529 Pfmea Jobs - Page 10

Job Description Role and Responsibilities Lead a Team of Engineers to perform engineering function duties as per set KRA. Have Individual responsibility of certain function & Role Authorize & Prepare Process Documents Example: PPAP /FMEA/APQP & BOM Prepare / Authorize Relevant Engineering Documents Like ECN (Engineering Change Notice),FAI Conduct CFT and allot tasks for product launch / NPI ( New product Information ) Monitor Product launch / NPI (New product Information) Review / Prepare Costing Files for New Quotation. Ensure all Engineering Activities to be Completed in ERP & Reviewed Circulate Team performance Report Weekly/Monthly B.Tech/ BE preferably from Electronics/ Electrical/ Mechanical background with EMS & Wire harness Industry experience Preferred Skills Abnormality Detection Good analyzing skills Motivation Problem Solving Costing of Electronic Assembly Design Tools Solid knowledge of electrical systems, connectors, terminals, wire gauge, and harness layout. Review and validate Bill of Materials (BOM), DVP&R, and DFMEA. Good working Knowledge of ERP Location Ramamurthy Nagar, Bangalore People Looking for the opportunity should be able to handle the above JD & full fill the Roles & Responsibility

We are Hiring for Manufacturing Engineer for Devanahalli, Bangalore Location Experience: 5 - 7 years Qualification: Diploma / BE Mechanical Job Location: Devanahalli Industry Exposure: Aerospace Industry Job Description - Lead the development and optimization of manufacturing processes for high-precision aerospace components. Apply engineering methodologies including PFMEA , DFM , APQP , and PPAP to ensure process reliability and product quality. Collaborate with cross-functional teams including design, quality, and production to ensure manufacturability and compliance. Utilize advanced materials such as Titanium , Inconel , and composites in aerospace-grade applications. Ensure adherence to industry standards like AS9100 and NADCAP throughout the production lifecycle. Use CAD/CAM tools and apply GD&T principles for precision design and manufacturing. If you are interested please share your CV on rutujak@hrworksindia.com Regards, Rutuja Kumbhare 8275023221

Initiate PFMEA (based on Generic PFMEA & DFMEA output) Manufacturing Bill of Material (MBOM) and Understand E-bom for mapping in SAP Long Run Production Results update Prototype Build Feasibility Review & Quality control point defined Understand E-bom for mapping in SAP Process Validation Plan Definition agreed with Customer Gage Specification Plant/Cell Layout Specification Tooling and Equipment Create RFQ after nomination, Confirm Profitability Baseline & Initiate Commercial Follow Up file Nominate Component suppliers (ncl. Interco) - SOQ signed without SNL (supplier nomination letter) Nominate and Manage Equipment, Tooling and Gage built for Manufacturing and Gage Suppliers Supplier nomination letter and raise Order Tooling, Equipment & Gages and raise Order Tooling, Equipment & Gages Order Tooling, Equipment & Gages (Tooling, Equipment and Gage PO&TO) Production Process Instructions Off Tool / Off Process Part production Operator Training & Skills Qualification planned Internal Run at Rate Customer Run at Rate (if applicable) Study Fit & Function Test Costumer Trial Validate Logistic and integrate Planning from Customer Demand Confirm Costing Information Program Audit readiness - P.E Deliverables Safe Launch Management Review OPMS Audit readiness P.E deliverables Maintaining P.E KPI’s update - monthly Maintaining P.E deliverables & update – weekly / program time line Program OBEYA for all projects Handle for the PPAP event while customer visit & program review meeting

The future is what you make it. When you join Honeywell, you become a member of our global team of thinkers, innovators, dreamers, and doers who make the things that make the future. That means changing the way we fly, fueling jets in an eco-friendly way, keeping buildings smart and safe and even making it possible to breathe on Mars. Working at Honeywell isn t just about developing cool things. That s why our employees enjoy access to dynamic career opportunities across different fields and industries. Honeywells Value Engineering (VE) and Component Engineering (CE) Center of Excellence (COE) is a dynamic collective of professionals dedicated to refining product development through innovative engineering and strategic component selection. Working in tandem with GBEs Engineering and Procurement teams, the VE/CE COE is a global entity tasked with the critical mission of enhancing product margins and driving productivity, thereby securing Honeywells competitive edge in the global market. Our mandate spans across all Strategic Business Groups (SBGs), with the exception of AERO, ensuring that value engineering and component engineering principles are consistently applied to deliver tangible savings and superior products. As a hub of flexibility and rapid adaptation, the VE/CE COE is Honeywells strategic response to the "ever-evolving" marketplace demands. Position Description: We are currently looking for an Mechanical Engineer to work on developing products using core mechanical engineering skills. The future is what we make it. When you join Honeywell, you become a member of our global team of thinkers, innovators, futurists, and doers who make the things that make the future. That means changing the way we fly, fueling jets in an eco-friendly way, keeping buildings smart and safe and even making it possible to breathe on Mars. Working at Honeywell isn t just about developing cool things. That s why all our employees enjoy access to dynamic career opportunities across different fields and industries. YOU MUST HAVE: B. E/ B. Tech , M. E/ M. Tech in Mechanical Engineering 3 - 6 years of experience in design and development of Mechanical products. We Value: Experience in Value engineering and component engineering. Knowledge on Value engineering methodologies. Knowledge of should costing . Have good understanding on different manufacturing processes like plastic injection molding, metal parts machining, casting, sheet metal process, joining methodologies (crimping, welding, brazing, soldering) and sensor encapsulation methodologies Good knowledge about materials such as engineering plastics, metals, plating Capable in using CAD package Pro-Engineer E xposure to Six Sigma methodology and statistical analysis. Experience on GD&T, Statistical Tolerance Analysis, Design for Manufacturability and Assembly Experience in developing DFMEA, PFMEA , control plan and process flow chart Exposure to handling engineering change request and engineering change order . Conceptualize the product and translate the requirements into CTQs for design. Exposure to full design life cycle in New product development Problem solving Skills: Independently leads problem analysis to develop new processes and procedures. Demonstrates accountability (collaborating with others) for the design / implementation/ delivery of subsystem/product. Writes a project final report/ project team presentation or demonstration to a divisional customer or management. Good Business Communication skills: Interacts with Partners at global locations, local team members & management stake holders and customers for requirements capturing. Works with all the stakeholders to ensure that technical objectives are met with the given project/program constraints. Active participation in the project planning/execution phases for technical risk management. Understanding of product certification requirements. YOU MUST HAVE: B. E/ B. Tech , M. E/ M. Tech in Mechanical Engineering 3 - 6 years of experience in design and development of Mechanical products. We Value: Experience in Value engineering and component engineering. Knowledge on Value engineering methodologies. Knowledge of should costing . Have good understanding on different manufacturing processes like plastic injection molding, metal parts machining, casting, sheet metal process, joining methodologies (crimping, welding, brazing, soldering) and sensor encapsulation methodologies Good knowledge about materials such as engineering plastics, metals, plating Capable in using CAD package Pro-Engineer E xposure to Six Sigma methodology and statistical analysis. Experience on GD&T, Statistical Tolerance Analysis, Design for Manufacturability and Assembly Experience in developing DFMEA, PFMEA , control plan and process flow chart Exposure to handling engineering change request and engineering change order . Conceptualize the product and translate the requirements into CTQs for design. Exposure to full design life cycle in New product development Problem solving Skills: Independently leads problem analysis to develop new processes and procedures. Demonstrates accountability (collaborating with others) for the design / implementation/ delivery of subsystem/product. Writes a project final report/ project team presentation or demonstration to a divisional customer or management. Good Business Communication skills: Interacts with Partners at global locations, local team members & management stake holders and customers for requirements capturing. Works with all the stakeholders to ensure that technical objectives are met with the given project/program constraints. Active participation in the project planning/execution phases for technical risk management. Understanding of product certification requirements. JOB EXPECTATION: Work in a global team as an Individual Contributor with responsibilities and ownership for mechanical design in Value Engineering (VE) and Component Engineering (CE ). The responsibilities include identifying cost reduction ideas from part & process design by BOM analysis, ownership on VE/CE projects. The candidate will be working along with various teams such as design, simulation, drafting, evaluation, manufacturing, marketing, supply chain etc. Additional responsibilities include technical report generation, documentation, and progress reporting. It is also expected that the candidate would develop technical expertise in the product lines quickly to develop VE/CE ideas. Candidate is expected to have good knowledge in mechanical design with the ability to use this knowledge on VE/CE ideation in mechanical packaging design for sensors and gas and flame detectors. Having an proven record of design delivery in a New Product Introduction (NPI) team for at least 5-8yrs with will be a plus. JOB EXPECTATION: Work in a global team as an Individual Contributor with responsibilities and ownership for mechanical design in Value Engineering (VE) and Component Engineering (CE ). The responsibilities include identifying cost reduction ideas from part & process design by BOM analysis, ownership on VE/CE projects. The candidate will be working along with various teams such as design, simulation, drafting, evaluation, manufacturing, marketing, supply chain etc. Additional responsibilities include technical report generation, documentation, and progress reporting. It is also expected that the candidate would develop technical expertise in the product lines quickly to develop VE/CE ideas. Candidate is expected to have good knowledge in mechanical design with the ability to use this knowledge on VE/CE ideation in mechanical packaging design for sensors and gas and flame detectors. Having an proven record of design delivery in a New Product Introduction (NPI) team for at least 5-8yrs with will be a plus.

Responsibilities & Key Deliverables Knowledge of TCF Equipments e. g. Assembly Conveyors / Manipulators / Robotic Glass gluing / Wheel alignment/ RBT / ADAS / Shower / Engine& Rear Axle decking Systems, Lifting and Handling Devices, Engine & Rear Axle Decking Pallets. Knowledge of Electrical, Controls & PLC; Hands on experience in Allen Bradly PLC programming, HMI & SCADA Programming, and VFD commissioning; Hands on experience in Control panel manufacturing, product selection and trouble shooting. RFQ/Scope Preparation and Supplier Technical evaluation for above Equipments. Design Approval of required systems with Project tracking. Prepare and follow PFMEA/MFMEA of Equipments. Installation and commissioning of equipments with punch item list and without missing the Project Timelines. Coordinate with supplier and Plant (Customer) for eliminating new Equipments installation and commissioning Issues. Execute and improve effectiveness of PM, TBM, CBM activities on equipment through properly defining the details in Scope documents. Supports production department for day to day activities and smooth implementation of Installed Equipment. Should be flexible for implementation of project at multiple plant locations, irrespective of members base location. Knowledge of Civil , Electrical and Automation of equipments will have added advantage to this. Knowledge of Simulation softwares, 3D designs, CATIA. PLC software. Preferred Industries Automobile Manufacturing Tool And Die Education Qualification Bachelor of Engineering in Mechanical / Automobile / E&E Bachelors of Technology in Mechanical / Automobile / E&E Diploma in Engineering in Mechanical / Automobile / Tooling & Dies General Experience 10 to 14 years of experience in Manufacturing Assembly, Production, Tool & Die

Roles and Responsibilities Lead cross-functional teams to develop and implement process improvements, ensuring compliance with AS9100 standards. Collaborate with design engineers to optimize manufacturing processes for precision components using DFM principles. Develop PFMEAs, PPAPs, and APQP plans to ensure successful product launches on time. Conduct audits and assessments to identify areas for improvement in quality management systems (QMS). Provide technical guidance on titanium processing techniques to meet customer requirements. Desired Candidate Profile 5-7 years of experience in aerospace industry or related field. Diploma/B.Tech/B.E. degree in Any Specialization. Strong understanding of component engineering, process optimization, and QMS principles. Proficiency in tools such as PFMEA, PPAP, DFM, APQP.

Role & responsibilities Design of battery and components aided by modelling and design document generation Analysis and estimation of mechanical and financial parameters Improving on battery parameters both design and process basis Project coordination with mapping and follow-up Product innovation based on application Preferred candidate profile Proficiency in 2D and 3D modelling s/w eg ACAD, Solidworks, Unigraphics, CATIA FEA, ANSYS and other analytical s/w Exposure to DFMEA / PFMEA etc Knowledge in SAP transactions Proficient in MS Office Suite

Quality Manager harness & connector Work with the Cross functional team to put together a QMS encompassing the lifecycle of NPD projects comprising of initiation planning execution, control & close-out MSA SPC FMEA PPAP APQP IATF IPC620 requirements. Required Candidate profile BE with14-18 years of experience in QA domain with preferably Wiring Harness & Cable Assembly and having exposure at least 7-8 years in leadership role.QMS Well versed with IPC620 requirements.

Your Job Part of the New Product Development team, you will collaborate with cross-functional teams, including design, manufacturing, and supply chain, to complete purchased parts qualification, mitigate risks tied with our suppliers , drive improvements, and ensure compliance with internal and external quality standards to ensure the flawless introduction of products into the market. Our Team Molex creates connections for life by enabling technologies that transform the future and improve lives.You will be in our Datacom and Specialty Solutions (DSS) division, which designs and manufactures an extensive product line serving customers in telecommunications, datacom, (hyperscale) data center, cloud, and storage applications. What You Will Do Work independently as an Advance Supplier Quality Engineer for New Product Development projects by executing all components qualifications according to Molex PDP. Ensures the qualifications plans for new components and modified components are created and supplier PPAP documents are tracked on timely manner. Provide regular updates to the responsible AQP Engineers and Managers from different sites. Request all PPAP documents through Molex PPAP manager tool according to project timeline. Be an expert and have good product knowledge of different product lines (Cable assemblies/Cage and connectors). Maintains and updates the Internal knowledge database. Work directly and push suppliers for FAI, CS and PPAP in a timely manner Get samples of parts for FAI and submit to India/other measurement lab for Supplier Audit Push product team for disposition of FAI and CS; upload all dispositioned reports to Team Center. Based on the disposition from AQP, PDE and MIE communicate to supplier if there is a need to fix/correct/improve the tooling – get an ECD for the same and keep informed project team and continuously follow up with supplier based on the dates they have provided. if the tooling fix takes more time and causes a line down situation – coordinate with Sourcing team/PJM/Plant to make sure we get enough stock before supplier take down the tool for correction/repair/improvement. Create internal deviations on SAP to make sure that production line gets material before completing FAI whenever its necessary based on the agreement with PDE and cross functional team Review all the PPAP documents received from supplier according to PPAP review checklist, make sure all the documents provided according to component qualification plan Work with plant SQE to prepare documentation needed for incoming inspection per plant process Facilitate design and procurement of any gages or fixtures needed at incoming inspection Resolve measurement issues between supplier, plant, and India measurement lab Support AQP deliverables and work on Jira tasks (CPMP, Inspection checklists, Lessons Learned, inspections instruction, etc..) philosophy, International Standards Organization (ISO) by following stated policies and procedures. Who You Are (Basic Qualifications) 4-7 years’ experience in Quality Engineering or related engineering field BS or master’s degree in Mechanical/Industrial Engineering or another related field Excellent communication is a must, Listening skills and a quick learner Strong knowledge on APQP and PPAP deliverables. Fair idea on PMS (product design and development – mass production) Strong organizational skill to anticipate, plan, organize and self-monitor workload Good interpersonal skills for effective leadership and team facilitation Solid Knowledge & understanding of Engineering drawings, metrology, and GD&T 2+ years knowledge of statistics - experience using Minitab or other software 2+ years using MS Office (Excel, Word, Power Point) Able to travel (domestic and international) 5% - 10% What Will Put You Ahead Training in Advance Quality Planning Tools like DFMEA, PFMEA, PFD, CP, training on PPAP. years’ experience in Quality engineering in a new-product introduction environment as an SQE Working knowledge of electronic assembly, testing, molding, stamping, plating, and assembly processes Quality System (ISO 9001 or TS 16949) and Supplier Auditing experience, Gage and Fixture design Knowing Chinese would be an added advantage Who We Are {Insert company language fromCompany Boilerplate Language Guide} At Koch, employees are empowered to do what they do best to make life better. Learn how ourbusiness philosophyhelps employees unleash their potential while creating value for themselves and the company.

We are looking for a skilled Senior Specialist - Industrial IoT to join our team, with 5-10 years of experience in the field. Roles and Responsibility Design, implement, and maintain business and industrial communication and RF solutions. Develop Network Hardware standards and designs for Industrial and Field networks. Implement and troubleshoot Radio Frequency IP transport systems. Gather requirements and interact with stakeholders to design and engineer network infrastructure. Create technical design documentation and implementation test plans. Provide comprehensive tier 3 support for operational teams, including working with vendors and service providers. Participate in BCP and DRP events and exercises as part of a team supporting the overall network and business environment. Develops and implements solutions and processes to maintain the reliability, effectiveness, and efficiency of network security infrastructure components across the enterprise and associated process control environments. Collaborates with project managers, team members, architects, business units, and other stakeholders to create agile solutions identifying continuous improvement opportunities and creating new or improved processes and automation to support step changes in operational efficiencies. Analyzes network security needs and designs solutions that meet business requirements for protection, standardization, efficiency, scalability, supportability, and cost-effectiveness, contributing to lifecycle activities. Follows standard change management processes and practices when introducing technical changes to the environment. Job Bachelor's or Master's degree in computer science, Information Technology, or a related field. Minimum of 5 years of experience in the field. Strong knowledge of PCN network systems, automation, wireless RF protocols, and devices. Experience with Azure networking and network security mechanisms. Ability to identify optimal network-based alternatives for digital platforms and implement on-prem and cloud infrastructures according to best practices and company security policies. Understanding of connectivity details of various network technologies and solutions located on business, industrial, and process control networks and their impacts on solution design. Top-notch troubleshooting skills and ability to keep up with industry trends. Work well in a team.

Responsibilities: * Create PPAP documents, prepare PPAPs, lead APQP process, develop control plans & layout inspections. * Conduct MSA studies, SPC analyses, 8D investigations, WHY-WHY analysis, project management. Health insurance Provident fund Annual bonus Food allowance

Candidates with 15 to 20 years of experience in Manufacturing Engineering, Wind Energy sector candidates will be given preference. General Responsibility : - Responsible for planning, implementing, and optimizing manufacturing processes and equipment to ensure efficient production, high quality, and safety compliance. Plays a key role in continuous improvement, cost reduction, and supporting new product introduction, design of jigs and fixtures, Run the PFMEA. Some of the important roles are as below. Functions/authorities: Responsible for Tooling development, Tool optimization and Model selection for supporting Model. Lead the Manufacturing team & Track & Monitor the KPI of team Responsible for the development of localized assembly process. According to the demand, complete the supporting process optimization and development work. Support team to deal with abnormalities and BOM problem in the production process. Responsible for Equipment selection and installation and arrangement of equipment as per Layout. Leading and motivating team to achieve department goals/Objectives. Set up process if there is change in Model & evaluate the cycle time for serial production launch. Ensure less downtime of Equipment and Tooling to achieve targets set up by business process.

Manage the quality in project Set and Monitor the Quality Roadmap for the project to reach the Quality (Customer and VALEO) and cost targets - Define the quality cost of his project - Follow up the customer milestones Detect risks and Prevent problems from Cradle to Grave . React when a risk is identified, Escalate roadblocks to PG / PL management Ensure CPM is respected Respect of build In Quality Standards: SPPC tracking sheet is used - SPPC identification procedure is respected - SPPC transfer to Supplier via the VRFs Challenge other PTM on their activities Focus on Design & Change Ensure that novelty on product and process are taken into account in DFMEA, PFMEA, DV&PV Verify LLCs have been used in the D/P FMEA to reduce RPN and respected After design freeze, ensure 4M matrix respect with regards product or process changes and ensure customer awareness and approval of changes in accordance with the 4M matrix Update the quality documents following a product / process related change Participate to Design Reviews, including suppliers and tool makers design review Perform the revision of the control plan after an issue and / or after test results Support the supplier management activities Support activities defined for Internal and External Supplier parts on Valeo sites, to support Purchasing and SQA team, as defined in the Quality RASIC. Collect suppliers encountered issues and alternative proposals made by the suppliers to integrate Best Practice Get the IS validated by the Customer on Time Define Prototype, pre-serial and serial control plans as owner of the milestones Ensure consistency between the SPPC, FMEA and control plan Participate to the pre-FDPR and FDPR Prepare IS Internal & Customer deliverables, internal Initial Sample file to be validated by the Site Quality Manager prior presenting the Initial Sample file to the Customer for sign off QRQC rules are applied Participate to the project QRQC and ensure project team use of QRQC material / rules Ensure that all the issues are in the single list of issues and manage in the QRQC Along the Project QRQC ensure that rules are respected and Stop at first disagree and Stop at first no are applied Initiate a VIM incident in the case of DV or PV test failures

Taking stringent quality measures including preparation / maintenance of necessary documents to ensure compliance with above standards customer requirements. Resolving all internal and external customer complaints; taking timely corrective preventive actions and preventing the recurrence. Restitution of the Audit vehicles from Attribution to the Closure of the Issues. Quality improvement - Reactive vs. Proactive. Quality Measurement to Customer Value Management. Establishing Priorities for Projects and implementing on time deliverables. Coordinate with all department including engineering, quality, manufacturing, supply chain to achieve new product development milestones. Support new product implementation and design changes . Ensure compliance to PPAP requirements during production trial run. Review of Design Change Request/Process Change Request Supplier Change Request. Co-ordinating and managing the tracking sheet with concerned department for DCR/PCR/SCR implementation. Update maintain all project management process engineering documents according to IATF-16949 standard. Assessing the process and product quality developed in compliance with pre-set technical specifications Detecting defects / faults and initiating corrective actions. Ensuring that the products produced and dispatched are in confirmation with the established quality standards and customer requirements. Practicing quality standards like 5S, TPM, MQS, POKA YOKE, KAIZEN, IATF, QMS systems standards responsible for quality up gradation productivity with key emphasis on Customer specific requirements. Lead role participation PCRN/APQP/SPC/PFMEA (Process Change Request Notification)/ MPPAP /for process improvements. Active participation in launching new projects w r t Quality systems FTR , Change management, PPAP, ECN Change with QMS management Champion in leading QCRT Meeting conducted for user plant concerns. Preferred Industries Automobile Education Qualification Bachelors of Technology in Mechanical; Bachelor of Engineering General Experience If BE 3 to 5 yrs Critical Experience System Generated Core Skills 7 QC Tools Analytical Thinking Microsoft Office People Management Presentation Skills Team Building System Generated Secondary Skills Communication Skills Consumer Focus Leadership Skills

Role & responsibilities 1. NPD ME Project Management Ensure for each new program a timeline is prepared by NPD engineer and is in line with customer timeline and follow all APQP steps Periodic review of each program and act on delayed activities by communicating to other function stake holders and escalate to PM and plant ME head if remains unresolved and make sure in-house facility is ready as per plan Resource planning as per NPD workload Weekly and monthly summary update of own set of product category to plant ME head for his compilation 2. RFQ Phase Review make or Buy sheet, Manufacturing feasibility document, tentative timeline for accuracy of information 3. Proto Phase Review with NPD engineer on their observations from proto sample making event and make sure respective functions R&D and PM etc. aware of the engineer recommendation 4. Process Design Phase Review process and line design recommendation prepared by NPD engineer and do course correction Review PFD, PFMEA and control plan for their accuracy Review machine and Jigs& fixture design requests for adequacy 5. Process Development Phase Support in trouble shooting, if any, by providing technical guidance to NPD engineer Resolve inter departmental issues for smooth functionality of NPD engineer Escalate to plant ME head if issues are unresolved JFG design phase: JFG Design lead Variant 6. Design Work estimation and Delegation Receive design request from M.E. engineers Estimate workload and allocate design work to designers per time availability Review Progress and make necessary changes 7. Design Approval Check and approve JFG Designs. 8. Design Manual Keep on creating design guidelines for critical design points and keep updating design manual 9. Design Quality Promote SMED concepts in design Promote poka-yoke and interlocks features in JFG Design wherever feasible Current products (In process) phase: (ME Current Product lead Variant) 10. Capacity Planning Periodically review capacity sheet cellwise and product wise and get it approved from Plant ME head Annual capacity planning and proposals for annual budgeting to plant ME Head Monthly capacity utilization review and recommend actions to plant ME Head Review & Plan capacity improvement for growth products by de-bottlenecking, automation etc. 11. Quality Improvements Periodic review of PFMEA, poka-yoke and interlock list along with concerned engineer Review process defect analysis and its adequacy for preventive/defective controls and get approval from plant ME Head 12. Productivity Improvement Reduce direct manpower by automation, alternate process recommendation, conveyorization for material movement, layout improvement etc. 13. Industrial engineering Lead MOST norm estimation for new products as well as current products as and when requested Provide production manpower estimation as per indent plan after analyzing opportunities and flow for improvement of workstation ergonomics and implement necessary actions Drive productivity and flow Improvements through industrial engineering effort of line balancing, material flow, man motion, station design study 14. Process Cost Reduction Reduce indirect consumable material wastage by finding alternate low-cost material like cutting inserts, cutting oil, or with increased life Find and propose alternate process with lower process cost 15. Review process Document Review process documents like PFC. Control Plan, PFMEA, IPO updated by following PCRN process Keep backup like process qualification reports, process capability reports etc. with approved document. Preferred candidate profile Minimum Qualification required: BE/B.Tech. Electrical/Mechanical/Electronics Qualifications preferred: MBA - Operations Management.

(NPD) Engineer in the rubber and plastics industry is responsible for the design, development, and launch of new products, from concept to commercialization. Location - Chakan, Pune Contact - Maya Mam 9767897450

Job Summary : Looking for a Process Engineer with experience in new product implementation, production line setup, and process improvement. Key Responsibilities : New product & process implementation Setup of manufacturing lines & equipment Capacity & productivity improvement Documentation: PFD, PFMEA, Control Plan, WI Support for APQP, PPAP, and launch activities Drive Kaizen, cycle time reduction & Poka-Yoke Key Skills : Process Engineering, New product implementation (NPI), Production Planning, Lean Manufacturing, APQP,

Provide high level of engineering support for Schneider Electric standard products Provide product application engineering support through right configuration selection, identifying highlighting any application issues, providing solution for customized product application requirement, etc. The engineering support includes areas of UPS, batteries, electrical panels, busbar selection, power cables, power distribution products, transfer switches, transformers, generators, power monitoring solutions, Switch gear and other electrical components. Ensure that applications are in line with customer needs and safety standards Evaluating/designing/qualifying 3rd party products, providing product engineering drawings documentation support, specification clarification technical support, specify for the product adaptation team the requirements. Design and develop the UPS Auxiliary, PDU product according to global engineering codes and standards Manage engineering projects and deliver them on time Work closely with the core design team and product as per the specification /Approved Drawings Ensure Production team/vendor is assembling the product as per the design Support quality control to ensure products are manufactured as per the specifications Help develop, implement, and maintain manufacturing processes and systems Upon Customer feedback/ requests related to quality improvements or enhancements on existing products Validate the design by carrying out the tests, production of prototypes Contribute towards competency improvement Ability to work independently and become a role model SKILLS AND EXPERIENCE Proficiency in 3 Phase UPS technologies, Power Distribution Unit (PDU), DC Breaker, Maintenance Bypass Panel, Electrical Panel product used in data centre solution Strong Knowledge in Busbar design Calculation, Selection of Switch Gears, Selection of Power and Control Cables according to global engineering codes and standards Good Qualification skills knowledge about 3 Phase PDU, UPS, Batteries, Electrical panels and AC/DC Breakers, cables, power distribution products, transfer switches, transformers, generators, power monitoring solutions, PCBA and other electrical components Strong Knowledge in Electrical AutoCAD and able to create GA, SLD and Submittal Drawings Strong knowledge in engineering design deliverables DFM, DFMEA, PFMEA, FTA, CQCS Understanding customer requirement specify for the product adaptation requirements. Suggesting a technically ideal and commercially viable solution to the customer / consultant (end to end solution) with available product basket Create production document (Drawing, work instructions, Quality Check Sheet) for all in-house Manufactured product or third party products Identify qualify vendors for 3rd party products solutions - Eg: Transformers. Electrical Panels Good knowledge in understanding the power and control architectures of 3 Phase PDU/PMM products. Validate the prototype as per the requirement. Identify the risks in adapted product offers create the risk mitigation plans together with design team Provide feedback to vendors and design engineers with recommendations for improvements to the solutions. Provide design special test plans to evaluate the adapted solution according to the expected specification from the customer. Able to work in cross cultural and cross functional global teams. Strong organization, communication, and interpersonal skills Passionate team member, who can motivate individuals across different disciplines Excellent command of written and spoken English. Driven and able to complete tasks autonomously and under pressure. Ability to grasp new concepts and skills quickly. KNOWLEDGE SKILLS REQUIRED: Good knowledge in UPS designs different topologies Good knowledge in power electronics circuits like, Charger, Inverter, Battery configurations, High DC voltage systems etc High level skills needed in planning/execution of analysis/simulation/fault reproduction etc Good knowledge about electronic/electrical components, knowledge about analogue/digital components/circuits understanding with analysis/trouble shooting skills Good understanding in Lab related tools usage o Good knowledge in safety standards, electrical codes, Symbols, earthing systems etc EDUCATION - MINIMUN REQUIRED LEVEL: Bachelor s Degree in Electrical Engineering or equivalent EXPERIENCE - MINIMUM REQUIRED: 5-7 yrs or more experience in Electrical Engineering or equivalent in critical power systems Strong Knowledge in Electrical AutoCAD design and related knowledge/skills etc.

Job Description Specialist in stamping component and associated tool: Specify, Industrialise, and Qualify tools and components Collaborate with technical team in the definition of the components and collaborate with purchasing in supplier selection for stamping part and tool. Prepare tool specification, DFM, strip layout. Review tool design for it s capability of delivering robust part as well as critical to quality (CTQs) along with PFMEA. Select, validate, introduce, and standardize new technologies/processes locally in stamping components domain. Estimate tool and part costing Planning and scheduling of tool manufacturing Establish stamping process parameters Responsible to obtain plant acceptance and provide the final sign-off on tool and process. Continuous improvement actions for the tool & manufacturing process. Qualifications Diploma in Tool and Die Making 15+ years of experience in stamping tooling development and moulding process development Communication skills in English (written and verbal) Ability to work successfully in a multicultural virtual environment. Experience in working with suppliers, supporting, and troubleshooting moulding process and tooling issues and working in a moulding/tooling environment to implement process improvement. Schedule: Full-time Req: 009BDX

Job Description Specialist in plastic component and associated tool: Specify, Industrialise, and Qualify tools and components Collaborate with technical team in the definition of the components and collaborate with purchasing in supplier selection for moulding and moulding tool. Prepare mould specification, mould flow analysis and tool specifications for the suppliers. Review tool design for it s capability of delivering robust part as well as critical to quality (CTQs) along with PFMEA. Select, validate, introduce, and standardize new technologies/processes locally in plastic components domain. Estimate mold and part costing Planning and scheduling of mold manufacturing Establish molding process parameters Responsible to obtain plant acceptance and provide the final sign-off on tool and process. Continuous improvement actions for the tool & manufacturing process. Qualifications Diploma in Tool and Die Making 10+ years of experience in plastic/metallic tooling development and moulding process development Communication skills in English (written and verbal) Ability to work successfully in a multicultural virtual environment. Experience in working with suppliers, supporting, and troubleshooting moulding process and tooling issues and working in a moulding/tooling environment to implement process improvement. Schedule: Full-time Req: 00991S

Job Description Specialist in plastic component and associated tool: Specify, Industrialise, and Qualify tools and components Collaborate with technical team in the definition of the components and collaborate with purchasing in supplier selection for moulding and moulding tool. Prepare mould specification, mould flow analysis and tool specifications for the suppliers. Review tool design for it s capability of delivering robust part as well as critical to quality (CTQs) along with PFMEA. Select, validate, introduce, and standardize new technologies/processes locally in plastic components domain. Estimate mold and part costing Planning and scheduling of mold manufacturing Establish molding process parameters Responsible to obtain plant acceptance and provide the final sign-off on tool and process. Continuous improvement actions for the tool & manufacturing process. Qualifications Diploma in Tool and Die Making 10+ years of experience in plastic/metallic tooling development and moulding process development Communication skills in English (written and verbal) Ability to work successfully in a multicultural virtual environment. Experience in working with suppliers, supporting, and troubleshooting moulding process and tooling issues and working in a moulding/tooling environment to implement process improvement. Schedule: Full-time Req: 00991Q

Job Description Looking: SMT, Process Engineering , PCBA and Soldering Job Profile: As a key member of the Schneider Electric Outsourcing team, the candidate will be responsible for overseeing and optimizing PCBA Assembly processes across EMS operations. The role demands ensuring manufacturing feasibility, implementing and qualifying manufacturing processes, and aligning with the principles of Schneider Performance System (SPS). The candidate should act as a technical expert, driving standardization, and introducing new assembly technologies/processes to improve efficiency and quality. Roles and Responsibilities Proven experience in SMT, THT, Manual Assembly, and Conformal Coating processes. Setting up, reviewing, and analysing temperature profiling for Reflow, Wave Soldering, and Conformal Coating ovens. Collaborate with product designers to ensure timely execution of product pilots and mass production. Evaluate and recommend process improvements for enhanced quality and productivity. Review PCB Gerbers and conduct DFM analysis for new product introductions. Deep knowledge of IPC610 and IPC600 standards for effective NPI and product support. Lead PFMEA activities to identify and mitigate process risks. Ensure compliance with Schneider Electric standards in line design and process implementation. Drive the development of stencils, pallets, and jigs as per product requirements. Develop, validate, and monitor KPIs/Process Metrics for sustained performance improvement. Leadership Skills Define and execute a strategic vision for EMS support, aligned with Schneider Electric s priorities. Demonstrate effective stakeholder management, influencing, and negotiation skills. Encourage creative problem-solving and innovation within the EMS team. Qualifications Engineering Graduate in Electrical/Electronic Engineering with a minimum of 10 years of experience in PCBA manufacturing and process optimization. Diploma in Electrical/Electronic Engineering with a minimum of 10 years of experience in PCBA manufacturing and process optimization. Additional Skills: Certification in Six Sigma (Green/Black Belt) or equivalent problem-solving methodologies. Expertise in Quality Tools, DoE, PFMEA, and 8D problem-solving frameworks. Familiarity with advanced manufacturing technologies and automation solutions. Qualifications Looking: SMT, Process Engineering , PCBA and Soldering Job Profile: As a key member of the Schneider Electric Outsourcing team, the candidate will be responsible for overseeing and optimizing PCBA Assembly processes across EMS operations. The role demands ensuring manufacturing feasibility, implementing and qualifying manufacturing processes, and aligning with the principles of Schneider Performance System (SPS). The candidate should act as a technical expert, driving standardization, and introducing new assembly technologies/processes to improve efficiency and quality. Roles and Responsibilities Proven experience in SMT, THT, Manual Assembly, and Conformal Coating processes. Setting up, reviewing, and analysing temperature profiling for Reflow, Wave Soldering, and Conformal Coating ovens. Collaborate with product designers to ensure timely execution of product pilots and mass production. Evaluate and recommend process improvements for enhanced quality and productivity. Review PCB Gerbers and conduct DFM analysis for new product introductions. Deep knowledge of IPC610 and IPC600 standards for effective NPI and product support. Lead PFMEA activities to identify and mitigate process risks. Ensure compliance with Schneider Electric standards in line design and process implementation. Drive the development of stencils, pallets, and jigs as per product requirements. Develop, validate, and monitor KPIs/Process Metrics for sustained performance improvement. Leadership Skills Define and execute a strategic vision for EMS support, aligned with Schneider Electric s priorities. Demonstrate effective stakeholder management, influencing, and negotiation skills. Encourage creative problem-solving and innovation within the EMS team. Qualifications Engineering Graduate in Electrical/Electronic Engineering with a minimum of 10 years of experience in PCBA manufacturing and process optimization. Diploma in Electrical/Electronic Engineering with a minimum of 10 years of experience in PCBA manufacturing and process optimization. Additional Skills: Certification in Six Sigma (Green/Black Belt) or equivalent problem-solving methodologies. Expertise in Quality Tools, DoE, PFMEA, and 8D problem-solving frameworks. Familiarity with advanced manufacturing technologies and automation solutions. Schedule: Full-time Req: 00963O

Pre-Requisites: Knowledge of IATF 16949 & product lifecycle management Conversant with all manufacturing processes related to automotive components like Forging, casting, stamping CNC Turning, milling, Grinding, gear cutting, Heat Treatment, painting, plating and assembly. Good knowledge and experience in proto development in-house and sub vendor. Key Responsibilities: To lead the planning, execution and delivery of new product development projects. To manage timelines, budgets, and resources for multiple concurrent NPD projects. Facilitate regular project reviews and report on key performance indicators (KPIs). Collaborate with engineering, manufacturing, procurement, quality, sales, and marketing teams. Liaise with OEMs or Tier 1 customers to understand and translate requirements into actionable plans. Ensure effective communication across all stakeholders. Oversee the development process using APQP, PPAP, DFMEA, PFMEA, and other automotive standards. Ensure compliance with IATF 16949 and other relevant standards. Drive risk assessments, feasibility studies, and design validation testing. To identify opportunities for product innovation, cost reduction, and process improvement. To manage technical interactions with suppliers for component development and integration. Work with customers for product specifications, design changes, and feedback during development. To review/ assess competency and skill levels for all team members and ensure development plan for each employee. To ensure adherence of all Company level policies and statutory requirements Skills/Core Competencies Required: Project management skills Strong analytical and problem-solving skills Excellent communication and stakeholder management Familiarity with lean manufacturing and focused for continuous improvement

Key Responsibilities: Build Relationships: Develop strong relationships with external suppliers, customers, and internal stakeholders such as Purchasing, Manufacturing, and Engineering. Supplier Selection: Support the cross-functional supplier selection process for components. Process Validation: Collaborate with external suppliers to ensure manufacturing processes conform to engineering standards and customer requirements. Quality Planning: Apply Advanced Product Quality Planning (APQP) processes, Automotive Industry Action Group (AIAG) tools, and Cummins specialty tools to develop zero defect components. Continuous Improvement: Contribute to product and process improvement projects using methodologies like lean and six-sigma. Supplier Audits: Conduct audits to mitigate risks, ensure readiness, and improve performance. Quality Improvement: Support quality improvement plans to enhance supplier performance. Problem Resolution: Lead root cause analysis, develop corrective actions, and verify their effectiveness. External Qualifications and Competencies Qualifications: Education: College, university, or equivalent degree in Engineering or a related technical or scientific subject. Licensing: May require licensing for compliance with export controls or sanctions regulations. Competencies: Communication: Develop and deliver multi-mode communications that convey a clear understanding of different audiences' needs. Customer Focus: Build strong customer relationships and deliver customer-centric solutions. Auditing: Apply auditing skills and Quality Management Systems knowledge to appraise manufacturing processes. Technical Interpretation: Apply Geometric Dimensioning and Tolerancing principles and Engineering Standards to interpret technical requirements. Process Design: Design manufacturing processes that consistently meet technical and customer requirements. Process Validation: Use core Automotive tools (DFMEA, PFMEA, Control Plan, SPC, MSA, Source Release, PPAP) to validate manufacturing processes. Measurement Design: Design measurement systems that meet industry and customer requirements. Problem Solving: Use systematic analysis processes and industry methodologies to solve problems and mentor others. Quality Influence: Engage stakeholders, drive constructive conflict, and influence outcomes to ensure balanced decisions. Quality Standards: Apply knowledge of ISO9001:2015 and IATF16949 to develop procedures and processes. Statistical Foundations: Use statistical tools to influence decision-making and drive improvement actions. Supplier Improvement: Develop and execute quality improvement strategies to enhance supplier performance. Project Planning: Apply APQP skills to develop and execute quality plans for external suppliers. Value Differences: Recognize the value of different perspectives and cultures. Additional Responsibilities Unique to this Position Skills and Experience: Work Environment: Ability to work from the office. Hands-on Experience: Experience in Heat Treatment, Casting, and Machining. Metallurgical Skills: Control of heat treating processes, furnaces, and auxiliary equipment; quench & temper of wrought steel; carburizing processes; induction hardening; steels for quenching & tempering; steel mill selection & approval. Forging Skills: Technical feasibility, simulation, die design; material certifications; steel bar quality; heating practices; types of forging & application; process defects RCA & corrective actions; machinability hardness, mechanical & chemical composition; defects. Machining Skills: Understand part design; determine material (tools, inserts, coolant); machining features; machining methods; setups & tool changes; sequence of operations; tolerance and surface finish requirements; tool and machine limitations. Self-Motivation: Ability to take ownership and drive actions at the supplier end. Coordination: Close coordination with regional plants (NA, SA, Europe). Team Player: Ability to work effectively in a team environment. Experience: Preferably, a minimum of 3 years in a Manufacturing or Engineering role in the automotive industry or a similarly regulated industry.

Role & responsibilities Technical Skills - Process & Facility Planning for TCF Assembly Lines. - Project Management & Strategies. - Budget Management & Monitoring for new Projects. - Simultaneous Engineering. - DFA Analysis & feedback to Design team. - Engineering Change Management implementation. - Layout Planning & Implementation. - RFQ Preparation. - Techno Commercial Synopsis evaluation. - Installation & Commissioning of Equipments. - Line Balancing & Stations calculations. - Tightening Tools Planning. - PFD, PFMEA & CP Documentation. - Prototype Build Planning. - Jigs & Fixtures Planning for Assembly Lines. Tool Skills: - Vismockup - Delmia V5 - Process Simulate 13 - CATIA V5 - TEAM CENTER - AUTOCAD - MS OFFICE Special Requirements: - Worked with Global Automotive Clients - Knowledge of TCF & GA line - human, plant & process simulation, TCF logistics planning will be an added advantage. Soft Skills Good Verbal and Written Communication Skills. Experience: Min 6 Max 9 Relevant Experience (Min) 4 Years Job Description TCF Engineer – - Process & Facility planning of the TCF to achieve Productivity, Quality, and Delivery to sustain a World Class Manufacturing system. - Production requirements (DFA)validation - Supporting Prove out & Problem solving online - Preparation of documents like work instructions, PFD, PFMEA, WCL, control plan, station BOM. - Support Installation, commissioning and prove out of equipment’s at site. - Implementation of various Error Proofing (Poka-Yoke) devices for Quality and Process Improvement. - Develop tools, fixture, gauges and Low-cost automation Project for productivity and Process Improvement. - Support to prototyping in new product development. - CFT member for Process improvements. - Responsible for documentation in WCQ in TCF Job Responsibilities - Digital validation for identifying assembly issues and giving proposals to resolve them - TCF line side issues Resolution. - Strong customer communication (oral & mail). - Sort out issues on site. - Manage all assembly and quality related issues on TCF Line - Identify root cause and instigate permanent corrective action for product assembly & Quality issues - Work with internal and external stakeholders to resolve assembly and quality issues that arise as quickly and efficiently as possible to prevent compromising quality and safety standards - Ensure control associated documentation are implemented effectively and maintained - Participate in cross-functional teams in the development of new products or changes related to current products in meeting customer requirements - Keep up with current and developing manufacturing and engineering trends that concern product quality - Undertake special projects as required - Contribute to continuous improvement activities - Support and lead process improvement activities - Write reports and present progress at project meetings and to client - Attend various meetings and action/communicate instructions - Produce written reports and make presentations - Undertake continuous training and development - Perform root cause analysis and resolve problems - Independently determine approach and assigned tasks Preferred candidate profile