5 Dfa Jobs nearby Manesar

Role Overview: As the NPD Design Head for Tool & Die at the company, you will lead the New Product Development design team. Your primary responsibility will be to spearhead the design and development of high-precision tools, dies, jigs, and fixtures to support product innovation, prototyping, and manufacturing excellence. Key Responsibilities: - Lead and manage the NPD Tool & Die design team through all stages from concept to production. - Coordinate with cross-functional teams (R&D, production, QA, procurement) to transform product concepts into manufacturable designs. - Develop 3D/2D CAD models and technical drawings utilizing software like AutoCAD, SolidWorks, or Simulation. - Review and approve tool and die designs to ensure alignment with product specifications, cost targets, and timelines. - Supervise prototype fabrication, testing, validation, and iteration of tools and dies. - Apply DFM (Design for Manufacturability) and DFA (Design for Assembly) principles consistently. - Establish and standardize best practices for design, testing, and documentation. - Address tooling issues by implementing design enhancements for improved reliability and performance. - Keep abreast of industry advancements in die-making technology, materials, and design trends. - Lead innovation and continuous improvement initiatives in tooling development. Qualifications Required: - Bachelor's degree in Mechanical Engineering or a related field. - Demonstrated experience in tool and die design, with a preference for experience in a leadership capacity. - Proficiency in CAD software such as AutoCAD, SolidWorks, or Simulation. - Strong understanding of DFM and DFA principles. - Excellent problem-solving and communication abilities.,

As a Battery Engineer Mechanical CAD engineer at our new venture focusing on advanced battery systems for High Voltage ESS applications, your role involves designing and developing cutting-edge products to meet specific application requirements and performance targets. Your responsibilities include: - Utilizing computer-aided design (CAD) software (e.g., SolidWorks) to create detailed 3D models and engineering drawings for components and assemblies. - Preparing comprehensive engineering documentation, including detailed drawings, specifications, bills of materials, and assembly instructions. - Working closely with cross-functional teams to ensure seamless integration of mechanical systems. - Collaborating in the prototyping phase to validate mechanical systems and subsystems, ensuring compatibility with the overall product. - Identifying opportunities to reduce production costs while maintaining quality and performance standards for mechanical components. - Participating in design reviews, brainstorming sessions, and technical discussions to drive continuous improvement and innovation in product design. - Conducting DFMEAs, DFA, DFM & DFX studies to assess, document, and iterate the design during the product lifecycle. - Staying current with industry standards and regulations related to mechanical aspects of the product. Qualifications required for this role include: - Bachelor's in Mechanical Engineering or a related field. - Proven experience in designing mechanical systems, enclosures, racks, and heavy structures. - Proficiency in CAD software. - Strong problem-solving skills, attention to detail, and a results-oriented approach. - Excellent communication and teamwork skills. - Strong knowledge of design & development of Sheet Metal, Die Cast, Plastic, Extrusion, and Machined parts. - Excellent familiarity with different rapid prototyping techniques. In addition to the mentioned qualifications and responsibilities, the job type for this position is Permanent with benefits including cell phone reimbursement, provided food, leave encashment, paid sick time, and Provident Fund. The work location is in person. Thank you for considering this opportunity with us.,

Role Overview: You will be responsible for designing and developing complex analog and digital electronic circuits for high-reliability applications. Your role will involve leading the design and prototyping of ruggedized electronic systems, selecting appropriate electronic components, collaborating with other engineering teams, conducting testing and troubleshooting of electronic assemblies, and preparing detailed technical documentation for manufacturing processes. Key Responsibilities: - Design and develop complex analog and digital electronic circuits for high-reliability applications. - Lead the design and prototyping of ruggedized electronic systems with a focus on harsh environments. - Create and review PCB layouts and schematics using industry-standard EDA tools. - Select appropriate electronic components and materials for optimal performance and cost-efficiency. - Collaborate closely with mechanical and software engineering teams for seamless system integration. - Conduct testing, validation, and troubleshooting of electronic assemblies and prototypes. - Operate lab equipment for circuit debugging and verification. - Prepare detailed technical documentation for manufacturing and compliance processes. - Contribute to cross-functional design reviews and the development of innovative electronic solutions. Qualification Required: - Bachelors or Masters degree in Electronics Engineering, Electrical Engineering, or a related field. - Additional certifications in electronics design, embedded systems, or project management are a strong plus. - Prior experience in defence, industrial, or high-reliability electronics product development is highly desirable.,

As a Lead E&E Proprietary Parts at Hero Motocorp, you will report to the Section Head EV Supplier Evaluation and be a part of the EV Quality team within the Quality Function. Your role includes driving overall Supplier Evaluation & Development for Electrical & Electronics Proprietary Parts, continuous Quality Improvement with Mechanical/Electrical components, New Tool trials, PPAP, etc. for parts like E-Throttle, TCU, BCM, EHL, DC-DC Convertor, Switches, Lighting, Wiring Harness, etc. You will also manage supplier-related actions related to NPD parts, study new designs, identify CTQ, and ensure cascading at the supplier. Additionally, you will be responsible for technology development, product standardization, VE/VA through design change, introduction of alternate material, and Supplier process improvements. Your alignment with required stakeholders is crucial to avoid potential market or development failures. Your Roles and Responsibilities include but are not limited to: - Improve the quality of Supplier parts by ensuring the quality of manufacturing processes at suppliers through Audits, QAVs - Review supplier design engineering, manufacturing, purchasing, and quality documentation for compliance to Continental and customer requirements - Develop E&E Proprietary parts at the supplier end and ensure vehicle integration activities by ensuring quality of new parts developed at suppliers, testing and validation COP, and conformity to production through robust testing mechanisms - Conduct Supplier Evaluations/QAV L1, confirm Supplier process/Quality System, and take action on current issues and problem tracking - Study new designs, identify CTQ, ensure cascading at the supplier, and address DFM/DFA/DFS - Drive DFMEA practice, ensure CFT participation, CTQ identification, and cascading - Resolve Base Model, After Market MP, GB issues through gate tracking, event trials, Dwg. Study, alignment & senior review Your day-to-day activities will involve coordinating and aligning with stakeholders, ensuring quality, cost, and first-time right approach while choosing suppliers, participating in DFMEA discussions on new technological parts, and being prepared for frequent local and international travel with short notice. Academic Qualification & Experience: - Bachelor's degree in Electrical/Electronics Engineering or equivalent - Master's degree in Electrical Engineering is a plus but not required Technical Skills/Knowledge: - Product & Process expertise, especially in E&E proprietary parts - Knowledge of 2-wheeler electrical sub-systems, New Product Development, Problem Solving, Project Management Skills, GD&T, PPAP, APQP, DFMEA, QC tools, Drawing Study, Auditing, and Quality Planning Behavioural Skills: - Strong interpersonal skills, Conflict Resolution, Effective communication skills, Assertiveness, Critical thinking & intellectual capabilities to analyze problems At Hero MotoCorp, you will work with the brightest innovators in a company that is celebrated by 110 million Indians and is taking over the world with its manufacturing superpower. Hero MotoCorp is at the forefront of developing modern, technologically superior, and eco-friendly mobility solutions for its customers worldwide. With a globally benchmarked manufacturing and R&D ecosystem, Hero MotoCorp is committed to achieving its next 100 million sales by 2030. (Note: Omitted additional details of the company as it is not present in the provided Job Description),

As an Intern in Mechanical Engineering at GreyOrange technology, you will be responsible for various tasks related to design, documentation, and field support. Your key responsibilities will include: - Creating and modifying 3D models of mechanical parts and assemblies using PTC Creo. - Preparing 2D manufacturing drawings in Creo Drawing Mode with basic GD&T, fits, and tolerances. - Building assemblies using constraints and interface conditions, and performing basic interference/clearance checks. - Generating assembly drawings and accurate Bills of Materials (BOMs. - Exporting and sharing files in standard formats (PDF, DXF, STEP) following naming and revision standards. - Maintaining revision control and PLM hygiene in Windchill, including check-in/out, revise, release, and publish viewables. - Supporting prototype, verification, and reliability tests by assisting with setup, measurements, data logging, and photos. - Converting bench notes into clear test procedures, acceptance criteria, and concise reports. - Participating effectively in brainstorming sessions and engineering discussions. - Preparing fabrication packs for vendors and assisting with receiving checks and basic NCR documentation. - Supporting field/site issue triage and closure through Jira ticket hygiene, repro steps, and part/version tracking. Qualifications required for this role include: - Pursuing or 2025 graduate with a B.Tech in Mechanical/Mechatronics or a related discipline. - Good working knowledge of CAD. - Knowledge and understanding of PTC Creo for parts, assemblies, and 2D drawings. - Working knowledge of fits & tolerances and basic GD&T. - Ability to run basic interference/clearance checks and generate BOMs. - Basic understanding of machining and sheet-metal processes, as well as DFM/DFA considerations. - Familiarity with PLM tools, with Windchill preferred, and revision/naming best practices. - Comfortable with measurement tools such as calipers, micrometers, torque tools, and safe lab practices. - Strong documentation habits and proficiency with spreadsheets for logs and simple plots. - Clear communication skills, attention to detail, and the ability to work independently and in a team. Preferred qualifications that would be good to have for this role include: - Working knowledge of Jira and Confluence. - Exposure to reliability testing, FMEA, and 8D. - Basic scripting skills for data cleanup/plots using Excel formulas, Python, or MATLAB. This internship offers a stipend of INR 25k/month. GreyOrange technology specializes in revolutionizing warehouses, distribution centers, and fulfillment centers with its AI-driven GreyMatter Fulfillment Operating System and Ranger robot series. The company's solutions prioritize decisions and workflows efficiently to meet customer expectations. The PickAssist product line focuses on delivering advanced solutions for robotic operations in warehouses, enhancing operational efficiency for both B2B and B2C scenarios.,

Job Description - Lead Engineer Role Overview The Lead Engineer will be responsible for managing end-to-end engineering activities related to interior and exterior trim components. The role includes ensuring timely design releases, leading prototype builds, monitoring validation and fleet vehicles, and coordinating with cross-functional teams to resolve design and production concerns. The candidate will also participate in vehicle benchmarking, quality audits, and support plant-related issue resolution to ensure high-quality delivery of components. Key Responsibilities Engineering Design & Release Ensure timely release of detailed engineering designs for interior and exterior trim components. Review design feasibility, manufacturability, and alignment with vehicle specifications. Provide technical guidance to teams for part development and design implementation. Prototype & Validation Lead proto builds and support testing and validation of trim components on fleet and prototype vehicles. Monitor validation processes and ensure compliance with performance, quality, and durability standards. Identify design gaps and coordinate corrective actions with design, CAE, and manufacturing teams. Cross-Functional Collaboration Work closely with design, CAE, manufacturing, and quality teams to resolve part development concerns. Liaise with suppliers and vendors for technical clarifications and design optimization. Support plant teams in tracking and resolving production concerns related to trim components. Benchmarking & Quality Audits Participate in vehicle benchmarking studies to evaluate competitor designs and derive improvement opportunities. Conduct quality audits for interior and exterior trim components to ensure adherence to standards. Provide inputs for design improvements based on benchmarking and audit findings. Documentation & Reporting Maintain detailed records of design releases, validation results, and concern resolutions. Prepare reports and dashboards to update management on design progress, validation status, and plant concerns. Required Skills & Competencies Strong knowledge of interior and exterior trim component design and development. Proficiency in CAD tools (CATIA V5 or equivalent) for 3D modeling and 2D drawings. Understanding of vehicle engineering processes, prototype builds, and validation methods. Familiarity with benchmarking techniques and quality audit processes. Experience in resolving plant and production-related engineering concerns. Excellent communication and cross-functional collaboration abilities. Analytical and problem-solving mindset. Ability to manage multiple priorities and ensure timely delivery. Leadership skills to guide junior engineers and coordinate with teams. Hands-on experience in prototype builds, validation, and plant support is preferred. Knowledge of automotive quality standards and benchmarking practices is a plus. B.E required.

Engineer H1 Refresh Platform (Chennai) Role: Manage product design and variant complexity for tractor platform refresh by converting customer requirements into design inputs, supporting target setting, and participating in design releases. Key Responsibilities: Collaborate across departments to identify and manage risks via Technical Design Review meetings Benchmark competitor tractor parameters and evaluate ergonomics, operator workspace, and hard point placements Analyze physical and functional interface issues and develop engineering solutions Support virtual integration and subsystem mock-ups to ensure design meets TCP targets and functional requirements Facilitate engineering activities through product implementation and design release Requirements: B.E. in Mechanical, Agricultural, or Automobile Engineering Knowledge of tractor systems, ergonomics, GD&T, FMEA, DFA, and PLM tools such as Team Centre Experience in new product development, layout working, FEA basics, and rapid prototyping Strong interdisciplinary communication and cross-functional team collaboration skills  Location: Chennai This compact JD highlights key aspects of a platform refresh engineer role focused on design risk management, ergonomic evaluation, system integration, and cross-team coordination for tractor product enhancements

Location: Chennai Experience: 7+ Years Qualification: B.E Skills: GSM Design, Catia, Basic Engineering Calculations, Material Selection, Good Communication CTC Range: 10,00,000 16,00,000 LPA Job Description We are looking for a highly skilled Senior Engineer GSM to join our team and lead the design and development of automotive glass systems. The ideal candidate should have strong expertise in GSM design, engineering principles, and hands-on experience with Catia. Key Responsibilities Lead the design, engineering, and implementation of automotive glass systems (GSM). Generate concepts, prepare detailed packaging, and develop layout designs. Ensure manufacturability and serviceability through effective design-for-manufacturing (DFM) and design-for-assembly (DFA) practices. Execute cost-saving initiatives and support VAVE activities. Upgrade and maintain benchmark databases for product development. Conduct DFMEA and ensure adherence to engineering and safety standards. Collaborate with suppliers to meet technical specifications and support validation activities. Perform basic engineering calculations related to design feasibility and performance. Support cross-functional teams and maintain effective communication throughout the project lifecycle. Key Requirements Bachelors degree in Engineering (B.E). 7+ years of experience in GSM design and automotive engineering. Strong proficiency in Catia. Solid understanding of material selection, DFMEA, and value engineering. Good communication and stakeholder management skills.

You will be responsible for the Product Planning - Aggregates at Mercedes-Benz Research and Development India. Your key responsibilities will include: - Conducting evaluation of product, process, and assembly hierarchy to optimize hours per vehicle and cycle time. - Providing early-stage inputs to the Design team on Design for Assembly (DFA) and Design for Manufacturing (DFM). - Performing detailed product studies and defining assembly processes considering quality, safety, delivery, and ergonomics. - Associating part, tool, and quality attributes with process definitions. - Conducting preliminary line balancing, TAKT time, and cycle time planning. - Designing small jigs and fixtures to support assembly operations. - Performing time studies using MTM or MOST standards (MTM certification desirable). - Suggesting process enhancements or improvements by benchmarking with earlier product lines. - Managing projects with end-to-end responsibility for delivery, quality, timelines, and innovation. Required Skills and Experience: - Strong understanding of manufacturing engineering and assembly processes in the automotive domain. - Experience in assembly line planning, line balancing, TAKT/cycle time calculations, and process optimization. - Proficiency in DFA/DFM principles and time study methodologies (MTM/MOST). - Hands-on experience in designing jigs and fixtures. - Good knowledge of tools, part attributes, and quality considerations in assembly process planning. - 28 years of experience in automotive manufacturing/production engineering. - Strong analytical skills, communication abilities, and cross-functional collaboration. Educational Qualifications: - Bachelors degree in Mechanical or Production Engineering. - Additional certifications (good to have): MTM certification, Lean Manufacturing, Six Sigma, etc. Preferred Qualifications (Good to Have): - Exposure to automotive OEM/Tier-1 assembly environments. - Experience with international projects and cross-cultural collaboration. - Familiarity with Daimler processes, tools, or global stakeholder interactions. - Knowledge of digital manufacturing tools (e.g., process simulation, layout planning software). Joining Mercedes-Benz Research and Development India will allow you to be part of a purpose-driven organization shaping the future of mobility. You will work on cutting-edge technologies and global automotive programs while thriving in a collaborative, diverse, and inclusive environment. Additionally, you will have access to world-class infrastructure, upskilling programs, and learning opportunities. At MBRDI, diversity and inclusion are essential values, and applications from all qualified individuals are welcome, irrespective of gender, background, or ability.,

As an experienced Mechanical or Automobile Engineer with 5 to 6 years of experience, your role will involve a variety of responsibilities related to cooling systems and components in automotive applications. Your key responsibilities will include: - Conducting heat load calculations for power electronic, battery cooling, and HVAC systems. - Designing and developing AC lines, hoses, and clamping brackets in both 2D and 3D formats. - Utilizing CATIA and CREO tools proficiently for 3D/2D modeling. - Demonstrating expertise in cooling components such as radiators, condensers, electric fan assemblies, transmission oil coolers, hose assemblies, electric coolant heaters, valves, and pumps. - Collaborating with suppliers for the design, development, and finalization of the Design Validation Plan (DVP) for cooling system components. - Engaging in the design release process for proprietary and BTP parts according to customer requirements. - Creating packaging concepts for cooling components and conducting packaging studies. - Understanding vehicle/subsystem functional objectives and considering packaging, serviceability, and cost implications. - Participating in technical reviews, technical assessments, and SORs preparation. - Demonstrating knowledge of vehicle-level, system-level, and component-level testing. - Conducting basic and detailed engineering tasks and benchmarking activities. - Proficiency in drawing detailing, GD&T, and knowledge of DFMEA, DFA, DFM, and DFS. Your expertise in Automotive HVAC systems, battery cooling systems, and your ability to understand and work with vehicle/subsystem functional objectives will be crucial in this role. Your experience in testing, engineering, and supplier interactions will contribute to the successful design and development of cooling components in automotive applications.,

As an intern at STEMbotix, your day-to-day responsibilities will include: - Assisting in end-to-end product design from concept to prototype. - Developing 3D CAD models, engineering drawings, and technical documentation. - Collaborating with electronics and software teams for integrated product development. - Supporting DFM (Design for Manufacturing) and DFA (Design for Assembly) processes. - Building and testing prototypes using 3D printers, CNC machines, and other tools. - Researching new materials, technologies, and sustainable design practices. - Preparing assembly manuals, guides, and documentation. - Contributing to developing competition-ready prototypes and educational kits. - Learning and applying industry design best practices. At STEMbotix, the company believes in the transformative power of learning through play. The journey of STEMbotix began with a simple yet profound idea: to create a fun and engaging environment where children can delve into STEM, coding, robotics, AI, ML, IoT, AR, and VR, discovering new worlds that can change their lives forever. The company's mission is to break the cycle of educational inequity by bringing STEM education to elementary and middle schools early and consistently. By doing so, STEMbotix aims to nurture a generation of successful professionals, bold thinkers, and passionate leaders. At STEMbotix, every child gets an equal opportunity to learn and love STEM.,

As a Mechanical Design Engineer at Griffyn Robotech in Pune, you will be responsible for designing Special Purpose machines, material handling, and Robotic Automation. Your role will involve using your expertise in 3D Modeling Assembly and 2D Drawings with SolidWorks. Additionally, you will be expected to have knowledge of engineering tools such as DFM, DFA, and DFMEA, with a special focus on electrical components like motors, sensors, and controllers. Key Responsibilities: - Create detailed engineering design drawings in both 2D and 3D formats - Prepare bill of materials, engineering calculations, and simulations - Issue drawings for manufacturing purposes - Develop G.A and Layout Drawings for machines - Prepare Layout and Manual Drawings of machines Qualifications Required: - 3 to 5 years of experience in designing Special Purpose machines, material handling, and Robotic Automation - Proficiency in 3D Modeling Assembly and 2D Drawings using SolidWorks - Knowledge of engineering tools DFM, DFA, and DFMEA is an added advantage Join Griffyn Robotech as a Mechanical Design Engineer and contribute your skills and expertise to the exciting field of Robotics and Automation.,

You are a skilled Battery Management System Engineer with a solid understanding of BMS architecture, components, and safety features. You should have experience in failure analysis, problem-solving, and Li-Ion battery assembly, including cylindrical, pouch, and prismatic cells. Additionally, expertise in LV and HV battery system handling is required. Responsibilities: - Design, develop, and test embedded software and firmware for BMS applications. - Integrate and configure BMS hardware including microcontrollers, sensors, and communication interfaces (CAN, UART, SPI, I2C). - Implement state-of-charge (SOC), state-of-health (SOH), and cell balancing algorithms. - Collaborate with hardware engineers to design PCB layouts and perform hardware-software co-validation. - Work with cross-functional teams to ensure compliance with electrical, thermal, and mechanical battery requirements. - Develop diagnostic tools and support root-cause analysis of field issues. - Document software design, validation protocols, and change logs. Skills Required: - Solid understanding of Battery Management Systems (BMS) architecture, components, and safety features. - Failure analysis and problem-solving capabilities. - Good experience in Li-Ion battery assembly (cylindrical, pouch, prismatic cells), adhesive dispensing, electrical assembly, production engineering, and knowledge of quality check points in battery assembly. - Knowledge of LV and HV battery system handling. - To develop new processes and integrate in NPDS: DFA, DFS, DVA, Ergonomics, and cable routing. - Experience in BMS architecture, SOC, SOH, cell balancing, fault detection, safety controls, and protection algorithms. - Knowledge of thermal management, energy management, and life optimization algorithms. - Experience in RS485/Modbus/CAN protocols for communication with BMS and peripheral devices. - Proficient in preparing SOPs, work instructions, and quality checklists. - Ability to read and implement custom communication protocols provided by BMS manufacturers. Qualifications Required: - B Tech in ECE/EEE Experience: - 2+ years of experience in battery management system Location: - Technopark, Thiruvananthapuram,

Role Overview: You will be responsible for owning the end-to-end development, validation, and scaling of plastic components for medical devices. Your role will involve converting design intent into robust, cost-effective manufacturing at suppliers, leading tooling/process validation, and mentoring interns and junior engineers while closely partnering with Design, Quality, and Supply Chain. Key Responsibilities: - Drive DFM/DFA for plastic parts including draft/rib/wall strategy, gate/parting/ejector considerations, knit-line/warpage control, tolerance stack-ups, and release to manufacturing. - Lead tooling & process development by conducting mold design reviews, T0/T1 trials, DOE-based optimization, and experience with over-molding/insert molding. - Plan and execute validation & quality processes such as IQ/OQ/PQ, PFMEA/Control Plans, PPAP/FAI, establish SPC with Cp/Cpk targets, and conduct Gage R&R/MSA. - Select and qualify biocompatible materials, considering ISO 10993/USP Class VI, sterilization compatibility, and aging/performance trade-offs. - Collaborate with Quality/Regulatory for regulatory alignment and meet ISO 13485 QMS, ISO 14971 risk management, and FDA 21 CFR 820 / EU MDR documentation expectations. - Manage suppliers/vendors by identifying and developing suppliers, negotiating tooling, performing audits, and driving yield/cycle-time/cost improvements. - Own dimensional inspection and lead structured problem-solving for defects, support manufacturing readiness, and mentor interns and junior engineers. - Be prepared for frequent domestic vendor visits and occasional overseas travel for supplier development and ramp support. Qualification Required: - B.E./B.Tech in Mechanical, Manufacturing, Plastics/Polymer Engineering (or related). M.E./M.Tech preferred. - 5+ years of experience in plastic part manufacturing with strong hands-on injection molding and ownership of tooling/process validation for precision components. - Solid command of ASME Y14.5 and tolerance stack analysis. - Proven experience in selecting/processing medical-grade, biocompatible polymers and documenting rationale/verification. - Proficiency in DOE, SPC, capability analysis, MSA/Gage R&R, and familiarity with Minitab (or equivalent). - Experience with CAD/Simulation software and quality systems in regulated environments. - Willingness to travel and possess soft skills like technical writing, vendor negotiation, and cross-functional communication. (Note: This job opportunity is for one of Uplers" clients - Aletha Health. Apply through the Uplers portal for this and other similar opportunities available.) If you are ready for a new challenge in a great work environment and wish to take your career to the next level, apply today through the Uplers portal. We look forward to welcoming you!,

Role Overview: You will be joining as a Hardware Design Engineer/ Sr. Engineer specializing in PCB/CAD within the Hardware Design function in Vadodara, Gujarat. Your role will involve working on high-speed and complex boards using CAD tools to create precise and efficient designs. Key Responsibilities: - Update and create accurate PCB component libraries by checking datasheets - Design and adjust PCB layouts following industry standards - Manage the entire PCB design process from creating libraries to preparing manufacturing files - Set up and test high-speed signals to ensure proper functionality - Focus on complex, multilayer PCB designs, emphasizing signal integrity and layout - Perform Design for Manufacturing (DFM) checks to ensure readiness for production - Finalize files for fabrication and assembly by checking design rules - Review and verify designs with various teams such as design, mechanical, signal integrity, power integrity, thermal, and assembly - Project management to ensure timely completion and quality control Qualification Required: - Bachelor's or Master's degree in Electronics & Communication Engineering (B.E/ B.Tech/ M.E/ M.Tech) or MSc in Electronics - Minimum of 2 years of experience in PCB/CAD design - Strong understanding of Datasheets, Library creation, IPC Standards, and MIL Standard design practices - Hands-on experience in designing High-speed, Multilayer PCBs with exposure to various technologies such as I2C, SPI, USB, Ethernet, etc. - Proficiency in EDA Tools like Mentor Expedition, Valor, and Gerber tools - Good communication skills and ability to handle projects independently Additional Company Details: Matrix is an Indian Tech Company that focuses on creating innovative products for global customers from India. You will have the opportunity to work in a challenging and encouraging environment, offering a competitive salary and benefits package. The company provides a generous leave schedule, company-paid medical insurance for the whole family, on-premise meals subsidized by the company, and other benefits.,

As a Mechanical Engineer with 8 to 12 years of experience, you will be responsible for: - Having a strong knowledge of Large Engine & DG, Balance of plant System Design, and Mechanical Engineering. This includes Structural & Piping instrumentation selection, fittings Selection & component engineering, Engineering Specification finalization, Compliance inline with International Standards & Design Codes, Design of component & Drawing Releases. - Working in technical organizations across your Career tenure with hands-on experience in CREO, ACAD, and Ansys tools handling for Design/Analysis. Knowledge of Windchill to create & manage BOM EBOM, MBOM Configuration, and manage Configuration Rules for product feature dependencies. - Being an expert in Piping layout & Fluid mechanics with experience in generator subsystems like cooling system, Exhaust, alternator system, etc. Knowledge of development tools and processes such as Engineering standards, DVP, SOR, FIRG, 8D, analysis tools, material limits, and failure analysis techniques. - Following DFA, DFMEA, SPC process for product improvements and having basic test cell Knowledge to Coordinate with test engineering and other sections of business. Guiding Validation team on key tests needed to verify and validate the component or subsystem along with the test plan process. - Collaborating with the team for manufacturing and rework processes during proto or final component development. Understanding supplier capabilities, communicating and working with the Suppliers while keeping Company propriety information safe. - Providing a base product configuration that is 100% Functional BOM and allowing Customers to change/enhance the base configuration by selecting alternatives or upgrading. Having experience in Windchill BOM EBOM, MBOM Configuration by using Options and Variants, manage Configuration Rules for product feature dependencies. - Understanding the generator Business process and supporting BOM Management in Oracle. In addition, the company prefers candidates from Genset and off-road application Industry.,

Role Overview: As a Senior Technical Architect - Mechanical Design for Medical Devices at Quest Global, you will be responsible for leading and contributing to mechanical design projects. Your role will involve utilizing advanced Computer-Aided Design (CAD) tools to create high-quality designs for medical devices. You will collaborate with cross-functional teams to ensure compliance with industry standards and contribute to innovative product development within the healthcare sector. Additionally, you will be required to mentor team members, provide technical guidance, and ensure the efficient execution of projects. Key Responsibilities: - Possess 15-20 years of experience as a Mechanical Design Engineer - Minimum 8 years of experience specifically in medical devices, with expertise in Renal dialysis machines and consumables design - Hands-on experience in all phases of the medical device life cycle, including New Product Development (NPD), sustenance, and post-market support - Develop Medical device architecture focusing on Mechanical aspects - Proficiency in designing using materials such as Plastic, Sheetmetal, and machined parts - Design products in compliance with regulatory standards such as IEC 60601-1, MDR 2017/745 or MDR 2017/746, QSR per 21 CFR Part 820, FDA510K, UL, and CE - Provide key inputs to the team, proactive initiatives, and knowledge on Root Cause Analysis (RCA) and troubleshooting - Familiarity with Quality Management System requirements as per ISO 13485 - Prepare Risk management documentation as per ISO 14971, including DFMEA, PFMEA, and SFMEA - Manage the document and change process using PDM/PLM software in the medical device industry - Experience in Obsolescence management and complete system Bill of materials management - Cost-conscious mindset towards device design and ability to drive Value Engineering initiatives - Documentation of design, critical design reviews, and release for Prototype/Production - Support for Prototype development, supplier management, and detailed Design for Manufacturing (DFM) reviews - Assist in Pilot lot assembly, production support, and maintenance of Design History File, Device History Record, and Device Master Record documents - Support Verification and Validation tests, both external and internal - Proficiency in 3D tools like SolidWorks, Creo, etc., for Concept Design and Complete Engineering design - Strong mechanical design skills with knowledge in GD&T, tolerance stack-up, FEA, and CFD - Understanding of manufacturing processes including DFM, DFA, and DFT - Proficiency in material selection and assessment of alternate materials impact with Suppliers - Experience in Labelling and Packaging design for medical devices Qualifications Required: - Work experience in Mechanical part development, tool design, CAD drawings, and Manufacturing Drawing - Customer relationship management skills, Delivery Leadership experience, and Team management skills - Proficiency in conducting Functional tests, Critical IEC tests, and Particular standards testing - Expertise in Change Management processes and Sustenance activities in medical products or healthcare business - Knowledge of ISO 13485 Quality Management System, IEC Standards, and MDR - Ability to take initiatives and drive projects to completion (Note: The above details are as per the provided Job Description of Quest Global.),

As an experienced professional in the field of designing and developing sheet metal and plastic parts for Split AC units, your role will involve the following key responsibilities: - Designing and developing sheet metal and plastic parts for Split AC units, ensuring precision and functionality. - Selecting appropriate sheet metal and plastic materials for the manufacturing process. - Conducting design reviews and implementing Design for Manufacturability (DFM) and Design for Assembly (DFA) principles. - Performing Mould Flow analysis to optimize the design. - Managing the New Product Development (NPD) process for Split AC units. - Ensuring 3D/2D design readiness in adherence to the NPD schedule. - Identifying opportunities for Value Analysis/Value Engineering (VAVE) and product quality improvements in relation to sheet metal and plastic parts. - Conducting performance and reliability testing specific to Split AC units. - Understanding the tooling requirements and machinery necessary for the production of sheet metal and plastic parts. - Estimating the costing involved in the production of sheet metal and plastic parts. - Conducting benchmarking exercises against competitor products. - Collaborating with cross-functional departments to ensure seamless coordination and project execution. Qualifications required for this role: - Previous experience in designing and developing sheet metal and plastic parts for Split AC units. - Knowledge of sheet metal and plastic material selection. - Familiarity with DFM, DFA, and Mould Flow analysis. - Proficiency in the New Product Development process. - Experience in performance and reliability testing. - Understanding of costing principles for sheet metal and plastic parts. - Competitor product benchmarking skills. Please note that the job location for this position is Ghiloth, Rajasthan.,

Role Overview: At Visteon, the work you will be doing is not just relevant and recognized by the organization, but also by industry-leading brands and millions of drivers worldwide. As a global technology leader in the mobility space, Visteon is focused on building cross-functional and cross-cultural teams to help you grow. Every task you undertake at Visteon is not just a job, but a mission to shape the future and contribute to a cleaner environment in the midst of a mobility revolution. Visteon is at the forefront of this revolution, capitalizing on the shift towards electric vehicles and autonomous safety technologies in the automotive industry. Key Responsibilities: - Mechanical design and development of cockpit electronics and electrification products for the automotive industry. - Providing mechanical support for products and productions including release, changes, etc. - Building and updating CAD models and drawings of parts and products, ensuring alignment with Technical Ladder community. - Utilizing fundamental CAE simulation tools to perform structural and thermal analyses in CATIA, validating designs to meet stringent automotive industry standards. - Leading technical design reviews and participating in DFMEA sessions. - Engaging in project management and process compliance activities. - Communicating and coordinating with relevant stakeholders. Qualification Required: - Bachelor's degree in mechanical engineering or a related field. - 8 to 10 years of industry experience in relevant products. - Proficiency in 3D models design, including GSD (Generative surface design - Class A,) parts, and assemblies using CAD Tools like CATIA V5 and NX. - Experience in preparing 2D drawings using CAD Tools such as CATIA V5 and NX. - Knowledge of tolerance stack-up, GD&T (Geometrical Dimensioning and Tolerancing), and feasibility studies. - Familiarity with DFMEA (Design Failure Mode and Effect Analysis) and experience in plastic, sheet metal, and die casting component design. - Experience in DFM and DFA requirements, ME project management activities, and proficiency in JIRA (an added advantage). - Adherence to Visteon process compliance. - Effective communication skills in verbal and written English. Additional Company Details: Visteon is focused on leading the evolution of automotive digital cockpits and safety solutions through constant innovation. The company's strategy is aimed at driving future growth and is recognized across the industry for its innovative solutions. Working at Visteon offers employees the opportunity to develop their strengths, advance their careers, and make a global impact on how we interact with vehicles. Competitive compensation and benefits are provided to encourage employees to achieve their career goals. Visteon's product portfolio includes digital cockpit innovations, advanced displays, AI-enhanced software solutions, and integrated EV architecture solutions, partnering with global automakers to create safer, cleaner, and more connected journeys. Operating in 17 countries with a global network of innovation centers and manufacturing facilities, Visteon is committed to advancing mobility through innovative technology solutions.,

As a skilled PCB Designer, your role involves designing high-speed, multi-layer PCBs for automotive embedded systems like Digital Clusters, IVI Systems, Telematics ECUs, and Power Electronics modules. You will collaborate closely with hardware engineers to ensure EMI/EMC-compliant and production-ready PCB layouts. **Key Responsibilities:** - Design multi-layer PCBs (4-12 layers) for automotive-grade embedded hardware (Cluster, IVI, TCU, Telematics, ECUs). - Perform high-speed PCB layout for interfaces including LPDDR, eMMC, Ethernet (RGMII/RMII), MIPI DSI/CSI, USB, CAN, LIN, SPI, and RF sections. - Proficiency in Altium Designer, OrCAD PCB Editor, Cadence Allegro, or equivalent PCB EDA tools. - Strong knowledge of High-speed signal routing, Impedance-controlled stack-up, Power distribution network design, RF layout (BLE/WiFi/LTE/GNSS), High-current power electronics routing. - Experience with Gerber generation, fabrication files, drill files, and 3D model integration. - Understanding of IPC standards (IPC-2221, IPC-7351, IPC-610). - Create PCB stack-up in collaboration with fabrication vendors, ensuring impedance-controlled routing. - Execute differential pair routing, length matching, skew control, and impedance calculations for high-speed nets. - Perform placement & routing considering thermal, mechanical, and electrical constraints. - Ensure PCB designs meet EMI/EMC standards (CISPR 25, AIS004, ISO 11452). - Implement design guidelines for automotive EMC, ESD, and signal/noise immunity. - Perform DFM, DFA, and DFT checks before release. - Prepare and review fabrication drawings, assembly drawings, and manufacturing documentation. - Work closely with hardware design engineers on schematic-to-layout flow. - Implement feedback from SI/PI engineers and validation teams. - Coordinate with PCB fabricators and assembly houses for manufacturability improvements. - Maintain revision control and documentation of all PCB design files. - Created DFMEA, DFM, DFA and validation plans aligned with V-model. - Contributed to HARA, safety goals, and technical safety concept for ECU. - Ensure compliance with automotive standards such as AEC-Q and ISO 26262. This job does not include any additional details about the company.,