11 Battery Design Jobs

Role & responsibilities Ensure zero battery incidents: No accidents in batteries during import, storage, manufacturing, operations, removal, storage. Prepare SOPs for handling. Prepare key indicators to be monitored for safety. Prepare follow-up actions in case of an incident. Performance Measure: Zero Incidents Roadmap for Battery life cycle management Prepare a roadmap for battery life cycle management. Identify and create key partnerships for battery life (new, used, scrap) EPR/ Regulatory compliance as the battery is classified as a hazardous material. Performance measure: Regulatory compliance and fair value for battery life Validate battery characteristics and analytics. Organize physical testing of batteries/ cells to generate cell/pack characteristics. validate supplier declared characteristics against field data, actual experimentation ensure data capture at battery deployments for usage into analytics validate results from data analytics and Issue actionable instructions/ guidelines based on experimental and data-driven results Performance measure: maximize useful battery life to extract maximum value from each deployment (to be benchmarked with time) Replacement strategy for existing deployment Current batteries are expected to exhaust in next 2 years Thus, prepare a strategy to replace these batteries for continuity of operations. Prepare trade-offs in new generation batteries vs replacement with current types of batteries New suppliers/ product evaluation for replacement keeping in mind compatibility with installed hardware Performance measure: business/operational continuity of existing buses Strategy for new batteries Prepare a tracker on battery technology development globally. Map new technologies that are expected to mature in the next 3-5 years Prepare a road map to adapt these for GCM business Plan for assessment, experimentation, and peer review Performance measure: GCM access to the best battery technologies across the world Preferred candidate profile Self-starter, ability to work independently, handle ambiguous situations, and exercise judgment in a variety of situations. Familiar with the EV Battery process, customer challenges & pain points, internal constraints, and opportunities within the Automotive & EV battery Segment Working with cross-functional teams in marketing, production, and procurement through technical inputs during the NPD cycle Working closely with R&D and procurement teams of large OEMs 5 Actively involved in schematic preparation, BOM, procurement, designing and testing, component selection, hardware prototyping, and debugging Working in-depth with IEC standards in terms of safety, performance, and validation tests on EMI/EMC. Providing basic training on EV systems to various departments within the organization

Responsibilities: * Collaborate with R&D team on new battery designs and developments * Operate manufacturing equipment safely and efficiently * Follow quality control procedures at all times

The Senior Engineer - Battery (NPD) will be responsible for spearheading the development of innovative, high-capacity battery systems, with a focus on advancing product designs and technologies to meet market demands. This role involves end-to-end responsibility for ideation, research, design, testing, and integration of battery solutions into the company's product portfolio. The ideal candidate will be a technical leader in battery systems development and play a critical role in ensuring the successful launch of cutting-edge energy storage solutions aligned with the company's sustainability goals. Key Responsibilities Lead the development of next-generation high-capacity battery systems (1 MWh and above) for new product lines. Design and prototype advanced battery architectures, ensuring scalability, safety, and performance. Collaborate with internal and external stakeholders to translate market requirements into technical product specifications. Conduct rigorous testing and validation of battery technologies, focusing on efficiency, longevity, and regulatory compliance. Optimize designs for cost, manufacturability, and performance to accelerate time-to-market for new products. Develop and maintain technical documentation, including design specifications, test reports, and project updates, for review by the HOD. Drive cross-functional collaboration between R&D, manufacturing, and marketing teams to ensure seamless product integration. Stay updated on emerging trends in battery technology, materials, and processes to inform future product development.

Candidate must have excellent skill in UG NX (Unigraphics NX) software Working experience in design of Sheet metal, Casting, GD & T (Geometric Dimension & Tolerance), Chassis, Frame, Suspension, and Brake systems in E-Mobility sector 3 to 8 years of experience as CAD Engineer It is an urgent opening who join immediately with a max notice period of 1 month Working experience in any of the above domains using Unigraphics NX software Have good knowledge on manufacturing process - Stamping, Machining, Forging, Die-Casting, and Injection Molding Strong understanding of mechanical engineering principles and automotive systems Developed detailed 3D models & engineering drawings for for sheet metal, casting, chassis & frame parts Good communication skill & technical knowledge

Overview Position is for the Design Engineer in Battery Energy Storage BESS Role & responsibilities Support on Calculation for the selection of (Battery Energy Storage) BESS subsystems Create detailed 3D CAD models and assemblies using SolidWorks & AutoCAD Participate in concept development, prototyping, and mechanical layout activities Engineering drawings for battery packs, enclosures, and related components Support on the assembly process/procedure drawings for the BESS activities Required Skills Understanding of electromechanical integration in BESS or related systems Battery Design, BESS Design, HVAC, Chiller calculations SolidWorks CAD design & CAD best practices. Famillier with the mechanical standards, GD&T, Drawing & Documentation Education & Qualification B.E. Mechanical Engineering

POSITION OVERVIEW Position is for the 3D modeling Lead in Battery Energy Storage BESS DUTIES AND RESPONSIBILITIES Create detailed 3D CAD models and assemblies using SolidWorks (Must) & AutoCAD. Prepare part, manufacturing and assembly drawings compliant with ISO/ANSI and company standards. Import/export and validate electromechanical components within system models. Develop fabrication-ready drawings adhering to internal design guidelines. Generate and manage detailed Bill of Materials (BOMs). Support concept development with strong analytical and problem-solving skills. Apply DFMEA/FMEA practices to enhance design robustness. Ensure proper material selection based on IS metal grades and performance needs. Design with understanding of sheet metal design, fabrication methods, coating, and surface finish. Integrate mechanical systems into standard shipping containers, understanding container structure and constraints. EDUCATION & QUALIFICATIONS B.E. Mechanical Engineering REQUIRED SKILLS Proficient in SolidWorks with strong knowledge of CAD best practices. Excellent command of mechanical standards, GD&T, Drawing & Documentation Understanding of electromechanical integration in BESS or related systems Battery Design, BESS Design, HVAC, Chiller calculations. Interested and suitable candidates can share their resume to vibin.george@tataautocomp.com

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

Detailed engineering of EHV GIS/AIS Substations, Equipment layout preparations, earthing system design, DSLP system design, lighting system design, Battery Design, LT distribution system for substations etc. Preparation of BOQ for procurement of materials. Understanding the requirements of firefighting & fire alarm systems of the substations, reviewing and finalization of technical documents of the system. Preparation power and control cable schedule. Technical evaluation of all the substation equipment and coordination with procurement team for placement of Purchase orders. Coordination with vendors for vendor drawing submission and review of vendor drawings Coordination with clients for drawing approvals. Coordinating the material inspections with clients and vendors. Coordination with execution team at project site for the engineering clarifications and filed changes. Technical support to tendering team, preparation of overall equipment layouts, Lot item BOQ and evaluation of tender stage offers. Studying and understanding of technical specifications and scope of the projects and raising the technical clarifications. Clear Understanding of Indian and international standards. Skill Required: Autocad Lighting Software - Dialux MS Office

Candidate must have excellent skill in UG NX (Unigraphics NX) software 3 to 8 years of experience as CAD Engineer It is an urgent opening who join immediately with a max notice period of 1 month Domains are design of Sheet metal, Chassis, Frame, Suspension, Casting, and Brake systems in E-Mobility sector Working experience in any of the above domains using Unigraphics NX software . Have good knowledge on manufacturing process - Stamping, Machining, Forging, Die-Casting, and Injection Molding Strong understanding of mechanical engineering principles and automotive systems Developed detailed 3D models & engineering drawings for for sheet metal, chassis & frame parts Good communication skill & technical knowledge

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 Education: Bachelor's in Mechanical/Electrical Engineering or related field Experience: minimum 4 years in Li-ion battery system design, with a focus on thermal management. Proficiency in CAD and SolidWorks, Catia latest versions for battery design. Battery Technology: In-depth knowledge of Li-ion batteries, chemistry, and safety and their detailed characteristics. Thermal Management: Strong understanding of thermal control in battery systems. Component Selection: Ability to select appropriate components and materials. Safety Compliance: Familiarity with battery safety and regulatory standards. Process monitoring activities from design stage to final product. Required Experience on EV 2W, L3 and L5 segments battery design knowledge. Very good knowledge and experience handling the regulatory requirements for batteries like AIS 156 Basic knowledge on any one major CAD and SolidWorks, Catia. Creating of Engineering BOM and perform DFMEA of components & systems. Experience in Tooling concepts of battery components.