issue resolution Ensure daily, weekly and monthly maintenance of station Maintain station uptime Liasioning with EB board for EB related issues Coordination with ISP and maintain internet uptime. EB/internet/Rental bill collection and payout Responsible for customer escalation Training operator, supervisor, ERT member, ESV driver Supervises employees/vendor who assist in reporting the information Monthly spare parts forecasting, planning and certification Drive for periodic governance meetings with OME, SMPL and vendors Desired Skills & Experience: Minimum 3-5 years of experience in field operation and asset management. Education: BE in Electronics/Electrical/ related technical field, or equivalent experience. Working knowledge of operation, data management and field governance. Strong in people management. Soft skills: Respectful and appreciative of different personality styles, thinking, backgrounds, and cultures and positively handle potential disruptive and hostile environments. Outstanding integrity and the ability to always seek to do the right thing for the client right first time. Excellent client interaction skills, collaborative work style, and strong interpersonal and team skills.

Responsibilities: * Manage battery design & performance. *Develop and prototype new battery packs and related products (UPS, EV pack, Solar batteries, etc.). * Collaborate with cross-functional teams on NPD. * Ensure compliance with safety standards. Annual bonus Food allowance Health insurance Provident fund

We are hiring for Battery Domain Manager for Bangalore Location Education Qualification: Bachelor degree in Electrical Engineering / Masters is Power electronics, Energy Systems or Chemistry applied to Battery Development or Energy storage systems. Experience: 12 - 18 Years Location: Bangalore (office based) Role & responsibilities Battery Design Domain Leader to take charge of a multi-disciplinary team to design traction and auxiliary energy storage systems for railway applications including introduction of advanced chemistry cell technologies. Knowledge in ESS design and development space (Industry Railways is preferred; Automotive or Shipbuilding or Aerospace is acceptable), like: - Sub-system: requirement gathering, specification, architecture, safety, reliability & maintainability. BMS Hardware & Software: Architecture, functional specifications, and adaptation. Schematics & Apparatus: electrical design, mechanical design, notions of manufacturing. Verification & test: hardware-software integration, test specification, A good understanding of train systems and Lithium-Ion chemistry. A keen interest in advanced chemistry energy storage solutions is a must. Experience with project management (minimum 5 years) with ability to apply principles, tools and techniques to develop/plan, manage or execute projects to successful completion. Training/ certification is a plus. Familiarity with domain modelling tools and product life cycle management tools.

Deliver technical training sessions (theoretical and practical) on BESS technology, including system architecture, battery chemistry, safety protocols, installation, commissioning, and troubleshooting. Required Candidate profile Min 6 months to 1 year of hands-on experience in BESS installation, operation, or service. Solid understanding of battery technologies (preferably lithium-ion), BMS, PCS/inverters, and EMS.

Role & responsibilities -Designing components in CATIA based on specifications, simulations and know-how - Handle issues such as mechanical strength and thermal management - Working collaborative with cross-functional teams for procuring, installing, simulations, testing, production and service - To perform FMEA and DFMEA - Good understanding of GD & T and application Preferred candidate profile - Good Knowhow of Battery pack components and eMobility system - Knowhow of design guidelines for designing HV system -Advanced knowledge of CATIA V5 is must -Good to have experience in OAS (Open Architecture System) and its integration into design process -Problem-solving skills and creativity to develop innovative designs -Teamwork and communication skills, as design projects are often interdisciplinary. -Good analytical skills required - Designing skills of battery thermal component like cooling plate, Coolent pipes, gas valves is good to have

Work with global suppliers (e.g., Chinese/Japanese/Korean cell and inverter manufacturers) to align on product standards and integration. Define and lead the company’s technical roadmap for battery pack design, BMS, container integration, and EMS. Required Candidate profile Min 5+ years of relevant experience in high voltage BESS or EV battery systems. (Deep knowledge of battery pack design, BMS, thermal management, and energy management systems.

Factory Setup & Commissioning Production Management Quality & Compliance Team Building & Leadership Supply Chain & Vendor Coordination Experience with containerized BESS systems or utility-scale battery deployments. Required Candidate profile Min 7+ years of relevant experience in lithium-ion battery, EV, or BESS manufacturing (Familiarity with certification standards such as UL9540, UN38.3, IEC 62619, etc. )

Role & responsibilities Preferred candidate profile About Grinntech: Grinntech is a dynamic and innovative full-stack lithium battery tech startup committed to powering the electrification of Indian and global mobility. As a rapidly growing company, we specialize in designing, developing, and manufacturing advanced lithium battery solutions to drive the future of transportation and energy storage. Job Description: As an Assembly Line Operator at Grinntech, you will play a crucial role in the production of our cutting-edge lithium battery packs. Your responsibilities will include: Qualification: Diploma (EEE/ECE/Mechatronics/Mechanical) or ITI(Electrical/Mechanical) Key Responsibilities: Operate and maintain assembly line machinery and equipment Perform quality checks and inspections on products Assemble components accurately and efficiently Follow safety procedures and guidelines Maintain a clean and organized work area Report any issues or malfunctions to the supervisor Qualifications: Proven experience as an assembly line operator or similar role in a manufacturing environment. Hands-on experience with wire bonding, laser cleaning, glue dispensing, and pack testing. Knowledge of lithium battery technology and assembly processes is a plus. Ability to read and interpret technical documents and manuals. Strong attention to detail and commitment to quality. Good communication and teamwork skills. Ability to work in a fast-paced environment and meet production deadlines. Benefits: Competitive salary and benefits package. Opportunity to work in a cutting-edge technology company. Growth and development opportunities within the organization. Collaborative and inclusive work environment.

Role & responsibilities Assist in the design, development, and validation of BMS hardware and software. Support cell and pack-level monitoring (voltage, current, temperature, SoC, SoH, etc.). Collaborate on development of BMS algorithms including balancing, protection, thermal management, and diagnostics. Interface with battery modeling, thermal system teams, and vehicle control units. Conduct bench testing, HIL simulation, and validation of BMS functionality. Analyze data from battery packs to troubleshoot and improve BMS performance. Participate in battery safety reviews and hazard analysis (FMEA, DFMEA). Maintain documentation related to design, test procedures, and results. Support in compliance with automotive/industrial standards (ISO 26262, ISO 15118, UN38.3, etc.)

Dear candidate, We are looking forModel Based Development Lead for eVCU application Software for Bus and LCV Exp .: 10 to 16 yrs Location : Chennai Model based development of Application Software Control functions for Electric Vehicle Controller using Matlab/Simulink Auto code generation, Model in the Loop testing, Software in the Loop testing for eVCU application software Verification in the Hardware In the loop testing for eVCU application software Interact with Other Stake holders of the project related to application software Experience in Model-Based Function Design and V-Cycle Software Development Process