876 Gd&T Jobs - Page 5

About The Opportunity We are a fast-growing player in the Aerospace & Unmanned Aerial Systems (UAS) industry, focused on designing next-generation avionics and electro-mechanical hardware for autonomous aircraft. Our R&D team tackles cutting-edge challenges at the intersection of electronics, robotics, and mechanical engineering to push the frontier of flight safety, reliability, and performance. Role & Responsibilities Own the full life-cycle design of high-precision electro-mechanical subsystems for UAV avionics, from concept and simulation through prototyping, verification, and release to manufacturing. Define component selection (sensors, actuators, microcontrollers such as STM32, PCB stack-ups) and validate them against thermal, vibration, and EMI/EMC requirements. Integrate embedded electronics with mechanical assemblies by collaborating closely with firmware, aerodynamics, and manufacturing teams to meet weight, tolerance-stack-up, and DFM targets. Develop and execute verification plans, FMEA, and HALT/HASS tests to ensure regulatory compliance and mission-critical reliability. Drive continuous design-for-manufacture and design-for-serviceability improvements, creating reusable module libraries and documentation. Mentor junior engineers and champion first-principles problem-solving and safety-critical design best practices across the organization. Skills & Qualifications Must-Have Bachelor’s or Master’s in Electronics, Mechatronics, Robotics, or Avionics Engineering. 6 + yrs hands-on experience designing electro-mechanical or robotic systems for aerospace, defense, or similar safety-critical domains. Strong analog/digital circuit design skills and embedded C/C++ development proficiency. Proven PCB layout review/modification experience and familiarity with ECAD/MCAD co-design workflows. Working knowledge of parametric CAD (e.g., Creo, SolidWorks) plus GD&T and tolerance analysis. Demonstrated record of taking hardware from prototype to flight-ready production, including rigorous test planning and risk mitigation. Preferred Experience with avionics standards (DO-254/DO-160) or UAV flight-control architectures. Familiarity with robotics kinematics, control-systems tuning, and MIL-STD environmental testing. Prior leadership of cross-functional design reviews and supplier qualification programs. Skills: project management,software development (c/c++),mentoring,embedded,communication skills,hardware development,team collaboration,pcb layout and design,ecad/mcad co-design,parametric cad (creo, solidworks),avionics engineering,fmea,software development,electromechanical design,verification planning,quality assurance,gd&t and tolerance analysis,electro-mechanical design,mechatronics,c++,analytical skills,robotics,halt/hass testing Show more Show less

About The Opportunity We are a fast-growing player in the Aerospace & Unmanned Aerial Systems (UAS) industry, focused on designing next-generation avionics and electro-mechanical hardware for autonomous aircraft. Our R&D team tackles cutting-edge challenges at the intersection of electronics, robotics, and mechanical engineering to push the frontier of flight safety, reliability, and performance. Role & Responsibilities Own the full life-cycle design of high-precision electro-mechanical subsystems for UAV avionics, from concept and simulation through prototyping, verification, and release to manufacturing. Define component selection (sensors, actuators, microcontrollers such as STM32, PCB stack-ups) and validate them against thermal, vibration, and EMI/EMC requirements. Integrate embedded electronics with mechanical assemblies by collaborating closely with firmware, aerodynamics, and manufacturing teams to meet weight, tolerance-stack-up, and DFM targets. Develop and execute verification plans, FMEA, and HALT/HASS tests to ensure regulatory compliance and mission-critical reliability. Drive continuous design-for-manufacture and design-for-serviceability improvements, creating reusable module libraries and documentation. Mentor junior engineers and champion first-principles problem-solving and safety-critical design best practices across the organization. Skills & Qualifications Must-Have Bachelor’s or Master’s in Electronics, Mechatronics, Robotics, or Avionics Engineering. 6 + yrs hands-on experience designing electro-mechanical or robotic systems for aerospace, defense, or similar safety-critical domains. Strong analog/digital circuit design skills and embedded C/C++ development proficiency. Proven PCB layout review/modification experience and familiarity with ECAD/MCAD co-design workflows. Working knowledge of parametric CAD (e.g., Creo, SolidWorks) plus GD&T and tolerance analysis. Demonstrated record of taking hardware from prototype to flight-ready production, including rigorous test planning and risk mitigation. Preferred Experience with avionics standards (DO-254/DO-160) or UAV flight-control architectures. Familiarity with robotics kinematics, control-systems tuning, and MIL-STD environmental testing. Prior leadership of cross-functional design reviews and supplier qualification programs. Skills: Project management,Team collaboration,Analytical skills,Communication skills,Software development,Quality assurance,Mechatronics,Electromechanical Design,C++,Hardware Development,Embedded Show more Show less

Orbit & Skyline is looking forward to onboarding a Quality Engineer- Intern. You are where our search ends if you hold: Knowledge of GD&T Knowledge of SQC 6 Sigma 5S 8D Kaizan Poka Yoke SPC Qualitative Factors that make you fit for the team: B. Tech in Mechanical Engineer. Experience should be between 0 -1 year. Good oral and written communications skills. Good analytical and critical thinking skills. Good to have: Knowledge of Email management in outlook, MS excel, MS power point, MS teams. Understanding voice of customer (VOC) Show more Show less

About The Opportunity We are a fast-growing player in the Aerospace & Unmanned Aerial Systems (UAS) industry, focused on designing next-generation avionics and electro-mechanical hardware for autonomous aircraft. Our R&D team tackles cutting-edge challenges at the intersection of electronics, robotics, and mechanical engineering to push the frontier of flight safety, reliability, and performance. Role & Responsibilities Own the full life-cycle design of high-precision electro-mechanical subsystems for UAV avionics, from concept and simulation through prototyping, verification, and release to manufacturing. Define component selection (sensors, actuators, microcontrollers such as STM32, PCB stack-ups) and validate them against thermal, vibration, and EMI/EMC requirements. Integrate embedded electronics with mechanical assemblies by collaborating closely with firmware, aerodynamics, and manufacturing teams to meet weight, tolerance-stack-up, and DFM targets. Develop and execute verification plans, FMEA, and HALT/HASS tests to ensure regulatory compliance and mission-critical reliability. Drive continuous design-for-manufacture and design-for-serviceability improvements, creating reusable module libraries and documentation. Mentor junior engineers and champion first-principles problem-solving and safety-critical design best practices across the organization. Skills & Qualifications Must-Have Bachelor’s or Master’s in Electronics, Mechatronics, Robotics, or Avionics Engineering. 6 + yrs hands-on experience designing electro-mechanical or robotic systems for aerospace, defense, or similar safety-critical domains. Strong analog/digital circuit design skills and embedded C/C++ development proficiency. Proven PCB layout review/modification experience and familiarity with ECAD/MCAD co-design workflows. Working knowledge of parametric CAD (e.g., Creo, SolidWorks) plus GD&T and tolerance analysis. Demonstrated record of taking hardware from prototype to flight-ready production, including rigorous test planning and risk mitigation. Preferred Experience with avionics standards (DO-254/DO-160) or UAV flight-control architectures. Familiarity with robotics kinematics, control-systems tuning, and MIL-STD environmental testing. Prior leadership of cross-functional design reviews and supplier qualification programs. Skills: Project management,Team collaboration,Analytical skills,Communication skills,Software development,Quality assurance,Mechatronics,Electromechanical Design,C++,Hardware Development,Embedded Show more Show less

About The Opportunity We are a fast-growing player in the Aerospace & Unmanned Aerial Systems (UAS) industry, focused on designing next-generation avionics and electro-mechanical hardware for autonomous aircraft. Our R&D team tackles cutting-edge challenges at the intersection of electronics, robotics, and mechanical engineering to push the frontier of flight safety, reliability, and performance. Role & Responsibilities Own the full life-cycle design of high-precision electro-mechanical subsystems for UAV avionics, from concept and simulation through prototyping, verification, and release to manufacturing. Define component selection (sensors, actuators, microcontrollers such as STM32, PCB stack-ups) and validate them against thermal, vibration, and EMI/EMC requirements. Integrate embedded electronics with mechanical assemblies by collaborating closely with firmware, aerodynamics, and manufacturing teams to meet weight, tolerance-stack-up, and DFM targets. Develop and execute verification plans, FMEA, and HALT/HASS tests to ensure regulatory compliance and mission-critical reliability. Drive continuous design-for-manufacture and design-for-serviceability improvements, creating reusable module libraries and documentation. Mentor junior engineers and champion first-principles problem-solving and safety-critical design best practices across the organization. Skills & Qualifications Must-Have Bachelor’s or Master’s in Electronics, Mechatronics, Robotics, or Avionics Engineering. 6 + yrs hands-on experience designing electro-mechanical or robotic systems for aerospace, defense, or similar safety-critical domains. Strong analog/digital circuit design skills and embedded C/C++ development proficiency. Proven PCB layout review/modification experience and familiarity with ECAD/MCAD co-design workflows. Working knowledge of parametric CAD (e.g., Creo, SolidWorks) plus GD&T and tolerance analysis. Demonstrated record of taking hardware from prototype to flight-ready production, including rigorous test planning and risk mitigation. Preferred Experience with avionics standards (DO-254/DO-160) or UAV flight-control architectures. Familiarity with robotics kinematics, control-systems tuning, and MIL-STD environmental testing. Prior leadership of cross-functional design reviews and supplier qualification programs. Skills: Project management,Team collaboration,Analytical skills,Communication skills,Software development,Quality assurance,Mechatronics,Electromechanical Design,C++,Hardware Development,Embedded Show more Show less

About The Opportunity We are a fast-growing player in the Aerospace & Unmanned Aerial Systems (UAS) industry, focused on designing next-generation avionics and electro-mechanical hardware for autonomous aircraft. Our R&D team tackles cutting-edge challenges at the intersection of electronics, robotics, and mechanical engineering to push the frontier of flight safety, reliability, and performance. Role & Responsibilities Own the full life-cycle design of high-precision electro-mechanical subsystems for UAV avionics, from concept and simulation through prototyping, verification, and release to manufacturing. Define component selection (sensors, actuators, microcontrollers such as STM32, PCB stack-ups) and validate them against thermal, vibration, and EMI/EMC requirements. Integrate embedded electronics with mechanical assemblies by collaborating closely with firmware, aerodynamics, and manufacturing teams to meet weight, tolerance-stack-up, and DFM targets. Develop and execute verification plans, FMEA, and HALT/HASS tests to ensure regulatory compliance and mission-critical reliability. Drive continuous design-for-manufacture and design-for-serviceability improvements, creating reusable module libraries and documentation. Mentor junior engineers and champion first-principles problem-solving and safety-critical design best practices across the organization. Skills & Qualifications Must-Have Bachelor’s or Master’s in Electronics, Mechatronics, Robotics, or Avionics Engineering. 6 + yrs hands-on experience designing electro-mechanical or robotic systems for aerospace, defense, or similar safety-critical domains. Strong analog/digital circuit design skills and embedded C/C++ development proficiency. Proven PCB layout review/modification experience and familiarity with ECAD/MCAD co-design workflows. Working knowledge of parametric CAD (e.g., Creo, SolidWorks) plus GD&T and tolerance analysis. Demonstrated record of taking hardware from prototype to flight-ready production, including rigorous test planning and risk mitigation. Preferred Experience with avionics standards (DO-254/DO-160) or UAV flight-control architectures. Familiarity with robotics kinematics, control-systems tuning, and MIL-STD environmental testing. Prior leadership of cross-functional design reviews and supplier qualification programs. Skills: Project management,Team collaboration,Analytical skills,Communication skills,Software development,Quality assurance,Mechatronics,Electromechanical Design,C++,Hardware Development,Embedded Show more Show less

About The Opportunity We are a fast-growing player in the Aerospace & Unmanned Aerial Systems (UAS) industry, focused on designing next-generation avionics and electro-mechanical hardware for autonomous aircraft. Our R&D team tackles cutting-edge challenges at the intersection of electronics, robotics, and mechanical engineering to push the frontier of flight safety, reliability, and performance. Role & Responsibilities Own the full life-cycle design of high-precision electro-mechanical subsystems for UAV avionics, from concept and simulation through prototyping, verification, and release to manufacturing. Define component selection (sensors, actuators, microcontrollers such as STM32, PCB stack-ups) and validate them against thermal, vibration, and EMI/EMC requirements. Integrate embedded electronics with mechanical assemblies by collaborating closely with firmware, aerodynamics, and manufacturing teams to meet weight, tolerance-stack-up, and DFM targets. Develop and execute verification plans, FMEA, and HALT/HASS tests to ensure regulatory compliance and mission-critical reliability. Drive continuous design-for-manufacture and design-for-serviceability improvements, creating reusable module libraries and documentation. Mentor junior engineers and champion first-principles problem-solving and safety-critical design best practices across the organization. Skills & Qualifications Must-Have Bachelor’s or Master’s in Electronics, Mechatronics, Robotics, or Avionics Engineering. 6 + yrs hands-on experience designing electro-mechanical or robotic systems for aerospace, defense, or similar safety-critical domains. Strong analog/digital circuit design skills and embedded C/C++ development proficiency. Proven PCB layout review/modification experience and familiarity with ECAD/MCAD co-design workflows. Working knowledge of parametric CAD (e.g., Creo, SolidWorks) plus GD&T and tolerance analysis. Demonstrated record of taking hardware from prototype to flight-ready production, including rigorous test planning and risk mitigation. Preferred Experience with avionics standards (DO-254/DO-160) or UAV flight-control architectures. Familiarity with robotics kinematics, control-systems tuning, and MIL-STD environmental testing. Prior leadership of cross-functional design reviews and supplier qualification programs. Skills: Project management,Team collaboration,Analytical skills,Communication skills,Software development,Quality assurance,Mechatronics,Electromechanical Design,C++,Hardware Development,Embedded Show more Show less

About The Opportunity We are a fast-growing player in the Aerospace & Unmanned Aerial Systems (UAS) industry, focused on designing next-generation avionics and electro-mechanical hardware for autonomous aircraft. Our R&D team tackles cutting-edge challenges at the intersection of electronics, robotics, and mechanical engineering to push the frontier of flight safety, reliability, and performance. Role & Responsibilities Own the full life-cycle design of high-precision electro-mechanical subsystems for UAV avionics, from concept and simulation through prototyping, verification, and release to manufacturing. Define component selection (sensors, actuators, microcontrollers such as STM32, PCB stack-ups) and validate them against thermal, vibration, and EMI/EMC requirements. Integrate embedded electronics with mechanical assemblies by collaborating closely with firmware, aerodynamics, and manufacturing teams to meet weight, tolerance-stack-up, and DFM targets. Develop and execute verification plans, FMEA, and HALT/HASS tests to ensure regulatory compliance and mission-critical reliability. Drive continuous design-for-manufacture and design-for-serviceability improvements, creating reusable module libraries and documentation. Mentor junior engineers and champion first-principles problem-solving and safety-critical design best practices across the organization. Skills & Qualifications Must-Have Bachelor’s or Master’s in Electronics, Mechatronics, Robotics, or Avionics Engineering. 6 + yrs hands-on experience designing electro-mechanical or robotic systems for aerospace, defense, or similar safety-critical domains. Strong analog/digital circuit design skills and embedded C/C++ development proficiency. Proven PCB layout review/modification experience and familiarity with ECAD/MCAD co-design workflows. Working knowledge of parametric CAD (e.g., Creo, SolidWorks) plus GD&T and tolerance analysis. Demonstrated record of taking hardware from prototype to flight-ready production, including rigorous test planning and risk mitigation. Preferred Experience with avionics standards (DO-254/DO-160) or UAV flight-control architectures. Familiarity with robotics kinematics, control-systems tuning, and MIL-STD environmental testing. Prior leadership of cross-functional design reviews and supplier qualification programs. Skills: Project management,Team collaboration,Analytical skills,Communication skills,Software development,Quality assurance,Mechatronics,Electromechanical Design,C++,Hardware Development,Embedded Show more Show less

About The Opportunity We are a fast-growing player in the Aerospace & Unmanned Aerial Systems (UAS) industry, focused on designing next-generation avionics and electro-mechanical hardware for autonomous aircraft. Our R&D team tackles cutting-edge challenges at the intersection of electronics, robotics, and mechanical engineering to push the frontier of flight safety, reliability, and performance. Role & Responsibilities Own the full life-cycle design of high-precision electro-mechanical subsystems for UAV avionics, from concept and simulation through prototyping, verification, and release to manufacturing. Define component selection (sensors, actuators, microcontrollers such as STM32, PCB stack-ups) and validate them against thermal, vibration, and EMI/EMC requirements. Integrate embedded electronics with mechanical assemblies by collaborating closely with firmware, aerodynamics, and manufacturing teams to meet weight, tolerance-stack-up, and DFM targets. Develop and execute verification plans, FMEA, and HALT/HASS tests to ensure regulatory compliance and mission-critical reliability. Drive continuous design-for-manufacture and design-for-serviceability improvements, creating reusable module libraries and documentation. Mentor junior engineers and champion first-principles problem-solving and safety-critical design best practices across the organization. Skills & Qualifications Must-Have Bachelor’s or Master’s in Electronics, Mechatronics, Robotics, or Avionics Engineering. 6 + yrs hands-on experience designing electro-mechanical or robotic systems for aerospace, defense, or similar safety-critical domains. Strong analog/digital circuit design skills and embedded C/C++ development proficiency. Proven PCB layout review/modification experience and familiarity with ECAD/MCAD co-design workflows. Working knowledge of parametric CAD (e.g., Creo, SolidWorks) plus GD&T and tolerance analysis. Demonstrated record of taking hardware from prototype to flight-ready production, including rigorous test planning and risk mitigation. Preferred Experience with avionics standards (DO-254/DO-160) or UAV flight-control architectures. Familiarity with robotics kinematics, control-systems tuning, and MIL-STD environmental testing. Prior leadership of cross-functional design reviews and supplier qualification programs. Skills: Project management,Team collaboration,Analytical skills,Communication skills,Software development,Quality assurance,Mechatronics,Electromechanical Design,C++,Hardware Development,Embedded Show more Show less

🔍 Job Opening: Quality Engineer – Mechanical 📍 Location: Indore, Madhya Pradesh 🏢 Company: Confidential Client 🕒 Employment Type: Full-time 📂 Department: Engineering / Quality Assurance About Us At Concile TechSystems , we partner with our clients to revolutionize how they design, manufacture, connect, and service their products. Our scalable, flexible solutions help businesses innovate faster and operate smarter — driving excellence across every stage of product development and delivery. About the Role We are seeking a detail-oriented and experienced Quality Engineer to maintain and elevate the quality of our mechanical products and processes. This role is crucial in developing inspection systems, performing audits, identifying improvements , and ensuring we meet industry regulations and internal quality benchmarks. Key Responsibilities Develop and implement quality assurance procedures for mechanical components. Perform inspections on incoming, in-process, and finished products using tools like calipers, micrometers, and CMM. Lead Root Cause Analysis (RCA) and initiate Corrective & Preventive Actions (CAPA) . Create and maintain inspection plans, SOPs, and quality reports . Collaborate with design, production, and procurement teams to resolve quality issues. Implement Product Quality Assurance (PQA) strategies and conduct Process-Based Audits (PBA) . Monitor defect trends and identify opportunities for continuous improvement. Ensure compliance with ISO 9001 , ASME standards, and other quality frameworks. Maintain calibration records for testing equipment. Train production staff on quality standards and best practices . Required Skills and Qualifications Bachelor’s degree in Mechanical Engineering or related field. Minimum 2 years of experience in a QA/QC role in a mechanical or manufacturing environment. Skilled in precision measurement tools (e.g., calipers, micrometers, CMM). Strong grasp of mechanical drawings, tolerances, materials , and shop-floor practices. Knowledge of ISO 9001 , ASME , GD&T standards. Hands-on experience with PQA and PBA practices. Proficient in tools and methodologies like 5 Whys , Fishbone Diagram , FMEA , CAPA , Six Sigma , and 5S . Excellent analytical and documentation skills. Proficiency in MS Office and familiarity with quality software tools . Strong verbal and written communication skills; a team player who can work cross-functionally. Why Join Concile TechSystems? Join a company that values innovation, efficiency, and precision . Collaborate in a growth-oriented, supportive environment . Competitive salary, professional development, and performance-driven culture. Be part of a mission to redefine the future of manufacturing and engineering. 📩 How to Apply: Send your resume to jobs@conciletech.com or connect with us directly here on LinkedIn. #Conciletech #Hiring #QualityEngineer #MechanicalEngineering #ManufacturingJobs #PQA #PBA #SixSigma #GDandT #IndoreJobs #India #JobSearch #JobOpportunity Show more Show less

This role is for one of our clients Industry: Mechanical Engineering Seniority level: Mid-Senior level Min Experience: 10 years Location: Rajkot, Gujarat JobType: full-time About The Role We’re looking for an accomplished and hands-on Driveline Engineering Manager to lead the design, development, and validation of key power transmission systems. This role combines technical leadership with project execution, requiring a strong foundation in gears, shafts, bearings, and related assemblies. The ideal candidate will bring a deep understanding of driveline architecture, excellent CAD proficiency, and a systems thinking approach to product development. You will guide a focused team of engineers, manage concurrent projects, and collaborate with cross-functional teams across design, sourcing, and manufacturing. Key Responsibilities 🚘 Technical Leadership & Engineering Execution Lead the end-to-end design of driveline components —including gear trains, shafts, synchronizers, clutches, and bearings. Conduct design calculations for gear and shaft systems using Romax or Kisssoft . Drive excellence in component modeling, detailing, and validation using Creo . 📈 Project Management Oversee multiple simultaneous development projects with accountability for timelines, cost, and quality. Coordinate effectively with stakeholders across product design, manufacturing, and procurement to meet project milestones. Track project deliverables through ERP platforms such as SAP or Oracle . 🧩 Design Reviews & Documentation Own the preparation and validation of DFMEA , DFA , DFS , and other critical design documentation. Apply GD&T and perform tolerance stack-up analysis to ensure high-precision component integration. Maintain and manage design revisions via PLM tools such as Teamcenter or Windchill . 🔍 Manufacturing Insight & Product Realization Ensure that designs align with manufacturing constraints, especially forging, casting , and heat treatment processes. Collaborate with suppliers and manufacturing engineers to ensure DFM/DFA alignment. 🧠 Optional Expertise Support auxiliary system development such as belt and chain drives , pulleys, and sprockets. Participate in benchmarking and reverse engineering initiatives to guide design innovation. Qualifications & Skills ✅ Must-Haves 7–10 years of experience in mechanical design , with a focus on driveline systems or transmission components . Expertise in Creo for part modeling, assemblies, and detailed 2D drawings. Hands-on experience with Romax or Kisssoft for gear and shaft validation. Strong command of GD&T , tolerance stack-up, and mechanical engineering principles. Familiarity with Teamcenter , Windchill , and SAP/Oracle environments. Proven ability to manage small engineering teams and deliver projects under tight timelines. ⭐ Preferred Knowledge of auxiliary systems (belt/chain drives, pulleys). Prior experience in teardown studies, product benchmarking, or value engineering. Key Skills & Tools Creo | Romax | Kisssoft | Driveline Design | Teamcenter | Windchill | SAP | GD&T | DFMEA | Shaft & Gear Design | Forging & Casting | Project Management | Team Leadership Show more Show less

Job Description: • Experience in Design & Development of Exterior trims at Automotive OEM around 18 to 25 years of experience. • Strong program management skill with a goal/target minded discipline process excellent communication and interpersonal skill. • Hands on experience in CATIA application. • Good knowledge of Teamcenter/PLM. • DMU check for packaging feasibility & interaction with all concerned departments. • At least one complete project execution as Team Lead of Design & Development of Exterior trims. • Feasibility checks for CAS, Tooling direction • Experience in Exterior Body trims such as Front bumper, Grill, Side cladding, Wheel arch, Rear bumper, Mudflap • Good knowledge of drawing, GD&T, BOM & & assembly process flow. • Interaction with CFT including CAE, assembly line, Production planning, suppliers. • Having good experience in Homologations for ECE & FMVSS, AIS standards. • Having good knowledge of DFM, DFA, DFS & DFMEA (4D) rules & product process flow chart system. • Suggested VAVE (Cost Reduction) for weight reduction ideas Show more Show less

This role is for one of the Weekday's clients Min Experience: 2 years Location: Kolhapur JobType: full-time Seeking a skilled Quality Inspector to perform comprehensive inspection and verification of both raw and machined cast components. The ideal candidate will ensure full compliance with customer specifications, engineering drawings, and relevant industry standards. The role requires hands-on inspection using various precision tools, documenting non-conformities, and collaborating with internal teams to maintain product quality and integrity. Requirements Key Responsibilities: Perform 100% visual inspection of raw castings for defects such as cracks, porosity, shrinkage, and surface irregularities using visual and non-destructive techniques (e.g., dye penetrant). Conduct dimensional inspections of raw and machined castings using instruments such as Vernier calipers, micrometers, bore gauges, height gauges, and coordinate measuring machines (CMM). Interpret engineering drawings, GD&T symbols, and adhere to tolerance standards (e.g., ISO 8062, ASME Y14.5). Carry out in-process and final inspections of machined components to verify specification compliance. Review and validate supplier inspection reports, test certificates (chemical, mechanical, NDT), and internal quality documentation. Record and document non-conformances in line with PPAP standards; support root cause analysis and CAPA implementation. Maintain comprehensive inspection records and assist with internal, customer, and third-party audits. Ensure compliance with relevant quality standards such as ISO 9001, IATF 16949, or AS9100 depending on the domain. Coordinate with production, engineering, and procurement teams to resolve quality-related issues. Operate, calibrate, and maintain inspection instruments; ensure calibration records are up to date. Skills & Competencies: Strong understanding of casting processes (sand casting, investment casting) and machining operations (turning, milling, drilling, boring). Proficiency with surface finish evaluation methods (e.g., Ra values, comparator scales). Familiarity with a broad range of measurement instruments, including CMM. Working knowledge of sampling plans (AQL, ANSI Z1.4), SPC tools, and root cause analysis techniques (5 Whys, Fishbone diagram). Excellent documentation skills and attention to detail. Proficiency in MS Excel for quality data recording and reporting. Work Environment: This role involves working in both shop floor and inspection lab settings. Candidates must be comfortable in environments that may involve heat, noise, or exposure to oil , and should consistently use personal protective equipment (PPE) in accordance with safety protocols. Show more Show less

This role is for one of the Weekday's clients Min Experience: 10 years Location: Rajkot, Gujarat JobType: full-time We are seeking an experienced Manager - Driveline to lead a small team and manage multiple projects involving the design and development of driveline components. The ideal candidate will possess strong technical expertise in mechanical systems, particularly in gears, shafts, bearings, and related assemblies, with hands-on proficiency in CAD tools and PLM systems. Requirements Key Responsibilities: Lead a team of 2-3 engineers and oversee the execution of multiple driveline projects. Manage complete project lifecycle - from planning to execution - in alignment with business timelines and quality standards. Create 3D models and 2D drawings using Creo, with emphasis on part modeling and detailing. Work extensively with PLM tools such as Windchill or Teamcenter for data and design management. Utilize ERP systems like SAP or Oracle for project coordination and tracking. Conduct and validate gear and shaft design calculations using tools like Romax or Kisssoft. Apply advanced knowledge of GD&T and perform tolerance stack-up analysis. Develop and review DFMEA, DFA, and DFS documentation. Understand the manufacturing processes, heat treatment, and material properties for shafts, gears, and other forging or casting components. Optional: Involvement in belt/chain drive systems, pulleys, sprockets, and benchmarking/reverse engineering activities. Required Skills & Tools: CAD Software: Creo (Part modeling, 3D modeling, 2D drawing) PLM Tools: Windchill or Teamcenter ERP Systems: SAP or Oracle Design Tools: Romax / Kisssoft (for gear & shaft calculations) Strong understanding of driveline components - gears, shafts, bearings, clutches, brakes, synchronizers, and power flow. Good knowledge of GD&T, tolerance stack-ups, and mechanical design best practices. Familiarity with forging and casting processes and materials. Team leadership, project management, and cross-functional collaboration. Preferred Skills (Optional): Knowledge of belt/chain drive systems, pulleys, sprockets Experience with benchmarking or reverse engineering Key Skills: Creo | Windchill | Teamcenter | 3D Modeling | 2D Drafting | Driveline Components | Gear & Shaft Design | Kisssoft | Romax | GD&T | DFMEA | Forging & Casting | Team Leadership Show more Show less

Hiring: 3D Designer – SPM, Fixtures & Jigs Location: Gurgaon, Haryana Job Type: Full-time | Permanent Experience: 1–2 years preferred Industry: Special Purpose Machinery (SPM) / Industrial Automation / Tooling Reports To: Design Head / Technical Director About Us We are a growing engineering company focused on the design and development of Special Purpose Machines (SPM) , automation systems , fixtures , and jigs for industries like automotive, electronics, and precision manufacturing. As we expand our design capabilities, we’re looking for a 3D Designer who has hands-on experience in designing SPMs, jigs, and fixtures using SolidWorks Role Overview As a 3D Designer, you will be responsible for designing high-precision mechanical systems, automation fixtures, and jigs. You will work closely with project engineers and the manufacturing team to ensure all designs are optimized for production, assembly, and functionality. Key Responsibilities Design custom fixtures , jigs , and SPMs using SolidWorks Create 3D models, detailed 2D drawings, and assembly layouts Modify and improve existing machine designs based on feedback Coordinate with project engineers to meet functional requirements Ensure all designs are production-ready with accurate BOMs and tolerances Support prototyping, testing, and on-site installations when needed ✅ What We’re Looking For Technical Skills Proficiency in SolidWorks (mandatory) Experience in designing fixtures, jigs, gauges, or SPMs Good understanding of mechanical tolerances, GD&T, and manufacturing practices Ability to read and interpret technical specifications and drawings Professional Traits Attention to detail and quality-focused approach Ability to manage multiple design tasks and meet deadlines Strong team player with good communication skills Open to learning and improving design efficiency Qualification Diploma/Degree in Mechanical Engineering or Design Engineering 1–2 years of hands-on experience in SPM/jig/fixture design using SolidWorks Exposure to the automation or tooling industry is highly desirable Ready to Turn Designs into Reality? If you're passionate about industrial design and enjoy solving real-world challenges, apply now and be part of our innovative engineering team! Job Type: Full-time Pay: ₹10,000.00 - ₹45,000.00 per month Schedule: Day shift Ability to commute/relocate: Gurgaon, Haryana: Reliably commute or planning to relocate before starting work (Preferred) Work Location: In person Expected Start Date: 01/07/2025

This role is for one of our clients Industry: Mechanical Engineering Seniority level: Mid-Senior level Min Experience: 10 years Location: Rajkot, Gujarat JobType: full-time About the Role We’re looking for an accomplished and hands-on Driveline Engineering Manager to lead the design, development, and validation of key power transmission systems. This role combines technical leadership with project execution, requiring a strong foundation in gears, shafts, bearings, and related assemblies. The ideal candidate will bring a deep understanding of driveline architecture, excellent CAD proficiency, and a systems thinking approach to product development. You will guide a focused team of engineers, manage concurrent projects, and collaborate with cross-functional teams across design, sourcing, and manufacturing. Key Responsibilities Technical Leadership & Engineering Execution Lead the end-to-end design of driveline components —including gear trains, shafts, synchronizers, clutches, and bearings. Conduct design calculations for gear and shaft systems using Romax or Kisssoft . Drive excellence in component modeling, detailing, and validation using Creo . Project Management Oversee multiple simultaneous development projects with accountability for timelines, cost, and quality. Coordinate effectively with stakeholders across product design, manufacturing, and procurement to meet project milestones. Track project deliverables through ERP platforms such as SAP or Oracle . Design Reviews & Documentation Own the preparation and validation of DFMEA , DFA , DFS , and other critical design documentation. Apply GD&T and perform tolerance stack-up analysis to ensure high-precision component integration. Maintain and manage design revisions via PLM tools such as Teamcenter or Windchill . Manufacturing Insight & Product Realization Ensure that designs align with manufacturing constraints, especially forging, casting , and heat treatment processes. Collaborate with suppliers and manufacturing engineers to ensure DFM/DFA alignment. Optional Expertise Support auxiliary system development such as belt and chain drives , pulleys, and sprockets. Participate in benchmarking and reverse engineering initiatives to guide design innovation. Qualifications & Skills ✅ Must-Haves 7–10 years of experience in mechanical design , with a focus on driveline systems or transmission components . Expertise in Creo for part modeling, assemblies, and detailed 2D drawings. Hands-on experience with Romax or Kisssoft for gear and shaft validation. Strong command of GD&T , tolerance stack-up, and mechanical engineering principles. Familiarity with Teamcenter , Windchill , and SAP/Oracle environments. Proven ability to manage small engineering teams and deliver projects under tight timelines. Preferred Knowledge of auxiliary systems (belt/chain drives, pulleys). Prior experience in teardown studies, product benchmarking, or value engineering. Key Skills & Tools Creo \u007C Romax \u007C Kisssoft \u007C Driveline Design \u007C Teamcenter \u007C Windchill \u007C SAP \u007C GD&T \u007C DFMEA \u007C Shaft & Gear Design \u007C Forging & Casting \u007C Project Management \u007C Team Leadership

Job Description Title: Manufacturing Technician-CNC Milling-Husky(India) Chennai Id: 20193 Type: FullTime Location: Chennai, India At Husky TechnologiesTM, our success is based on your success. Our ability to keep our customers in the lead is based on building the strongest team possible. Husky TechnologiesTM has a strong foundation built on innovation, close customer relationships and a unique culture and values. We are dedicated to offering our customers the highest quality products and services and are looking for people with the inspiration and talent to develop with us as we pursue our ambitious growth strategy. We are a leader in developing state-of-the-art technology and it is this technology base that uniquely positions us to serve customers who seek differentiation through solutions that provide speed, flexibility and maximum productivity. This capability is at the core of our mission and competitive strategy. Husky TechnologiesTM offers a wealth of opportunity for personal growth and development. Most importantly, Husky Technologies TM offers an opportunity to work with – and be challenged by – a team of great people. Our success is possible because of the creativity, intelligence and passion of our people around the world and their desire to lead change. At the same time, we are not afraid to expect a lot and strive for leadership in all of our key markets. We are a company taking on new challenges and for the right people this means exceptional career development opportunities, the chance to be part of a team that is the best in the world at what we do and the experience that comes from working in an environment that demands constant transformation and innovation. Husky TechnologiesTM is an exciting company with tremendous potential. We have a great team and great expectations. If you are attracted to bold goals, believe in uncompromising honesty, support mutual respect, care about environmental responsibility, have a passion for excellence and a desire to make a positive contribution – then we want you to join the Husky TechnologiesTM team! Job Description: Responsible for manufacturing components in CNC Milling machines and inspect the parts using variable or attribute measuring instruments and techniques to ensure conformance with the company's quality standards. Key Responsibilities/Areas Of Accountability: Operate CNC Milling Machines. Set up CNC milling machines by installing and aligning workpieces, tools, and fixtures. Planning of tools, fixtures required for turning operation. Inspection of parts using gauges, instruments asper the Drawing requirements. CNC programming knowledge is added advantage. Should have knowledge to reads inspection control plans, interpreting specifications, drawings, standards and tolerances in a GD&T environment Technical/Professional Knowledge, Skills & Abilities: Strong knowledge in Machining environment – CNC Milling 5 Axis. knowledge of 5S and GD&T standards Working knowledge of mechanical, electrical, etc. gauges (moveable and fixed) used in the CNC Machines Skills in basic problem solving in CNC turning machine. knowledge in MS Office (Excel, Outlook, etc. Ability to communicate in English (verbal & written) Qualifications: Education: Diploma in mechanical (DME) with experience in CNC Milling operation. Related Experience: 3+ years in CNC Milling Experience in Tool making industry/ Precision components Manufacturing/ Automotive manufacturing Husky TechnologiesTM offers a competitive compensation and benefits package and excellent opportunities for growth and advancement. We are committed to equal employment opportunity and respect, value and welcome diversity in our workplace. Husky TechnologiesTM also values being a great place to work and strives to maintain a safe workplace. Accordingly, Husky TechnologiesTM conditions all offers of employment on satisfactory completion of background checks. No agency or telephone inquiries please. Show more Show less

Your Job In this role, you will have the opportunity to work on our automotive solutions to support next generation automotive connector design, development, and product ownership. Our Team Molex continues to grow Engineering Staff and are looking for a talented Product Design Engineers interested in our Automotive connector group. If you are looking for a way to accelerate your career and be part of a great company, this may be the opportunity for you. What You Will Do Product Design : Project Definition: Product scope, voice of customer, concept generation Predictive Engineering: Executes DFMEA, Tolerance Analysis. Detailed Design: Creates product models & drawings using GD&T methodology, plastic and sheet-metal part design Design Verification, Product Validation : Validation Plan: Develop test plans (DVP&Rs) to validate product performance and analyze test results using statistical methods Problem Solving: Lead root cause analysis utilizing structured problem-solving methods(8D) Who You Are (Basic Qualifications) Work Experience: 5-9 years product design experience Education: Required: Bachelor’s degree in Mechanical Engineering or equivalent science degree Preferred: Master’s degree in Mechanical Engineering or equivalent science degree Skills: New product design process, Concept generation, DFMEA, GD&T, Tolerance analysis, DVPR, Plastic parts, Manufacturability, Problem solving What Will Put You Ahead At Koch companies, we are entrepreneurs. This means we openly challenge the status quo, find new ways to create value and get rewarded for our individual contributions. Any compensation range provided for a role is an estimate determined by available market data. The actual amount may be higher or lower than the range provided considering each candidate's knowledge, skills, abilities, and geographic location. If you have questions, please speak to your recruiter about the flexibility and detail of our compensation philosophy. Who We Are At Koch, employees are empowered to do what they do best to make life better. Learn how our business philosophy helps employees unleash their potential while creating value for themselves and the company. Additionally, everyone has individual work and personal needs. We seek to enable the best work environment that helps you and the business work together to produce superior results. Show more Show less

Remunance Services- Website :- www.remunance.com A group company with over 15 years of experience, we pride ourselves on our technical expertise and for being a trusted partner for foreign enterprises who wish to establish a presence in India. Along with our set of experts and accredited professionals, we customize your India presence. Our unique basket of services complements your business to make a soft landing in Indias market and set up operations without direct investment. From setting up your India headquarters, staffing it with the right talent, and hosting them in the perfect space, we are with you through every step of the process. Having incubated more than 25 successful Indian subsidiaries, and delivery centers for clients spread across the globe, we are your one-stop shop for establishing a successful subsidiary in India’s rapidly growing market. Our swiftly growing portfolio of work is renowned for its quality and reliability in the Indian market. Main responsibilities: Process Customer Requests for Quote Complete initial feasibility review Provide product cost Process new part set up Complete feasibility review, ensure all specifications are understood and measurable. Managing customer requirements Provide recommendations on application and specification changes Key Competencies: Customer Orientation and Responsiveness Drive for Results Team Player Excellent Communication and Informing Skills Timely Decision Making and Problem Solving Excellent Analytical Skills Process Orientation Negotiation Skills and Conflict Management Proficiency in the use of Office Tools (Word, Excel, PowerPoint) Skills and Qualifications: Minimum 2 years experience in manufacturing. Minimum 2 years’ fastener experience. Bachelor’s degree in engineering, material sciences or related experience AIAG Core Tools: APQP, PPAP, MSA, SPC, FMEA GD&T, Print Review, Understanding and interpretation of engineering specifications (IFI, ASME, etc). Fastener experience highly preferred. Ability to read a blueprint Ability to read technical specifications Familiar with cold heading tolerances Knowledge of manufacturing methods

Job Title : Lead Engineer/Deputy Manager - Cost Estimation (ME) Overall Functional Scope Cost Estimation engineer focusing on Feasibility study , coordinating with SCM and Business Development team, completing the estimation activity and providing an optimal Quote to bag new businesses. Should be able to analyze the machining feasibility of parts, fabrication feasibility of sheet metals and assembly feasibility as per Aequs capabilities. Responsibilities Perform Feasibility Study, Value add & Finalize the Estimation sheet for RFQ packages in Aerostructure, AeroSystems and Aeroengine projects. Manage to provide an optimal and on time RFQ by interacting with CFT for getting quotes for Raw Material, Standard Items & other outsourcing processes. Coordinate with Account Managers for customer related clarifications & timely submission of RFQ. Adhere to the RFQ execution plan. Should be able to follow the KRAs set by his / her manager. Skill Sets: Mandatory 1) Knowledgeable in - Processing of parts in Milling (Multiaxis), Turning, Turn mill, VTL & Mill turn machines, covering Aerostructure, AeroSystems and Aeroengine components. - Cycle Time calculation for machining. - Drawing, BOM & Specification study. - Assembly of Aerostructure, AeroSystems and Aeroengine components. - defining the Feasibility and manufacturing flow of parts and assemblies based on GD & T and process requirement from Drawing notes. 2) Basic knowledge of cutting tools and feasibility analysis of parts based on Cutting Tool approach. 3) Machining of Forging and Casting. 4) Basic knowledge on Fixturing concepts. Optional 1) Knowledge of Surface Treatment & Heat Treatment. 2) Knowledge on Deep Hole Drilling, Grinding, Honing, EDM & Gear Cutting. 3) Knowledge of sheet metal fabrication. Experience: 8 to 14 Years in manufacturing Educational Background: BE/Diploma - Mechanical / Industrial Production. Job Location: Belagavi (Belgaum), Karnataka-India.

About Kennametal With over 80 years as an industrial technology leader, Kennametal Inc. delivers productivity to customers through materials science, tooling and wear-resistant solutions. Customers across aerospace and defense, earthworks, energy, general engineering and transportation turn to Kennametal to help them manufacture with precision and efficiency. Every day approximately 8,700 employees are helping customers in nearly 100 countries stay competitive. Kennametal generated $2.1 billion in revenues in fiscal 2023. Learn more at www.kennametal.com . Follow @Kennametal: Twitter, Instagram, Facebook, LinkedIn and YouTube. Job Title:- Assistant manager - Manufacturing Location:- Bangalore Education & Relevant Experience (in Brief) Bachelor’s Degree Engineering (Mechanical OR Industrial Production). Desirable to have 6 -8 years of shop floor experience Sound knowledge of SAP is essential. Individual should have excellent communication skills, Hand on Experience in CNC machine operating, Programming, troubleshooting Have analytical mind and high-level technology orientation. Strong understanding of production planning processes, inventory management, and scheduling. Excellent problem-solving, organizational, and analytical skills. Proficient in Microsoft Office Suite, experience with SAP or production management software is a plus. Strong communication skills and the ability to collaborate effectively with different teams. Desired Skills And Experience Passion to work in a challenging work environment, positive attitude & Self-motivated. Should have knowledge of shopfloor working conditions and quickly adopt to changing environment. Hands-on and can-do attitude - high energy, positive, deadline-driven, dependable with an ability to deliver results with aggressive deadlines. Should be organized and have strong interpersonal, analytical & perseverance skills. Knowledge of Kannada Language and aptitude to pursue career in manufacturing desired. On a day-to-day basis, leverage resources within area of accountability to execute the plan. Organize workflow by assigning responsibilities and preparing schedules. Overseeing and coach employees in shopfloor to improve the culture. Submit reports on performance and progress related to man and machine. Example: OEE, Scrap, Employee skill management, shipment Identify issues in efficiency and suggest improvements. Achieve KPI’S related to Safety, quality, Delivery, cost, and People. Must have good understanding related to GD&T. Key Responsibilities This position reports to the Product Unit Leader & the intent of achieving defined goals such as Safety, Delivery Lead Times, Daily/Monthly output schedules, Quality Levels, Financials etc. The position is responsible for monitoring daily activities in Shop floor. Implementing 5s+1, TPM, EHS compliance, 25 keys and various lean concepts in shop floor and continuous improvement projects is an added advantage. Deploy MBS at all levels to provide a safe, clean work environment by maintaining good safety & housekeeping practices and ensure thorough investigation of all accidents/incidents with appropriate corrective actions. Lead workmen through training and application of Lean Manufacturing & Quality tools to produce quality products meeting customer expectations on Lead times and have proper, timely communication with the workforce. Participate and lead cross functional teams to evaluate and implement process improvements. Engage workmen through open communications and providing relevant training to develop and maintain good harmonious work atmosphere and eliciting their participation in Continuous Improvement activities. On a day-to-day basis, leverage resources within area of accountability to execute the plan. Must have hands on Experience on conventional and CNC machines & special process of hard Machining. Must have good understanding related to GD&T. Equal Opportunity Employer Show more Show less

Role & responsibilities 1. Industrial automation 2. Special purpose machine design 3. Structural and Sheet metal fabrication 4. 3D modeling experience is required. 5. Defining assembly process for the various components. 6. Application Knowledge on GD&T. 7. Making Detailed assembly and part level drawings. 8. Knowledge of Pneumatics, pneumatic circuits, preferred. 9. Assembly of machine as per design and execution of the project. Preferred candidate profile 1. Concept to Design 2. Sizing of components 3. Selection of material based on the application. 4. Manufacturing process knowledge 5. Strong in engineering design and calculations 6. Selection of purchase items 7. Good communication skills

This role is for one of our clients Industry: Mechanical Engineering Seniority level: Mid-Senior level Min Experience: 2 years Location: Rajkot, Gujarat JobType: full-time About The Role We are looking for a detail-oriented and innovation-driven Mechanical Design Professional to join our engineering team. This role is ideal for individuals with hands-on experience in mechanical systems design, particularly within automotive, agriculture, or construction equipment domains. You will be instrumental in driving end-to-end design development—ranging from chassis structures to sheet metal and plastic components—ensuring functionality, manufacturability, and integration across vehicle platforms. Key Responsibilities 🔧 Mechanical Component & System Design Design and develop mechanical systems with a focus on chassis, enclosures, brackets, sheet metal , and plastic components . Use Creo (Assembly, Sheet Metal, and Piping modules) extensively to model and draft robust 3D designs. 🧩 Vehicle-Level Integration Collaborate closely with cross-functional teams to ensure seamless vehicle integration of designed components. Address spatial constraints, mechanical fitment, and interface compatibility during the design phase. 📐 GD&T and Tolerance Engineering Apply Geometric Dimensioning & Tolerancing (GD&T) to ensure precision and functionality. Perform tolerance stack-up analysis to validate component interaction and reduce design errors. 📁 Documentation & Design Lifecycle Create detailed engineering drawings , BOMs, and design documentation in compliance with internal and industry standards. Manage design revisions, version control, and lifecycle updates through PLM tools such as Teamcenter (preferred) or equivalent systems. 🏁 Project Execution Ensure timely delivery of design tasks as per project timelines. Maintain design quality, adherence to best practices, and manufacturability readiness from concept to release. What You Bring Experience: 4–5 years of hands-on mechanical design experience in automotive, agriculture equipment, or construction machinery domains. CAD Mastery: Strong proficiency in Creo —particularly in Assembly, Sheet Metal, and Piping modules. Component Design: Proven experience with chassis frameworks , metal fabrication , and plastic part development . Engineering Principles: Sound knowledge of GD&T , tolerance analysis, and DFM (Design for Manufacturability). PLM Familiarity: Experience with Teamcenter or similar PLM tools for structured design and release workflows. Integration Mindset: Ability to understand and resolve vehicle-level design constraints. Key Skills & Tools Creo | CAD Modeling | Chassis & Structural Design | Sheet Metal & Plastic Design | GD&T | Tolerance Analysis | Teamcenter | Vehicle System Integration Show more Show less

This role is for one of the Weekday's clients Salary range: Rs 100000 - Rs 800000 (ie INR 1-8 LPA) Min Experience: 2 years Location: Rajkot, Gujarat JobType: full-time We are seeking a highly skilled and motivated professional to join our design team as a Sr. Engineer or Assistant Manager - Design . The ideal candidate should have a strong background in mechanical design within the agriculture, construction, or automotive industry , along with hands-on experience in CAD tools and vehicle integration. Requirements Key Responsibilities: Apply design expertise in chassis design, sheet metal, and plastic part development within mechanical systems. Utilize Creo (Modules: Assembly, Sheet Metal, and Piping) for 3D modeling and design tasks. Interpret and apply Geometric Dimensioning and Tolerancing (GD&T) and perform tolerance stack-up analysis. Collaborate with cross-functional teams to ensure successful vehicle integration. Prepare and manage design documentation aligned with organizational and industry standards. Use Teamcenter or similar PLM tools for data and design management (preferred). Ensure timely delivery of high-quality design outputs while adhering to engineering best practices. Requirements: Minimum 4-5 years of relevant experience in a mechanical design role within agriculture, construction, or automotive domains. Strong command of CAD - Creo, specifically in assembly, sheet metal, and piping modules. Proficient in designing and developing chassis structures, sheet metal components, and plastic parts. Solid understanding of GD&T principles and tolerance stack-up techniques. Prior exposure to Teamcenter is an added advantage. Experience in vehicle-level integration is essential. Key Skills: CAD Creo | Assembly Design | Sheet Metal Design | Chassis Design | Plastic Part Design | GD&T | Tolerance Stack-Up | Teamcenter | Vehicle Integration Show more Show less

Job Summary: This position is an individual contributor role. This position conducts supplier quality related activities including, supporting new product introduction with existing and new suppliers within Dorman APQP requirements for purchased parts during program development, Acting as technical and quality liaison between Dorman and suppliers. Performing supplier qualification & re-qualification audits, supplier process development & audit, product audits (FAI, SI, PSI). Drive supplier and product quality improvement. The role will work harmoniously together with global cross function team, mainly with engineering, SBU, Lab, and Supply Chain. Primary Duties: Support sourcing team for new supplier selection and drive new supplier qualification activities. Drive requalification audit of existing suppliers to ensure Dorman’s requirement is continuously met by suppliers Participate in second-party and third-party quality management system audits as required Work directly with product groups to ensure product and engineering design specifications are met by suppliers Support product development and reverse engineering functions as required Line readiness review and process audit for new project as required Train suppliers in Dorman’s development processes and ensue “speed to market” Facilitates the creation and validation of FAI (First Article Inspection) & OTS( Off The Shelf) samples and PPAP documentation review and approval Drive source inspection activities for 1st shipment of new product Monitor supplier performance and work with product team and quality team to continuously reduce the warranty cost. Drive and facilitate Continuous Improvement efforts at suppliers to better control of nonconforming products Support supplier related corrective action and prevention actions / 8D follow up and validation of internal and external. Elimination of repeat of product and process nonconformance through quality engineering activities and drill deep & wide investigations by working together with internal cross functional teams Participate in cross-functional teams as required. Qualifications: Communicate proficiently verbally and written, in English. Experience in a global cross-functional team environment. Working experience in global manufacturing and distribution environment is preferred. Working knowledge of IATF16949 quality management systems or similar i.e. ISO9001, ISO14001 Auditing experience (Internal, Supplier, Corrective Action validation, Product, Process, CSR, WCA, SQP, C-TPAT) Working experience of APQP, PPAP, FMEA, SPC and MSA Exposure to the Blow/Injection/Insert/ moulding process for automotive plastics i.e., Valve Cover, Coolant tanks, Ducts, climate control modules, etc. Experience with development of Automotive Plastic parts, performing quality audits on automotive plastic parts preferred. Working experience of new supplier project management. Minimum five (5) years’ experience in root cause analysis/problem solving. 8D, 5-Why, DMAIC, DOE. etc. Working experience of Leading Continual Improvement activities. Working knowledge of product qualification testing, inspection tools and equipment, and supplier quality activities. Familiar with automotive vehicle components and knowledge of field failure analysis (FFT) is preferred. Working knowledge of materials, finishes, and specifications (SAE, ASME, ANSI, etc.) Familiar with knowledge of common parts and one of the following manufacturing processes, such as plastics, stamping, rubber, casting, machining, forging, plating. Familiar with knowledge of electronics/electrical parts and manufacturing process is a plus. Familiar with GD&T and can understand drawing related with parts of mechanical and/or electrical. Familiar with checking fixture and know how to conduct check fixture calibration. Good PC skills including MS Office Suite including Excel, Word, and PPT. Minitab / SAP is preferred. Physical Requirement : Capability to lift 20 pounds. Working Conditions : Working Conditions: "this role would require 50% travel to supplier partners across the country for all the activities mentioned above. Education And/Or experience: Preferred Bachelor's degree (B. S.) in a technical or quality related field from four-year College or University; and 10 years related experience. Working knowledge of Tier1 / OEM is preferred. Minimum 8 years automotive related project / program / quality working experience. Dorman Job Competencies Auditing Expertise Cross – Functional Teamwork Persuasive Communication Problem solving Show more Show less