6 Bom Generation Jobs

As a PLC and Robotic Engineer for a Lithium Battery Project in Pune, you will be responsible for designing and implementing robotics and automation systems. Your day-to-day tasks will involve analyzing and enhancing existing processes, writing and testing software code for automation systems, and working closely with cross-functional teams to ensure the success of the project. Additionally, you will troubleshoot and maintain automation systems to guarantee optimal performance. To excel in this role, you must possess Robotics and Process Automation skills, Strong Analytical Skills, and Software Development skills. Excellent Communication skills are essential as you will collaborate with various teams. Experience in battery technology or related fields is advantageous. Your responsibilities will include component selection and BOM generation, PLC/HMI/servo programming, on-site commissioning, and customer training, issue reporting, and resolution, as well as electrical documentation and program archiving. Collaborating with the mechanical team on electrical solutions will be a key aspect of your role. To qualify for this position, you should hold a degree in Electrical Engineering, Mechatronics, Instrumentation, or Controls. Experience with Keyence PLC/Ether CAT/Ethernet/IP is preferred. A background of 3-5 years in non-standard equipment commissioning is required. Strong communication and analytical skills are vital, and you should be accountable and adaptable to overtime and travel requirements.,

As an Electrical Battery Engineer at our organization, you will be responsible for the detailed design of traction battery pack electrical and electro-chemical hardware at component and vehicle levels. Your expertise will be crucial in serving as the interface between powertrain requirements, engineering design houses, contract manufacturers, joint development partners, and testing partners. Reporting to the VP of Engineering, you will play a key role in the successful development and integration of battery systems. Your primary responsibilities will include performing powertrain battery sizing exercises using various methods such as analytical, simulation/modeling, industry survey, and competitor vehicle benchmarking. You will then translate sizing requirements into pack and cell level technical specifications while managing trade-offs effectively to meet customer expectations and cost targets. Additionally, you will be tasked with owning battery cell activities, including identifying capacity, chemistry, form factor, BMS specification, and configuration. Your role will involve collaborating with contract manufacturing partners on technical aspects related to battery components. Moreover, you will work closely with the supply chain team to source battery-related components globally for an enhanced customer experience. Furthermore, you will be involved in testing samples or prototypes of cells, battery packs at different levels ranging from bench tests to vehicle riding levels. You will also collaborate with leads to integrate the battery pack into the vehicle, focusing on electrical integration and thermal management aspects. To excel in this role, you should be a multi-disciplinary problem solver, a collaborative team player, and have at least 7 years of experience in developing EV powertrain battery technologies. Startup experience would be highly desirable. Proficiency in MATLAB, Python, Excel, electrical CAD, and mechanical 2D/3D CAD design tools is essential for designing and inspecting various components related to battery systems. Moreover, you should have applied knowledge in tolerance stack analysis, GD&T, IC selection, BOM generation, and PCB testing. Your experience in battery cell selection, BMS system architecture, and familiarity with communication interfaces such as CAN, ethernet, SPI, UART, and RS-485 will be valuable assets in this role. Experience in working with contract manufacturers and joint development partners to ensure scalability to high volumes and familiarity with embedded firmware development, IoT systems, and cloud storage would be advantageous for this position. A passion for motorcycles, riding, and automotive technologies would be a great addition to our team.,

You will be responsible for leading the concept development, detailed design, and integration of BIW structures such as pillars, roof rails, floor assembly, front/rear modules, and reinforcements. Your role will involve developing lightweight, cost-effective, and structurally robust BIW solutions using advanced materials and manufacturing processes. It will be crucial to ensure the timely release of CAD models and 2D drawings with accurate GD&T and tolerance analysis. Collaboration with various teams including CAE, NVH, Crash, Manufacturing, Quality, and Serviceability will be essential to achieve integrated vehicle performance. Managing design feasibility in terms of welding, joining techniques, and assembly constraints will be a key aspect of your responsibilities. You will also need to engage with suppliers and manufacturing for tool validation, part feasibility, and cost optimization. Additionally, you will support design validation activities such as prototype builds, physical testing, and correlation with simulation. Contribution to DFMEA, DVP, BOM generation, change management, and gate reviews will also be part of your role. Ensuring compliance with regulatory crash, pedestrian safety, and emission standards will be crucial in this position.,

As a PCB Designer, you will be responsible for designing, developing, and optimizing PCB layouts based on project requirements. Using Altium Designer software, you will create detailed PCB designs while ensuring functionality and manufacturability. Additionally, you will conduct simulation and analysis of PCB designs for electrical performance, signal integrity, and reliability. Collaboration with hardware and software engineers is vital to integrate and test PCB designs effectively. Providing accurate cost and time estimates for PCB design projects is a key aspect of your role. This includes component sourcing, PCB manufacturing, and assembly. You will be required to generate and review Bill of Materials (BOM) for cost estimation and sourcing, ensuring cost-effective solutions without compromising quality or performance. Documentation and reporting are crucial parts of the job. You will prepare design documents, layout files, and technical reports while maintaining proper documentation of design revisions and updates. Collaboration with procurement and production teams is essential to ensure smooth project execution. Liaising with internal teams such as R&D, production, and quality assurance is necessary to ensure design feasibility and timely delivery. Supporting troubleshooting and design improvements during the production process is also part of your responsibilities. You will be accountable for ensuring all designs meet industry standards and comply with safety and regulatory requirements. Staying updated on the latest trends, tools, and techniques in PCB design and estimation is essential to excel in this role. **Required Skills and Qualifications:** **Educational Qualification:** - B.E/B.Tech in Electronics Engineering or Diploma in Electronic Engineering. **Technical Skills:** - Proficiency in PCB designing tools, especially Altium Designer. - Strong knowledge of electronic components, circuits, and assembly processes. - Solid understanding of PCB manufacturing processes and design for manufacturability (DFM). - Expertise in using MS Excel for creating estimation spreadsheets, cost analysis, and BOM generation. - Basic knowledge of simulation tools for PCB testing and analysis. If you are looking for a challenging role where you can utilize your PCB design skills and work in a collaborative environment to deliver high-quality designs that meet industry standards, this position is for you. Contact HR at 7045061997 for further information. This is a full-time, permanent position with a day shift schedule. One year of total work experience is preferred. The work location is in person.,

Role & responsibilities Lead the design and development team of Sheet Metal, Casting and Plastic components, including 3D modeling, drawing creation, and BOM generation, aligned with budget, timeline, and project resource constraints. Responsible for 3D modelling, drawing creation, and BOM generation for mechanical components used in EV platforms, including enclosures, brackets, mounts, and thermal management parts. Drive engineering change management through established processes (ECR & ECN) and ensure timely design release. Apply advanced knowledge of manufacturing processes for Sheet Metal and Plastic parts, including DFM/DFA principles. Interpret and apply GD&T, perform tolerance stack-up analysis, and contribute to DFMEA to ensure design robustness and reliability. Independently execute tasks with minimal supervision while proactively identifying design risks and proposing solutions. Collaborate with cross-functional teams including electrical, thermal, and systems engineers to ensure mechanical-electrical integration. Utilize PLM tools (Teamcenter preferred) for data management, version control, and release workflows. Support troubleshooting and root cause analysis of issues during development, validation, or field operation. Keep up-to-date with industry trends and emerging technologies in mechanical design for EVs, including lightweight materials, thermal systems, and modular design. Exposure to IP sealing, thermal interface design, EMC shielding, and high-voltage packaging will be an added advantage. Skills & Qualifications: Bachelors or master’s degree in mechanical engineering (or equivalent). 5 to 12 years of experience as a Mechanical Design Engineer, preferably in product or component development. Strong experience with Creo for 3D CAD modelling and Teamcenter or similar PLM tools. Proven ability to generate and interpret detailed engineering drawings and specifications. Sound knowledge of GD&T, tolerance analysis, DFM/DFA, and design validation methodologies. Familiarity with EV-specific requirements such as high-voltage component packaging, structural design for vibration/shock, and thermal management systems. Excellent problem-solving skills with strong verbal and written communication abilities.

Handling Design & Development of Injection Molding & Sheet Metal Auto Parts handling DRAWING GENERATION, CHILD PART DRAWING, BoM GENERATION, TOOLS DESIGN, FIXTURES DESIGN, GAUGES DESIGN, ECN, DCN, VALUE ENGINEERING, REVERSE ENGG, CFT, APQP, PPAP etc Required Candidate profile BE 3+yrs exp into DESIGN & DEVELOPMENT of Automotive Components with strong exposure in INJECTION MOLDING, SHEET METAL & ELECTRIC PARTS Strong skills in Autocad, Solidworks, Creo-2 Prem @ 9094239152 Perks and benefits Excellent perks. Send CV to jobs@adonisstaff.in