215 Dfa Jobs - Page 7

1. PRINCIPAL ACCOUNTABILITIES Manufacturing Engineering for new products: (variant) During RFQ stage, study concept drawing and BOM given by R&D and review RFQ for Qty and milestone dates Prepare Make or Buy Sheet and prepare Preliminary manufacturing feasibility document for in-house processes. Prepare in-house manufacturing planning sheet for investment required along with Process costing input sheet and Capex approval sheet Prepare tentative timeline chart for in-house facility development Record all the documents in proper files (Soft/Hard) for reference after approvals During Proto Phase participate in DFM, DFA and proto sample making and provide inputs related to manufacturability Study Development product drawings as released by R&D and prepare process flow, critical product characteristics list and propose which mfg. cell to use and basic line design and get it reviewed by plant ME Head Attend Process Design Review meeting and get approval from BU-ME and Plant Head Conduct PFMEA review with CFT members & finalize pokayoke and interlocks required Review and modify master list of mass production line facilities and update master development plan, get it approved from plant ME head and release to PM Prepare specifications sheets for facilities like Machines, Jigs & fixtures Arrange Quotes for machines and Jigs & fixtures via purchase Compare quotes and give technical recommendation Raise PR and follow-up with purchase for releasing PO Interim and final inspection at supplier end to review development status Get machine installed and commissioned in plant through maintenance Conduct machine trials, prepare tooled up samples, conduct process qualification and process capability studies Conduct internal PPAP run with QA as lead Submit final Process flow, control plan & PFMEA with IPO Manufacturing engineering for current products: (variant) Prepare and keep cellwise and product wise line capacity sheets updated and get it reviewed by Plant ME Lead Current products for adequacy Keep latest shop floor layout ready with due approvals Execute debottlenecking projects as given by HOD Achieve Quality Improvements by doing defect analysis with QA and take actions on root cause by providing Preventive & Detective countermeasures. Fill PCRN, get it approved and implement Do process capability & Process qualification studies as and when required Productivity Improvement by Implement low cost automation solution, layout improvements to save manpower Update process document like PFC, PFMEA, Control Plan and IPO as and when required Continuous improvement through Industrial Engineering effort: Study production process at granular level and do time study using MOST methodology for new products as well as current products as and when requested Analyze opportunities and flow for improvement of workstation ergonomics and implement necessary actions Jigs, Fixtures, Tools & Gauges Design and documentation: (variant) Prepare concept design of Jigs, Fixtures & Process Gauges for New Product Development which is to be approved by Design Lead after design review with requester Design & release final tool drawing after approval from manager Ensure proper storage & retrieval of latest drawings Modify existing tools to achieve improvement in quality, reduction in set-up time &cost as per from process engineer by using pokayoke & SMED concepts Arrange new machine, Jigs & Fixtures as per given projects by HOD, follow model specifications for the same; RFQ to supplier, comparison of quotes and preparing technical recommendations etc., fill PR Do midterm inspection of new machine, Jigs & Fixture, get them installed by maintenance, do trials and handover to production 2. MAJOR CHALLENGES Line availability (to complete all activities in that specific time slot) and no. of try out during new machine installation during NPD phase Stringent customer timelines Shorter development times for design with many programs coming together 3. DECISIONS All Investments and documents review during NPD JFG Design Approval Decisions on concept design & material selection to be made in consultation with manager All decisions to be reviewed with immediate manager before action

Job : Unique Job Role Senior Engineer \u2013 R&D Function ISCM Reporting to Deputy Manager \u2013 R&D Business Watches-Hosur Grade L4 Date 15/05/2025 Job Details This role focuses on end-to-end design and development of mechanical movement complications. The Senior Engineer is responsible for conceptualizing, simulating, prototyping, validating, and releasing technical data for complex movement designs. The role also supports reliability improvement initiatives, competitive benchmarking, and ensures manufacturability and standardization across new movement platforms. External Interfaces Internal Interfaces \u00B7Swiss / External Vendors \u2013 Design, Reliability Testing, Assembly, Manufacturing. \u00B7PED \u2013 Mechanical, \u00B7Brand / Design Excellence Centre / D&D / NPD \u00B7Movement Manufacturing shops \u00B7Assembly (Internal customer) \u00B7Sourcing \u00B7Quality Function Job Education B.E (Mechanical Engineering) Relevant Experience Fresher Behavioural Skills \u00B7High creativity and problem-solving mindset \u00B7Ability to work across cross-functional teams \u00B7Detail-oriented with strong documentation habits \u00B7Strong interest in horological innovations and competitive intelligence Knowledge \u00B7Engineering Drawings, GD&T, Stack-up Analysis \u00B7DFM/DFA, FMEA, Root Cause Analysis \u00B7SoftwareAutoCAD, Inventor, SAP, Excel, PowerPoint Expected Process Contributions Expected Process Contribution Process Outcome Performance Measure Designing of High-End Mechanical complications 1. Designing High end mechanical complications, interacting with NPD / DEC / Brand to adhere to the new product requirement, 2. Use CAD and FEA tools for layouts and simulations 3. Create technical design documents 4. Propose new features and improvements 5. Support movement portfolio enhancement \u00B7Innovative and functional movement complications \u00B7Number of designs released \u00B7% Alignment to NPD calendar, \u00B7No of New Concepts Documentation 1. Release of Product drawings, profile charts and technical data 2. Maintain version control and documentation 3. Ensure release readiness for production \u00B7Clear and updated technical documents \u00B7Number of documents released \u00B7Error % in the documents released, Proto validation and DFM / DFA 1. Coordinate PoC prototyping and testing 2. Validate functions through proto 3. Incorporate feedback into final design 4. Incorporating Mfg. Shop feedback after Proto trials on product drawing for mass manufacturing 5. Conduct DFMEA sessions with relevant stakeholders 6. Identify and resolve design risks 7. Improve long-term reliability 8. Support manufacturing and assembly teams 9. Apply DFM/DFA principles 10. Solve design-related production issues \u00B7Reliable and risk-proof designs \u00B7Production-ready and easy-to-assemble designs \u00B7Coordinate for POC manufacturing / Assembly \u00B7Number of PoC trial iterations \u00B7No. of DFMEA solutions initiated and implemented.

Role & responsibilities CANDIDATE PROFILE Graduate / Post Graduate in Mechanical Engineering 6-10 years Automotive Powertrain Design Automotive OEMs, Design Consultants Work Locaiton: Pune Design and Development: Components for External engines for Marine applications Packaging and Concept Study: Ensuring components fit and function within the Engine peripheral environment. Coordination: Working with stakeholders and cross-functional teams. Participation: In DFM/DFA/DFS/DFMEA & DVP activities REQUIREMENTS: Domain Knowledge: Experience with Engines and its applications Testing Knowledge: Understanding of system and component level testingDesign Knowledge Component types: Casting parts like manifolds, brackets, Housings, 5C components Forging components Sheetmetal Pipes routings CATIA V5 Skills: Proficiency in 3D Design with basic simulation awareness and work individually on component drawings. PLM Tools: Familiarity with Windchill. GD&T Knowledge: Use of GD&T on components MS Tools: Proficiency in SharePoint, Excel, PowerPoint. Release Process / Change Management/ BOM: Knowledge of these processes. Fundamentals and Analytical Skills: Strong foundational and analytical abilities. Communication Skills: Effective communication with global team, basic know how of German preferred Creative and Structured way of working

Align NPI strategy, lead decisions, manage docs (PFMEA, WI), support design reviews, drive Lean, resolve yield issues, lead DFM/DFA, develop processes, ensure IATF 16949 compliance, coordinate suppliers, execute pilot builds, track milestones.

Senior Mechanical Engineer Pune, Maharashtra, India – Type (On-site) Come build your career. It takes great people to achieve greatness. People with a sense of purpose and integrity. People with a relentless pursuit of excellence. People who care about making things better For Those Who Make The World™. Sound like you? Join our top-notch team of more than 50,000 diverse and high-performing professionals globally who are making their mark on some of the world’s most beloved brands, including DEWALT®, BLACK+DECKER®, CRAFTSMAN®, STANLEY®, CUB CADET®, and HUSTLER®. The Job: As a Mechanical Engineer, you’ll be part of our Mechanical Engineering team working as an on-site employee. You’ll get to: Lead technical maintenance for existing mass-production products, provide technical solutions to manufacturing process issues, including NPR, FTP, FSA KPIs. Manage product data and evaluate quality improvements based on test results analysis and tear down observations. Work with global warranty projects, analyze service data and end users feedback, then dig out root cause and implement corrective actions. Independently develops new products and collaborates with oversea design center to delivery new projects. Lead products transfer to Pune plant, localize components & make value improvement projects to meet global strategy. Global communication about products management and development. Work with Cross functional teams across operation teams seamlessly to speed up Product Launches The Person: You love to learn and grow and be acknowledged for your valuable contributions. You’re not intimidated by innovation. Wouldn’t it be great if you could do your job and do a world of good? In fact, you embrace it. You also have: Bachelor/Master degree in Mechanical engineering, Manufacturing engineering or equivalent. 5~8 years working experience in new product design & development, familiar with power tools or home appliances is preferred. Proficiency with 2D/3D design software, such as Pro/E, CATIA, UG or others + PLM data management software is a must. Knowledge in designing Plastics/ Die casting/ Sheet metal/ Machined parts. Tool Design Skillset is an added advantage Proficient in Design tools- DFMEA, DFA, DFM, Tolerance stacks, GD&T, Six sigma Fluent communication in oral English, presentation skills and good teamwork spirit. Good learning capacity, problem solving ability and strong sense of responsibility. Strong Engineering Fundamentals & Able to Perform Basic Engineering calculations & interpret Analysis results And More: We want our company to be a place you’ll want to be – and stay. Being part of our team means you’ll get to: Grow: Be part of our global company with 20+ brands to grow and develop your skills along multiple career paths. Learn: Have access to a wealth of learning resources, including our Lean Academy, Coursera®, and online university. Belong: Experience an awesome place to work where we have mutual respect and a great appreciation for diversity, equity, and inclusion. Give Back: Help us continue to make positive changes locally and globally through volunteerism, giving back, and sustainable business practices. What’s more, you’ll get that pride that comes from empowering makers, doers, protectors, and everyday heroes all over the world. We’re more than the #1 tools company. More than a driving force in outdoor power equipment. More than a global leader in industrial. We’re visionaries and innovators. As successful as we’ve been in the past, we have so much further to go. That’s where you come in. Join us!

Job Title: CAD Engineer - Lithium Battery Systems Job Summary: We are looking for a skilled and detail-oriented CAD Engineer to join our lithium battery engineering team. The successful candidate will be responsible for creating and managing 2D/3D models, detailed drawings, and design documentation for lithium-ion battery packs, modules, and associated components. You will collaborate with cross-functional teams in mechanical design, thermal systems, electronics, and manufacturing. Key Responsibilities: Design 2D and 3D CAD models of battery enclosures, modules, and components using software such as SolidWorks or AutoCAD. Create and maintain detailed engineering drawings, BOMs (Bill of Materials), and GD&T annotations. Collaborate with mechanical, electrical, and thermal engineers to ensure design feasibility, manufacturability, and performance. Support rapid prototyping, DFM (Design for Manufacturing), and DFA (Design for Assembly) efforts. Conduct tolerance stack-up analysis, interference checks, and material selection. Revise designs based on feedback from testing, manufacturing, or suppliers. Maintain document control and version management using PLM or PDM systems. Work with suppliers to ensure technical drawings meet manufacturing standards and specifications. Participate in design reviews and provide technical input during product development stages. Qualifications: Bachelor's degree or Diploma in Mechanical Engineering, Mechatronics, or related field. 1 to 3 years of experience as a CAD Engineer, preferably in energy storage, EV, or automotive sectors. Proficiency in 3D CAD software (e.g., SolidWorks, Creo, CATIA, NX, or similar). Strong understanding of mechanical design principles, materials, and manufacturing processes (sheet metal, injection molding, CNC machining, etc.). Knowledge of thermal management and structural design related to battery packs is a plus. Familiarity with lithium-ion battery architecture, BMS housing, and safety standards (UL, IEC, ISO). Experience with PLM/PDM tools (e.g., Windchill, Teamcenter, SolidWorks PDM). Strong communication and documentation skills. Preferred Skills (Optional): Experience in battery pack design or EV powertrain components. Familiarity with thermal analysis or structural FEA tools (e.g., Ansys, COMSOL). Understanding of battery certification and regulatory requirements (e.g., UN 38.3, UL 2580). Basic electrical or PCB layout understanding is a plus. Physical and Work Environment Requirements: Ability to work in an office, lab, and occasional factory floor environments. Occasional travel to suppliers or manufacturing partners may be required.

About Kitron. Kitron is a leading Scandinavian Electronics Manufacturing Services (EMS) company, delivering improved flexibility, cost efficiency, and innovation power through the value chain. The company has operations in Norway, Sweden, Denmark, Lithuania, Germany, Poland, the Czech Republic, India, China, Malaysia, and the United States. With 2500 highly skilled employees, Kitron manufactures and delivers anything from fully assembled electronic circuit boards to complete end products for customers globally. Related technical services like prototyping, industrialisation, material analysing and test development are also key competencies offered by Kitron.. Our values. Location: Malaysia. Deadline: 2025-07-07. Job Description:. Product Design and Development:. Act as the project owner for quotations, product introduction (NPI), and engineering change orders (ECO), managing and guiding team members to achieve project milestones and objectives. Create product Design for Manufacturing (DFM) guidelines, product flow charts, routings, and work instructions for new or existing products. Create and apply DFM and Design for Assembly (DFA) to optimize product designs for efficient and cost-effective manufacturing and high assembly processes. During RFQ process, provide the process & routing time calculations, equipment, tooling, and technical work cost (NRE) assessments. Design production lines with new tooling, fixtures, equipment, processes, factory layouts, and production line layout/improvement/automation project work. Also, create product manufacturing and packing instructions. Complete ERP and MES tracking system settings, parameters, and product-specific process operating instructions, and maintain them continuously. Identify potential risks throughout the product development lifecycle and implement mitigation strategies to minimize their impact on project success. Collaborate with other departments to integrate mechanical designs, product flow chart routings and work instructions into complete process. Develop and implement quality assurance processes to ensure products meet industry standards and regulatory requirements. CAD Modeling and Simulation:. Use Computer-Aided Design (CAD) software to create detailed 3D models for products. Perform simulations to optimize designs for functionality, manufacturability, and reliability. Prototyping and Testing:. Lead in the prototyping and testing phases and evaluate product performance. Conduct root cause analysis of failures and implement design improvements as necessary. Manufacturing Support:. Specify appropriate materials and manufacturing processes based on design requirements, cost considerations, and production volume. Collaborate with related departments to analyze technical and quality issues in high level assembly processes and implement effective solutions. Documentation and Technical Support:. Create and maintain technical documentation, including drawings, specifications, and assembly instructions. Provide technical support to internal teams and external customers as needed. Others. Work closely with suppliers to source components, tooling, fixtures and equipment for high level assembly and ensuring quality, cost-effectiveness, and timely delivery for production continuity. Any other ad-hoc tasks assigned by the management. Requirements:. Candidate must possess a bachelor’s degree in mechanical engineering, electro-mechanics or related field.. Preferably 3 years or above experience in high-level assembly, tooling/fixture making, and automation in the EMS industry.. Familiarity with Lean manufacturing and Six Sigma methodologies.. Proficiency in CAD software such as SolidWorks, Pro-E, and other design tools.. Experience handling new product BOMs and drawings from customers.. Capable of designing mechanical systems.. Able to apply engineering principles to investigate, analyze, plan, design, develop, validate, and implement manufacturing processes and/or test stations.. Excellent conceptual, analytical, and problem-solving abilities.. Hands-on role requiring regular interaction with the production floor and engineering teams.. Proficiency in English, both verbal and written communication.. We offer:. Global team and projects. Opportunities for personal and professional development. Training and competence development courses. Show more Show less

Human-Centered Design: Lead the conceptualization of bio-acquisition wearable devices, including EEG headsets and BCI systems, focusing on ergonomics, usability, and user comfort. Experience-Led Design: Craft intuitive physical interactions through refined form, texture, and touchpoints that enhance the overall user experience, especially in long-term or repeated-use scenarios. User Research & Ergonomic Validation: Conduct interviews, ergonomic assessments, and usability testing tailored for wearables that interface with the human body, ensuring accurate sensor placement and comfort. Design Language & CMF Strategy: Define design languages and CMF strategies aligned with technical performance (e.g., sensor conductivity, material flexibility) and brand vision. 3D Modeling & Prototyping: Create high-fidelity CAD models and physical prototypes for rapid iteration, considering fit, skin contact, and sensor integration for bio-signal capture. Mechanical Design & DFM: Engineer components and assemblies for manufacturability, with attention to tolerances critical for sensor accuracy and user comfort. Materials & Process Engineering: Select biocompatible and high-performance materials suitable for biosignal acquisition, including skin-safe plastics and flexible mechanical structures. Creative Engineering Solutions: Address unique design constraints posed by human-machine interfaces with innovative, scalable, and user-safe solutions. Cross-Functional Collaboration: Work with neuroscientists, industrial designers, firmware engineers, and manufacturing partners to ensure product feasibility and performance. Vendor & Production Liaison: Coordinate with vendors to manage prototyping and scaling of components involving bio-acquisition hardware (e.g., electrodes, sensors, housings). Technical Documentation: Produce comprehensive documentation and specifications supporting compliance, reliability, and repeatable performance of sensor-integrated wearables. Quality & Compliance: Define and execute testing protocols for biosignal fidelity, mechanical durability, and compliance with relevant medical or wellness device standards. Requirements Education: Bachelors or Masters degree in Industrial Design, Mechanical Engineering, Product Design, Mechatronics, or a closely related field or equivalent practical experience. Experience: Minimum 4 years of experience in developing physical products, with strong preference for work in bio-acquisition wearables, medical devices, or BCIs. Portfolio: A strong portfolio demonstrating end-to-end product developmentincluding contributions to mechanically sound, sensor-integrated, and production-ready wearable solutions. Technical Tools: Expertise in SolidWorks, Fusion 360, or Rhino; rendering with KeyShot or Blender; and proficiency with Adobe Creative Suite and 3D prototyping techniques (e.g., 3D printing, CNC). Manufacturing Expertise: Proven experience with DFM/DFA, plastic injection molding, sheet metal, tolerancing, and assembly techniques suitable for precision fit around the human body. Wearable Ergonomics: In-depth understanding of ergonomic principles, sensor placement, and human-machine interaction specific to head-mounted or biosignal-based devices. Team Collaboration: Strong history of working closely with engineering, neuroscience, and industrial design teams to translate design intent into manufacturable, high-performance products. Problem Solving: Methodical, iterative approach to design challengesbalancing user needs, technical feasibility, and regulatory considerations. Manufacturing Interface: Experience liaising with vendors and suppliers for wearable and sensor-integrated component production, managing risk and ensuring quality. Communication: Excellent skills in presenting design rationale, engineering trade-offs, and user research findings to multidisciplinary stakeholders. Bonus Qualifications Biosignal Product Experience: Prior work in bio-acquisition products such as EEG, EMG, ECG, or other physiological monitoring devices is a significant advantage. Leadership Potential: Demonstrated initiative, decision-making ownership, and a vision to grow into lead design or product leadership roles. Innovative Mindset: Passion for creating cutting-edge, ergonomic, and reliable wearable technology that blends seamlessly into users lives while delivering measurable impact.

Why work at Matrix As an engineer, your involvement will be critical in the entire lifecycle of a product - right from ideation-development-production-deployment. Get to feel the sense of accomplishment that comes with creating something that solves a real and pressing problem and is used by scores of customers. Function : Mechanical Design & Development Who are you You will be primarily responsible for leading the execution of the mechanical design and development tasks in a project and mentoring other members on the team. In this role you will be responsible for defining the scope of the work as well as mentoring a team to execute on time and with quality. You will use your design skillset, technical core competencies and expertise to solve problems, develop and execute objectives for self and others, and have the ability to affect short and long term goals. Qualification : B.E/ B.tech/ M.E/ M.tech (in Mechanical Engineering from a reputed Institution/University or Post Graduation from IGTR, CIPET, German Tool Room engineering or Plastic Engineering) Technical Skills Required: Must have practical experience in full New product development cycle. At least 5+ years of experience in developing engineering design concepts for components and electromechanical assemblies that has demanding requirements for thermal dissipation, precision, reliability, manufacturability and cost. Experience in Sheet Metal, Plastics Injection molding, tool trials, Mold maintenance, Mold flow analyses & related process parameter understanding. Experience and knowledge in pressure die-casting process & designing Die casted components. Experience designing conceptual models by using computer based design/drafting tools, performing engineering analysis for Multi-body Dynamics, fatigue & fracture mechanics, strain energy, theories of elastic failures, experimental stress thermal & optical analysis & their use in design of structural components. Working knowledge of Design for Statistical Analysis methods, and Design of Experiments and Measurement techniques. Good knowledge of various manufacturing process with extensive experience manufacturing of plastic components and metal components for hand held consumer electronic devices. Knowledge of tooling, molding, design and process methods of plastic components. Demonstrated experience in identifying the Verification and Validation requirements for a hand held consumer electronics device, experience in coordinating the work with cross functional teams to complete stability requirements, sterilization requirements, Packaging requirements, and verification and validation requirements. Working knowledge of rapid prototyping, material selection, and product design and process specs. Experience in writing technical documents like Test protocols/ reports, Risk Management report etc. Experience in carrying out Risk Analysis activities using established Risk analysis tools like DFMEA, DFA, PFMEA. Thorough understanding of engineering practices, product safety and root cause analysis. Demonstrated experience in preparing Design History File for end to end New product development projects. Experience in handling Engineering Design Change Management process. How your day might look like Mentor mechanical engineers on a project providing technical direction along with the team to ensure on time and quality deliverables. Incorporate required regulatory standards in developmental and/or sustaining engineering projects including written protocols, test methods, assembly processes and the design history file. Work with R&D partners to establish product specifications, scope, and budget and timeline details to meet business objectives. Own and Lead the entire New Product Development project by effectively working with cross-functional teams. Mentor the team in developing and maintaining CAD models/designs for all phases of the stage gate process from concept to commercial launch. Develop and execute design control requirements including the creation of detailed specifications, design verification and validation plans, protocols and reports. Lead design reviews with both in internal team & cross functional team to ensure the design meets the product requirements for safety, reliability and manufacturability. Lead and address field failure issues, compliance issues, product failures and report to management on actions. Prepares reports, presentations and spreadsheets of an analytical and interpretative nature to be presented to the team. Lead and perform analytical modeling/ analysis in support of meeting design requirements. Identify materials and specifications for components, subassemblies and finished assemblies Lead and Assess customer and procedural needs, generate product concepts, assess feasibility, and conduct product testing via models and prototypes. Implement and maintain a quality improvement process targeting reduction in product variation and product losses using key management tools.

Key Responsibilities Schematic Capture & PCB Layout Design and optimize complex multi-layer PCBs for high-speed digital and RF applications using tools such as Altium Designer, Cadence Allegro, or OrCAD. Implement controlled-impedance routing, differential-pair tuning, power-integrity planes, and RF transmission lines. High-Speed Signal Integrity Perform SI analysis (eye-diagram, timing, crosstalk) and apply best practices for DDR, PCIe, USB3, Ethernet, HDMI, etc. Collaborate with SI/PI engineers to define stack-ups, copper pours, via types, and decoupling strategies. RF/Microwave Design – Layout antennas, filters, matching networks, baluns, and mixers for frequencies from VHF through UHF (e.g. 13.56 MHz NFC to several GHz Wi-Fi/Bluetooth/GPS). – Ensure low-loss RF paths, minimal parasitics, and effective grounding/EMI shielding. Prototype Validation & Debug – Coordinate board spins, oversee fabrication files (Gerbers, ODB++), and work with board houses on stack-up definitions. – Lead bench-level bring-up, signal probing, VNA/oscilloscope measurements, and cross-section analysis to troubleshoot issues. Documentation & Process Improvement – Produce clear build packages, assembly drawings, and manufacturing notes. – Maintain design libraries, enforce DFM rules, and drive continuous improvement for faster turnaround and higher yield. Cross-Functional Collaboration – Partner with analog/digital/RF hardware engineers, mechanical designers, firmware teams, and test engineers to ensure seamless product development. – Mentor junior designers and share best practices in layout, routing, and design for manufacturability. Required Skills & Qualifications Bachelor’s or Master’s degree in Electrical/Electronics Engineering or related field. 4+ years of hands-on PCB design experience in high-speed digital and RF domains. Proficiency in industry-standard ECAD tools (Altium, Cadence Allegro, OrCAD). Deep understanding of controlled-impedance calculations, SI/PI fundamentals, and RF layout techniques. Experience defining and validating PCB stack-ups, dielectric materials, and copper weights. Skilled in RF test equipment: network/analyzer, spectrum analyzer, VNA, and high-speed oscilloscopes. Strong documentation skills and familiarity with IPC standards (IPC-2221, IPC-7351). Preferred Qualifications Experience in wireless communications (BLE, LTE, GPS, NFC) or aerospace/defense electronics. Familiarity with thermal management, EMI/EMC mitigation, and HDI/microvia technologies. Working knowledge of DFM/DFT principles and vendor-specific fabrication processes. Previous involvement in certification processes (CE, FCC, MIL-STD).

We aspire to be world-leader in innovative telecom and security solutions by offering cutting-edge, high-performance telecom and security solutions to business customers. Our Mission is simple. To prove that Indian engineers can design, develop, and manufacture world-class technology products for customers across the world, right from India. Join our team of like-minded engineers, applied researchers, and technocrats with the will, courage, and madness to achieve this mission! Why work at Matrix Matrix fully integrates software and hardware across its products. Engineers here collaborate more effectively to create solutions that solve real problems and make an impact. We are responsible for every nut, bolt, and line of code in our products! As an engineer, your involvement will be critical in the entire lifecycle of a product - right from ideation-development-production-deployment. Get to feel the sense of accomplishment that comes with creating something that solves a real and pressing problem and is used by scores of customers. Role FL/SME - Mechanical Design Function Mechanical Design & Development Work Location Vadodara, Gujarat Who are you You will be primarily responsible for leading the execution of the mechanical design and development tasks in a project and mentoring other members on the team. In this role you will be responsible for defining the scope of the work as well as mentoring a team to execute on time and with quality. You will use your design skillset, technical core competencies and expertise to solve problems, develop and execute objectives for self and others, and have the ability to affect short and long term goals. Experience 8+ Years Qualification B.E/ B.tech/ M.E/ M.tech (in Mechanical Engineering from a reputed Institution/University or Post Graduation from IGTR, CIPET, German Tool Room engineering or Plastic Engineering) Technical Skills Required: Must have practical experience in full New product development cycle. At least 5+ years of experience in developing engineering design concepts for components and electromechanical assemblies that has demanding requirements for thermal dissipation, precision, reliability, manufacturability and cost. Experience in Sheet Metal, Plastics Injection molding, tool trials, Mold maintenance, Mold flow analyses & related process parameter understanding. Experience and knowledge in pressure die-casting process & designing Die casted components. Experience designing conceptual models by using computer based design/drafting tools, performing engineering analysis for Multi-body Dynamics, fatigue & fracture mechanics, strain energy, theories of elastic failures, experimental stress thermal & optical analysis & their use in design of structural components. Working knowledge of Design for Statistical Analysis methods, and Design of Experiments and Measurement techniques. Good knowledge of various manufacturing process with extensive experience manufacturing of plastic components and metal components for hand held consumer electronic devices. Knowledge of tooling, molding, design and process methods of plastic components. Demonstrated experience in identifying the Verification and Validation requirements for a hand held consumer electronics device, experience in coordinating the work with cross functional teams to complete stability requirements, sterilization requirements, Packaging requirements, and verification and validation requirements. Working knowledge of rapid prototyping, material selection, and product design and process specs. Experience in writing technical documents like Test protocols/ reports, Risk Management report etc. Experience in carrying out Risk Analysis activities using established Risk analysis tools like DFMEA, DFA, PFMEA. Thorough understanding of engineering practices, product safety and root cause analysis. Demonstrated experience in preparing Design History File for end to end New product development projects. Experience in handling Engineering Design Change Management process. How your day might look like Mentor mechanical engineers on a project providing technical direction along with the team to ensure on time and quality deliverables. Incorporate required regulatory standards in developmental and/or sustaining engineering projects including written protocols, test methods, assembly processes and the design history file. Work with R&D partners to establish product specifications, scope, and budget and timeline details to meet business objectives. Own and Lead the entire New Product Development project by effectively working with cross-functional teams. Mentor the team in developing and maintaining CAD models/designs for all phases of the stage gate process from concept to commercial launch. Develop and execute design control requirements including the creation of detailed specifications, design verification and validation plans, protocols and reports. Lead design reviews with both in internal team & cross functional team to ensure the design meets the product requirements for safety, reliability and manufacturability. Lead and address field failure issues, compliance issues, product failures and report to management on actions. Prepares reports, presentations and spreadsheets of an analytical and interpretative nature to be presented to the team. Lead and perform analytical modeling/ analysis in support of meeting design requirements. Identify materials and specifications for components, subassemblies and finished assemblies Lead and Assess customer and procedural needs, generate product concepts, assess feasibility, and conduct product testing via models and prototypes. Implement and maintain a quality improvement process targeting reduction in product variation and product losses using key management tools. What do we offer Opportunity to work for an Indian Tech Company creating incredible products for the world, right from India Be part of a challenging, encouraging, and rewarding environment to do the best work of your life Competitive salary and other benefits Generous leave schedule of 21 days in addition to 9 public holidays, including holiday adjustments to convert weekends into long weekends 5-day workweek with 8 flexi-days months, allowing you to take care of responsibilities at home and work Company-paid Medical Insurance for the whole family (Employee+Spouse+Kids+Parents). Company paid Accident Insurance for the Employee On-premise meals, subsidized by the company If you are an Innovative Tech-savvy individual, Look no further. Click on Apply and we will reach out to you soon!

At TE, you will unleash your potential working with people from diverse backgrounds and industries to create a safer, sustainable and more connected world. Job Overview TE Connectivitys R&D/Product Development Engineering Teams conceive original ideas for new products, introduce them into practice. They are responsible for product development, and qualification from market definition through production and release; assist in the qualification of suppliers for new products to ensure suppliers deliver quality parts, materials, and services for new or improved manufacturing processes; conduct feasibility studies, testing on new and modified designs; direct and support detailed design, testing, prototype fabrication and manufacturing ramp. The R&D/Product Development Engineering Teams provide all required product documentation including, but not limited to, Solid Model, 2D/3D production drawings, product specifications, and testing requirements. They create and modify detailed drawings and drafting or conceptual models from layouts, rough sketches or notes and contribute to design modifications to facilitate manufacturing operation or quality of product. Typical fields of expertise includematerials, mechanics and systems, electrical, optics, chemistry, software, automation systems, packaging, testing and measurement, and manufacturing of electrical, mechanical and electronic components, products, and their integration into systems. Responsibilities Work within a global multidisciplinary team environment as Product Engineering lead to design and develop functionally robust and cost-effective Connector products / processes to meet customer and market needs Deliver regional and global NPD projects which includes activities like Concept generation, Concept validation, tolerance stack analysis, DFMEA, conduct design reviews, basic FEA simulation, Creation of detailed designs and drawings in CREO by applying DFM/DFA principles, creation of product validation / Qualification test plans, perform component fit and function analysis. Execute Sustaining activities of legacy products like Customer queries, field failures, address design related manufacturing concerns, BOM & change management in windchill, product improvements, necessary product design documentation/specification updates. Should be able to interact with global stakeholder (Product management/Sales etc.) and directly with Customers and communicate technical details efficiently. Should evaluate & handle Agency (UL, CSA and VDE) approval requirements for the products Identify VAVE opportunities and work with plant and other stake holders to implement them. Collaborate on continuous improvement initiatives using TEOA / Digital methodologies. Showcase Go-getter and Innovation mindset while executing the project deliverables. Ability to work as technical mentor and coach to local team and wider Global engineering community Required Skills Knowledge, Skills, Abilities Expert in design and development of Sheetmetal and Plastic products Deep knowledge of associated manufacturing processes (moulding, stamping, plating and Assy) Knowledge of materials, finishes and contact physics related to interconnection design Knowledge of wire termination techniques (crimping, soldering, welding etc.) Experience of testing requirements and techniques for product qualification Knowledge of Voice of Customer, Design to Value, Design for Six Sigma. General knowledge of industry specifications such as UL, CSA, IEC, and EIA are desirable Hands on experience of simulation (Ansys or similar) and prototyping for product verification Excellent verbal and written communications skills, ability to communicate Globally at all levels internally and externally Must be self-motivated, highly organized, detail oriented and able to manage projects with minimal supervision. This includes multiple projects and multi task situations, with the ability to prioritize, set and achieve goals Education, Technical Qualification Bachelors degree in Mechanical Engineering/Design Min. 9+ years components design related experience Competencies

Roles and Responsibilities: Skillset: Good understanding of ISO 26262. Road vehicles - Functional safety and its methodologies Should have worked for minimum 2-3 years in Automotive Functional Safety Knowledge of Functional Safety life cycle as per ISO26262 Hazard analyses Risk Assessment Functional Safety requirements Technical Safety requirements Safety at Software Hardware Level Should have experience of working on safety analysis like FMEA (Failure Modes and Effect Analysis), FTA (Fault Tree Analysis), DFA (Dependent Failure Analysis) for system / software / hardware Should have experience of Hardware Architecture metrics (FMEDA) and PMHF analysis as per ISO26262 requirements. Experience with embedded software development using C, should be able to understand software codes and functional flow Good understanding of Vehicle dynamics control system behavior Ready to work on any phase of functional safety life cycle. Should have knowledge of how to operate as interface between cross functional departments for safety related activities Should prepare project safety status report for weekly review Excellent verbal and written communication skills Systematic problem solving skills Should have experience in conducting Functional Safety Audit Key Skills: Same as roles and responsibilities Mandatory Skills: Experience with embedded software development using C, should be able to understand software codes and functional flow Should have experience of working on safety analysis like FMEA (Failure Modes and Effect Analysis), FTA (Fault Tree Analysis), DFA (Dependent Failure Analysis) for system / software / hardware Should have experience of Hardware Architecture metrics (FMEDA) and PMHF analysis as per ISO26262 requirements. Preferable Skills: Preferred: Better to have knowledge of automotive safety products, especially in airbag control units, ADAS system with Vision and Radar as sensor. Knowledge of Produce development life cycle is plus. Keywords: ISO26262 + FMEA (Failure Modes and Effect Analysis) / FTA (Fault Tree Analysis) / DFA (Dependent Failure Analysis)

Looking for challenging role If you really want to make a difference - make it with us Siemens Energy is focused on helping customers navigate the world’s most pressing energy problems. As a world leader in developing and producing the most advanced engineering technologies, we improve lives and further human achievements worldwide, while also protecting the climate - all thanks to our employees. With us, you can do something significant that benefits society and human progress Your new role – challenging and future-oriented Designing Turbogenerator components and assemblies with strong understanding of design and functionality of the products Engineering & Design work for Generator Service Engineering projects Supporting service R&D initiatives and contributing to product/solution improvement through innovative approach to the complex problems Participate in the Design Reviews to ensure the achievement of technical requirements of engineering projects. Communicate technically complex and commercially sensitive information on various internal and external platforms. We don’t need superheroes, just super minds B.E. / B.Tech. in Mechanical Engineering with 2 - 4 years of industrial experience Hands on Experience on CAD Tool NX is must; Experience on Creo (ProE) will be added advantage Good knowledge of manufacturing processes, GD&T, DFA/DFM Good knowledge of Strength of Materials, Mechanical Design Concepts, Machine Designs Knowledge on SAP OPP transactions, & Teamcenter Knowledge of Generator product (components and functioning) is desired Strong written & verbal communication skills Self-motivated and Team Player We’ve got quite a lot to offer. How about you This role is based in Gurugram. You’ll also get to visit other locations in India and beyond, so you’ll need to go where this journey takes you. In return, you’ll get the chance to work with teams impacting entire cities, countries – and the shape of things to come. We’re Siemens. A collection of over 379,000 minds building the future, one day at a time in over 200 countries. We're dedicated to equality and we welcome applications that reflect the diversity of the communities we work in. All employment decisions at Siemens are based on qualifications, merit and business need. Bring your curiosity and imagination, and help us shape tomorrow.

We are seeking an experienced and innovative Senior Mechanical Product Development Engineer to join our Power Products team in our Bengaluru office. In this role, you will be responsible for the end-to-end development of power connector solutions, from concept generation through design, verification, qualification, and production launch. You will engage closely with the Lead Engineers to capture the Voice of the Customer (VOC) and ensure product designs meet all mechanical, electrical, and environmental requirements while ensuring manufacturability and cost-effectiveness. You will work as part of a global cross-functional team, interfacing regularly with program management, suppliers, and internal stakeholders. Role & responsibilities Lead the design, development, and validation of new power connector, cable assemblies products, and related accessories. Capture customer requirements into the product design. Drive concept generation, mechanical and electrical design verification, and qualification testing. Support defining and executing verification and product qualification test plans. Conduct and lead technical reviews, including Design Failure Mode and Effect Analysis (DFMEA), Tolerance Stack-ups, Design for Manufacturability (DFM), and design validation. Perform FEA structural simulations, and environmental stress testing. Ensure designs meet applicable industry standards (e.g., UL 1977, IEC 62196-2, UL 2202, etc.). Provide technical leadership and mentoring to junior engineers and project teams. Interface directly with PM and Sales to present technical solutions and gather feedback. Collaborate with global engineering, marketing, sales, manufacturing, and quality teams. Drive innovative solutions, stay updated with emerging technologies, and initiate cost-saving initiatives. Support new business opportunities through proposal and design development activities. Ensure health, safety, and regulatory compliance throughout product development activities. Preferred candidate profile Bachelors Degree in Mechanical Engineering, Masters Degree preferred. 8 + years of experience in mechanical product design and development, preferably with power connectors or related electromechanical products/ Connectors. Expertise with CAD software: Creo (mandatory), SolidWorks familiarity a plus. Proficient in FEA tools such as ANSYS. Strong knowledge of manufacturing processes including injection molding, stamping, plating, molding, and assembly. Solid understanding of mechanics of materials. Strong knowledge if DFM and DFA. Experience in designing latching mechanisms, sealing mechanisms, and plastic injection molded parts. Experience with PLM systems (Windchill). Knowledge of product design methodologies: GD&T, DFM, DFMEA, statistical tolerance stack analysis. Experience in product testing, validation processes, and qualification protocols. Understanding of Six Sigma and statistical process control (DFSS knowledge is a plus). Strong communication skills with the ability to effectively present technical information to global customers and internal stakeholders. Ability to prioritize and manage multiple projects simultaneously with minimal supervision. Knowledge of global industry standards and regulatory certifications (e.g., UL, IEC, EIA). High technical aptitude and willingness to continually learn and adapt to new technologies. Behavioral Competencies: Performance Focused: Executes efficiently, meeting project deadlines and deliverables. Creative Thinker: Brings innovative, long-term solutions to technical challenges. Coach: Capable of mentoring others and leading technical project teams.

Must have extensive knowledge on press tool and tool design and different process at suppliers place and also on capacity calculations. Should know part costing. Experience in jigs, fixtures & other sheet metal products & processes

Job Summary We are seeking a detail-oriented and innovative Design Engineer to support the development of high-quality orthopedic implants and instruments. The ideal candidate will be responsible for creating CAD models, drafting technical drawings, and collaborating with cross-functional teams to ensure product quality, performance, and regulatory compliance. The role requires technical expertise, creativity, and a strong understanding of medical device design principles. Responsibilities • Develop detailed 3D models and 2D drawings of orthopedic implants and surgical instruments using CAD software (SolidWorks/AutoCAD). • Create and maintain product design documentation including BOMs, design history files, and change records. • Conduct tolerance analysis, DFM (Design for Manufacturing), and DFA (Design for Assembly) checks. • Review and improve existing implant and instrument designs based on feedback from surgeons, clients, and production teams. • Support prototype development, testing, and design validation processes. • Participate in design reviews, risk assessments, and verification/validation activities. • Stay updated with industry trends, materials, and manufacturing technologies. Experience & Qualifications • 25 years of experience in mechanical design, preferably in orthopedic implants or medical device industry. • Diploma/Bachelors degree in Mechanical Engineering or related field. • Experience with SolidWorks, or other 3D CAD platforms is required. • Familiarity with GD&T and documentation standards in medical device design. • Knowledge of implant materials (Titanium, Stainless Steel, PEEK) and surface treatments is an advantage. Key Skills • CAD Modeling & Drafting (SolidWorks) • Design for Manufacturing (DFM) & Design for Assembly (DFA) • Geometric Dimensioning and Tolerancing (GD&T) • Technical Documentation & Drawing Standards • Prototype Development & Testing • Knowledge of Medical Standards (ISO 13485, FDA) Soft Skills • Strong problem-solving and analytical abilities. • Good communication and cross-functional collaboration skills. • Ability to work independently and handle multiple design projects. • High attention to detail and commitment to product quality. • Curious mindset with a passion for innovation and continuous improvement. Interested candidate can share resume on hr@orthomaxindia.net

Design and develop interior trims (IP, door trims,CC,pillars) and exterior trims (bumpers, grills, mirrors, cladding). Create 3D models and 2D drawings using CATIA V5 in accordance with industry standards.Ensure design feasibility, DFM , DFA.

Part 6 is mandatory and part 5 good to have. Knowledge of product safety norms (ISO 26262, IEC 61508, IEC 62061, ISO 13849, ISO 25119, ISO 21448, ISO 21434, e.g. Knowledge of safety analysis methods (e.g., HARA, FTA, FMEDA, DFA, CCA). Knowledge of functional and system development, from a safety perspective Knowledge of HW and SW development, from a safety perspective. Knowledge of testing and validation methods, from a safety perspective. Knowledge of requirements management, from a safety perspective. Experience from safety classified projects on software development level Attention to detail to ensure thorough safety analysis and documentation. Assertiveness to ensure safety standards are met and issues are addressed. Experience in Automotive, Aerospace and Locomotive.

Role & responsibilities Develops CAD designs (3D & 2D) based on internal and customer input/requirements by following internal guidelines/best practices. Create, revise and develop components / assemblies Communicating or overcoming technical issues with innovative and cost-effective solutions Introduce Cost effective, new technology and Value Added & effective solutions. Support RFQ process with minimal supervision for below list activities Prepare or delegate the Work BOM Preparation / Review CAD updates in appropriate Software Highly Competence in executing Engineering calculations for specific product / functions. and develop new techniques for kinematic studies using product standards Lead IATF, customer audit activities Preferred candidate profile Possesses expert skills in CAD techniques (e.g. surfacing, solid modelling, assembly management/manipulation, rendering, drafting, parametric, kinematics, etc.). Expert Product Knowledge on DFMEA Consults & collaborates with personnel on various Engineering and Design activities related to product development process. Works with Analysts to provide data necessary for CAE studies, and optimizes designs based on results Generate and develop potential ideas for new products/patents/cost savings. In depth knowledge on Material, Product specific technical Information, DFA & DFM and other best practices.

Lead the design and development of innovative products & SPM's from concept through launch. Strong understanding of materials, manufacturing processes (e.g., injection molding, Sheetmetal, machining, casting and GD&T) Proficiency in SolidWorks.

Stack-up Analyst Required skills: Preferred 4 years -7 years of experience with Stack-up Analysis Expertise on GD&T standards Knowledge of Functional Tolerance Parts & Assembly Level. Experience in VBA excel Tolerance stack-up analysis. Planning and executing mechanical designs using Siemens NX CAD and Teamcenter. Experience with Siemens NX CAD modeling package. Creating 3D-CAD Design of products, parts, assemblies, and subassemblies including detailed drafting, dimensioning and tolerancing. Product design based on DFM and DFA principals as per standard Practices and procedures. Strong Knowledge in Sheet metal Stamping Components design, tooling & manufacturing. Good knowledge of CAD Methodology and best practices and tooling knowledge Mechanical knowledge of EPS and CIS would be an added advantage. Knowledge on manufacturing methods would be preferred. Good communication and presentation skills Educational Requirements: Bachelor/ masters in mechanical/automotive engineering, associates in technical design field or equivalent training and experience.

Stack-up Analyst Required skills: Preferred 4 years -7 years of experience with Stack-up Analysis Expertise on GD&T standards Knowledge of Functional Tolerance Parts & Assembly Level. Experience in VBA excel Tolerance stack-up analysis. Planning and executing mechanical designs using Siemens NX CAD and Teamcenter. Experience with Siemens NX CAD modeling package. Creating 3D-CAD Design of products, parts, assemblies, and subassemblies including detailed drafting, dimensioning and tolerancing. Product design based on DFM and DFA principals as per standard Practices and procedures. Strong Knowledge in Sheet metal Stamping Components design, tooling & manufacturing. Good knowledge of CAD Methodology and best practices and tooling knowledge Mechanical knowledge of EPS and CIS would be an added advantage. Knowledge on manufacturing methods would be preferred. Good communication and presentation skills Educational Requirements: Bachelor/ masters in mechanical/automotive engineering, associates in technical design field or equivalent training and experience.

Role & responsibilities We are looking for candidates with the following skills and experience: Proficiency in Smaragd and NX Hands-on experience with casting, forging, or sheet metal components in NX. Familiarity with Release Processes & Release Procedures Including ECO creation in Truck BOM Planner and ECO release in Safira. Technical Drawing Interpretation Strong understanding of technical drawings and application of Geometric Dimensioning and Tolerancing principles. DMU Checks and Corrections Experience in identifying and resolving DMU issues. Knowledge of 4D Workspace and Sandbox is a plus. Additional Skills (Preferred): Working knowledge of Kinematics and FEA (Finite Element Analysis).

At TE, you will unleash your potential working with people from diverse backgrounds and industries to create a safer, sustainable and more connected world. Job Overview TE Connectivity seeks a dynamic and experienced Mixed Signal ASIC/IC Functional Safety Engineer & Manager to join the Sensor Global Quality Engineering Center within its TE Sensors Quality Organization. This role focuses on ensuring the compliance to Functional Safety requirements of sensor products from project definition to production release for Automotive and Industrial & Transportation (ICT) markets. This role will engage with various Engineering Centers of Expertise and manufacturing plant globally. It is a strategic role to support TE Sensor Technology roadmap based in our growing Global Design Center Bangalore - India. KEY RESPONSBILITIES: Functional Safety for New Technology Development: Ensure that functional safety requirements are met from project definition to production launch according to TE stage gate procedure. Provide guidance to project stakeholders to adhere to ISO26262 standards Negotiate and mutually agree on required safety goals with customers (DAI) Contribute to the development of technical safety Concepts per ISO26262. Deliver Functional safety Work Products as per ISO26262 such as Safety Plan, HARA, FSR/C, TSR/C, FMEDA at hardware level (IP block/Gate). Review gate exits and release Functional Safety documentation ( Safety Case ) to enable production launch Customer & Leadership Engagement: Ensure efficient communication with customers and leadership team on functional safety related topics Anticipate and manage escalations effectively. Process & Continuous Improvement Management: Inspire a Zero-Defect mindset by ensuring data-driven problem-solving and improvement initiatives. Evaluate project outcomes, identify areas for improvement, and suggest enhancements to processes. YOU MUST HAVE Functional Safety Certification ExperienceMinimum of 10 Years Experience in functional safety at hardware level SoC, ASIC, IC Successful release in production of project of at least ASIL C level. Proficiency with all Functional Safety tools from safety plan to safety case, including SPFM, LFM metrics Master FDMEA and FIT calculation Knowledge of Quality StandardsFamiliarity with ISO 9001, AS 9100, IATF 16949 Strong English communication skills Willingness to travel as required, 10~25% DESIRED S YOU MUST HAVE Functional Safety Certification ExperienceMinimum of 10 Years Experience in functional safety at hardware level SoC, ASIC, IC Successful release in production of project of at least ASIL C level. Proficiency with all Functional Safety tools from safety plan to safety case, including SPFM, LFM metrics Master FDMEA and FIT calculation Knowledge of Quality StandardsFamiliarity with ISO 9001, AS 9100, IATF 16949 Strong English communication skills Willingness to travel as required, 10~25% WE VALUE Six Sigma Green Belt or Black Belt certification Experience in Cybersecurity ISO 27001 or ISO/SAE 21434 Experience participating to VDA audits, IATF audits Competencies Location