151 Biw Jobs - Page 2

Job Description for Position BIW Fixture DesignPosition NameDesign Engineer / Senior Design Engineer Market Title BIW Fixture Design Grade Educational QualificationB.E. / B.Tech (Mechanical / Production / Automotive / Design) Technical Skills -Hands on Experience in Designing & Detailing of BIW spot welding/MIG welding fixtures (automated and manual) Tool Skills:-CATIA V5-UG NX Special Requirements:- Design experience in BIW spot welding/MIG welding fixtures-Good knowledge of manufacturing an d assembly process- Experience in working on various OEM s like GM, VW, BMW, FORD, DAIMLER etc. & TR1 like Kuka, Comau etc-Experi ence in conducting Technical Review with customer Exposure to multiple CAD tools will be an added advantage-Experience in Teamce nter will be added advantageSoft SkillsGood Verbal and Written Communication Skills.Good presentation skill Experience:Min3Max 6Relevant Experience (Min)3 Years Job Description BIW Fixture design -Concept Design (Design clamps, pin units stationary as well as retractable, slides and dumps)- Exposure to Welding Lines Process & Layout (Spot Welding, ARC welding)- Performs basic eng ineering calculations to verify design integrity-Create 2D manufacturing drawings and BOM-Knowledge of tolerances and materials -Read and understand GD&T drawings Job Responsibilities-Designing of BIW welding fixtures-Concept Design, 3D finish, 2D Layout & detailing -Quality check as per customer standards-Documentation as per customer standards-Technical reviews with customer- Co-ordination with Offshore Team & supplier

Area of Responsibility: This position is primarily responsible to lead NVH team & delivery projects at provided scope and timeline, also meet customer specific targeted performance for OEMs/ Tier 1 and 2 suppliers. You will have responsibility for. Should be able to perform NVH projects which include BIW & TBIW Load cases (Modes, FRF, Dynamic stiffness , VTF & NTF etc. ) Experience on1D si mulation for exhaust noise Experience in Model build & debug Experience in BSR (Rattle & squeak) experience using Altair E-line method Experience in TEST-CAE correlation is desirable. Experience in root cause studies to address performance degradations an d provide design enablers / counter measures for all the NVH loadcases Perform NVH simulations using FEA and MBD tools (e.g., NASTRAN, OptiStruct, HyperWorks, ANSA)

Responsibilities & Key Deliverables 1) Amazing knowledge in entire vehicle product life cycle development and management. 2) Hands on experience in developing and assembling vehicle as per the design specifications. 3) Maintain the workshop fully operational, including shop infrastructure, budget / expenses planning, material readiness / storage and inventory. 4) Planning and monitoring of prototype build / Rebuilds / Repairs / Retro fitments aligned with project plans and ensure material readiness and targets. 5) Functional knowledge of various systems and sub system of the vehicle. (Engine, Transmission, Chassis, Suspension, BIW, HVAC, EandE, Trims, etc) 6) Coordinating with CFT to improve effectiveness in prototype build and quality deliverables. 7) Value engineering and Cost optimization through recycling of material and reutilization of prototype vehicles for validation. 8) Able to identify the Manufacturing feasibility of product and ensure manufacturability, serviceability and proper tool accessibility of proto type vehicle in proto stage and provide feedback to R and D to resolve the issues. 9) Responsible for preparing and verifying BOM. 10) Conceptualize the mechanical prototypes, mock-ups, static bucks through reverse engineering for basic design finalization and ongoing improvement. 11) Establish quality standards FOR Prototype vehicle level Quality viz.MQW, MPDS, APQP, safety and environmental standards at prototype shop. 12) Ensure documentation, reporting and information regarding the Build progress to seniors/management during project reviews. 13) Prepare and Monitor the Proto Build timing plans, Build Matrix, Build control plans and Buy off check sheets, summaries and analysis. 14) Workout and Monitor durability failures for repairing time, serviceability effectiveness and cost through statistical methods. 15) Experience in Benchmarking the competitor s vehicles and feedback on system weights, serviceability, packaging, Ride and handling, NVH, performance, functionality. 15) Contribute in Design Review, Design Failure Mode Effect Analysis (DFMEA) and give improvements at design stage 16) Contribute in DMU Digital mock up Unit and layout study for FTG plans. Experience BE with 12 years of experience in Vehicle Proto Build and Workshop, Industry Preferred Qualifications B.E / B.Tech / M.E / M.Tech General Requirements

Responsibilities & Key Deliverables As a Sr. Engineer - AVA in the Advanced Vehicle Architecture department within Mahindra & Mahindra Ltd, your primary responsibilities will encompass a variety of technical challenges and project deliverables aimed at enhancing vehicle design and performance. You will: Lead the BIW (Body in White) and Trims surface modelling processes ensuring optimal design and functionality. Prepare master section concepts for both BIW and Trims to facilitate streamlined project initiation. Conduct comprehensive surface quality checks as part of the CAS (Computer-Aided Styling) process to ensure the highest standards are maintained. Engage in feasibility discussions regarding die and mold production, preparing necessary data to support informed decision-making. Analyse part and assembly quality issues, identifying root causes and implementing corrective measures to enhance product quality and reliability. Your contributions will significantly impact the development cycle and the end quality of automotive products, making your role pivotal within the team. Experience The ideal candidate for this position will possess a strong background and practical experience in automotive engineering. You should have: Between 4 to 6 years of relevant industry experience in the field of automotive design and development. Demonstrated prowess in surface modelling techniques and an understanding of industry best practices. Experience working collaboratively in a team-focused environment, with the ability to communicate effectively with cross-functional teams. This experience will equip you with the necessary skills to handle the complexities of vehicle architecture and contribute meaningfully to project milestones. Industry Preferred Experience in industries such as automotive manufacturing or engineering consulting is preferred. Familiarity with advanced vehicle architecture concepts and projects involving: Surface modelling technologies and methodologies. Innovative design processes integrated with cutting-edge manufacturing techniques. Quality assurance processes involving BIW and Trim components. Your background in these areas will be instrumental in addressing the specific challenges of this role. Qualifications A Bachelors degree in Engineering (BE/B.Tech) is essential for this position. Preferred specialisations include: Mechanical Engineering Automotive Engineering Manufacturing Engineering This educational background will provide a strong foundation in the principles and practices required to excel in automotive architecture. General Requirements As part of your role, you will also need to meet some general requirements: Willingness to travel as required for project demands and client interactions. Strong analytical and problem-solving skills, with a detail-oriented approach. Ability to manage multiple tasks effectively and prioritise them in a fast-paced environment. Commitment to continuous learning and keeping abreast of emerging trends in automotive technologies. Your ability to adapt will enhance your effectiveness in this dynamic role.

Responsibilities & Key Deliverables The candidate will be tasked with leading a team of dedicated Metallurgical Engineers, focusing on critical aspects that drive the success of vehicle systems. Key responsibilities include: Finalising materials and manufacturing methods for all vehicle components, including Body-in-White (BIW), chassis, suspension systems, and fasteners. This is crucial to meeting key performance metrics regarding reliability, manufacturability, repairability, cost, and weight. Delivering technical expertise in failure analysis related to sheet metal forming, welding, and corrosion. Effectively identifying root causes and proposing suitable corrective actions is paramount. Assisting in vehicle system development programmes, including thorough supplier evaluations and audits, especially in areas such as chassis and suspension springs, knuckles, and wheel end components. Engaging proactively in the early design phases to guide design engineers with informed materials and process recommendations, accompanied by necessary trade-off studies. Creating and updating material property databases, particularly regarding variations and endurance strengths, to aid in engineering design analysis. Proactively revising material specifications and guidelines to align with current global standards, ensuring continued compliance and competitiveness. Developing strong relationships with material testing agencies both domestically and internationally to facilitate specific tests supportive of ongoing projects and programmes. Driving the integration of new technologies across materials, processes, and coatings to elevate performance standards. Continuously identifying potential value engineering proposals and cost reduction activities, particularly in areas like forging, casting, powder metallurgy, and heat treated components. Experience Candidates should possess between 4 to 6 years of relevant experience in metallurgical engineering. It is essential that they have hands-on experience with processes such as: Sheet metal forming Stamping Welding Corrosion resistance techniques Fastening methods Heat treatment processes Coatings and metallurgical testing Experience with castings and forgings will be viewed favourably, enhancing the candidates profile. Industry Preferred Preferred candidates will have a background in the automotive industry. This includes familiarity with the latest automotive materials technology trends and practices, ensuring a competitive edge in delivering solutions that meet modern automotive needs. Qualifications Applicants must hold a degree at the B.E/B.Tech or M.E/M.Tech level, specifically in Metallurgy or Material Science. This educational foundation is critical for understanding the complexities of materials technology and its application within the automotive sector. General Requirements General requirements for the role include: Excellent communication skills to articulate complex technical information to diverse audiences. A collaborative mindset, with a strong emphasis on teamwork and cross-disciplinary collaboration. Proactive problem-solving skills combined with the ability to think critically under pressure. A commitment to continual learning and professional development in the ever-evolving field of automotive engineering.

Responsibilities & Key Deliverables Formability Analysis of Sheet Metal Parts. Simulation with CAE Software ( Auto Form / Pam Stamp). Suggesting Counter measures for the Defects. Interaction with customer and Concern Resolution. Manufacturing feasibility study for new model introduction in existing line. Develop BIW process plans for Manual and Robotic welding Lines. Develop BIW Robotic welding simulation cells and OLP in PS Team center / standalone. Generate standards and check sheets for Simulation and OLP through benchmarking and lessons learnt. Collaborate with CME process, PLC and Line builders for verification of Simulation and OLP during DAP and trials at suppliers. Installation and commissioning with post SOP support for Process and cycle time prove out. Line layout, Manufacturing process flow, Cycle time chart and RFQ preparation of BIW sub assembly. Do process study wrt gun, equipment, fixtures and suggest suitable changes in product to ensure first time right manufacturability. Build up the station/cell/line in PS by adding all relevant resources. Check for Gun reachability, apply all kinematics to relevant tools and create robot path with zero collision with basic tools. Generate Basic path (welding, tip dressing, etc) and zoning conditions to avoid any collision. Collaborate and Coordinate with Line builders to get the line simulation done and optimize the robot paths, robot zoning and again give feedback for any improvement required in design. Hands on experience of virtual controller such as- ABB / Fanuc / KUKA etc, generate the OLP with the cycle time accuracy of 99%. Find out root causes to achieve cycle time targets if not achieved. Ensure Zero error / collision / losses through continuous involvement with execution team. Preferred Industries Automobile Manufacturing Education Qualification Bachelor of Engineering in Mechanical / Automobile Bachelors of Technology in Mechanical / Automobile Diploma in Engineering in Mechanical / Automobile General Experience 2 to 7 years of relevant experience in Stimulation, PLC, Robotics.

Responsibilities & Key Deliverables The candidate will be tasked with leading a team of dedicated Metallurgical Engineers, focusing on critical aspects that drive the success of vehicle systems. Key responsibilities include: Finalising materials and manufacturing methods for all vehicle components, including Body-in-White (BIW), chassis, suspension systems, and fasteners. This is crucial to meeting key performance metrics regarding reliability, manufacturability, repairability, cost, and weight. Delivering technical expertise in failure analysis related to sheet metal forming, welding, and corrosion. Effectively identifying root causes and proposing suitable corrective actions is paramount. Assisting in vehicle system development programmes, including thorough supplier evaluations and audits, especially in areas such as chassis and suspension springs, knuckles, and wheel end components. Engaging proactively in the early design phases to guide design engineers with informed materials and process recommendations, accompanied by necessary trade-off studies. Creating and updating material property databases, particularly regarding variations and endurance strengths, to aid in engineering design analysis. Proactively revising material specifications and guidelines to align with current global standards, ensuring continued compliance and competitiveness. Developing strong relationships with material testing agencies both domestically and internationally to facilitate specific tests supportive of ongoing projects and programmes. Driving the integration of new technologies across materials, processes, and coatings to elevate performance standards. Continuously identifying potential value engineering proposals and cost reduction activities, particularly in areas like forging, casting, powder metallurgy, and heat treated components. Leading a team effectively to achieve organisational goals, while fostering a strong culture of teamwork and collaboration. Experience Candidates should possess between 6 to 9 years of relevant experience in metallurgical engineering. It is essential that they have hands-on experience with processes such as: Sheet metal forming Stamping Welding Corrosion resistance techniques Fastening methods Heat treatment processes Coatings and metallurgical testing Experience with castings and forgings will be viewed favourably, enhancing the candidates profile. Industry Preferred Preferred candidates will have a background in the automotive industry. This includes familiarity with the latest automotive materials technology trends and practices, ensuring a competitive edge in delivering solutions that meet modern automotive needs. Qualifications Applicants must hold a degree at the B.E/B.Tech or M.E/M.Tech level, specifically in Metallurgy or Material Science. This educational foundation is critical for understanding the complexities of materials technology and its application within the automotive sector. General Requirements General requirements for the role include: Excellent communication skills to articulate complex technical information to diverse audiences. A collaborative mindset, with a strong emphasis on teamwork and cross-disciplinary collaboration. Proactive problem-solving skills combined with the ability to think critically under pressure. A commitment to continual learning and professional development in the ever-evolving field of automotive engineering.

Responsibilities & Key Deliverables Manufacturing feasibility study for new model introduction in existing line. Develop BIW process plans for Manual and Robotic welding Lines. Develop BIW Robotic welding simulation cells and OLP in PS Team center / standalone. Generate standards and check sheets for Simulation and OLP through benchmarking and lessons learnt. Collaborate with CME process, PLC and Line builders for verification of Simulation and OLP during DAP and trials at suppliers. Installation and commissioning with post SOP support for Process and cycle time prove out. Line layout, Manufacturing process flow, Cycle time chart and RFQ preparation of BIW sub assembly. Do process study wrt gun, equipment, fixtures and suggest suitable changes in product to ensure first time right manufacturability. Build up the station/cell/line in PS by adding all relevant resources. Check for Gun reachability, apply all kinematics to relevant tools and create robot path with zero collision with basic tools. Generate Basic path (welding, tip dressing, etc) and zoning conditions to avoid any collision. Collaborate and Coordinate with Line builders to get the line simulation done and optimize the robot paths, robot zoning and again give feedback for any improvement required in design. Hands on experience of virtual controller such as- ABB / Fanuc / KUKA etc, generate the OLP with the cycle time accuracy of 99%. Find out root causes to achieve cycle time targets if not achieved. Ensure Zero error / collision / losses through continuous involvement with execution team. Preferred Industries Automobile Manufacturing Education Qualification Bachelor of Engineering in Mechanical / Automobile Bachelors of Technology in Mechanical / Automobile Diploma in Engineering in Mechanical / Automobile General Experience 3 to 8 years of experience in Manufacturing Assembly, Production, Robotics and Controls.

"1. Should be excellent in Design & Development BIW SYSTEMS Body Side Panels, A,B,C Pillars, 2. Experience in Style Surface Feasibility & Analysis i.e. checking Draft, Tooling Feasibility, ECE R26 Regulation Evaluation, creating concept proposals Packaging Study with surrounding parts, Benchmarking Study and Analysis, Joining Processes for Sheet metal parts. 3. Should have experience in DFx ( Design for Mfg., assembly & Serviceability) 4. Knowledge in tooling, fixings, Materials, GD & T, Stack up DFMEA, DVP etc. will be preferable 5. Understand CAE, Sheet metal Simulation requirements, Targets and results for project requirements & implementation 6.Review, Check the project 3D & 2D Data, Give Feedbacks to team members on day today basis. Project Co ordination & Communication Skills 1. Should be able to handle Team of 3 5 Members. Strong Project Management Skills. 2. Experience as Single Point of Contact for Customer & Internal Teams. 3. Project Plan preparation, Issue Resolution Skills., Maintain project status. 4. Should be responsible for Quality, Delivery Time lines for responsible system. 5. Should be able to give advance inputs to Internal teams & Customer. 6. Resolve ambiguity through Technical and Strong communication skills with customer & Internal teams. 7. Strong communication , Presentation & Documentation skills"

As a Sr. Engineer / Project Coordinator in the Design department at EDAG Production Solutions India, you will have the opportunity to work in a dynamic and multicultural team that is driven by a collective passion for excellence. With locations in Pune and Gurgaon, we are part of the largest independent German consultant company, with a global workforce of over 7,980 employees. As a direct supplier to major automotive companies and their suppliers, we take pride in our commitment to innovation and quality. Your primary role will involve working in the automotive industry as a design engineer, focusing on Body-in-White (BIW) Line manufacturing technologies. You will be responsible for designing fixtures and grippers using CAD software such as Catia V5, UG NX, and FIDES. A minimum of 3 years of hands-on experience in the BIW domain is required, specifically in fixture/gripper design. Additionally, you should have experience in BIW fixture/gripper concept design, detailing, simulation engineering, and material handling equipment design. To excel in this role, you must possess a degree in Mechanical Engineering and have a strong understanding of GD&T techniques and drawing study. Experience in project coordination, onsite customer interactions, and design hours calculation will be beneficial. At EDAG, we value your skills and expertise above all else, regardless of gender, age, nationality, or religion. If you are looking for a challenging opportunity to grow your career in the automotive design industry, we encourage you to apply for the Sr. Engineer / Project Coordinator position by sending your application documents via email, marked with the subject "Engineer / Project Coordinator - DESIGN". Join us in shaping the future of automotive manufacturing with your innovative approach and dedication to excellence.,

GLOINNT is looking for BIW Product Design Professional to join our dynamic team and embark on a rewarding career journey. Fixture Design : Create designs for body - in - white fixtures, which hold and position vehicle body components during the manufacturing process, ensuring precision and alignment. CAD Modeling : Use CATIA to develop 3D models and 2D drawings of fixtures, taking into account factors such as geometry, tolerance, and manufacturing requirements. Component Integration : Ensure that fixtures are designed to accommodate specific vehicle components and structures, allowing for secure and accurate assembly. Tolerance Analysis : Conduct tolerance stack - up analysis to verify that fixtures will meet design and assembly requirements within specified tolerances. Material Selection : Choose appropriate materials for fixtures, considering factors like strength, rigidity, durability, and cost - effectiveness. Design Validation : Collaborate with engineers and quality assurance teams to validate fixture designs through simulations and physical testing. Manufacturability : Design fixtures with manufacturing processes in mind, ensuring that they can be produced efficiently.

Job Title: AM/DM Weld Simulation & Design Location: Gurgaon / Manesar / Kharkhoda Hiring Level: AM/DM Education: Diploma / B.Tech Experience: Diploma: 9 - 13 B.Tech: 2.6 - 6 Job Role: BIW Processes Robotic Simulation Process planning as per Cycle Time & Cycle time optimization Robot & Gun Selection Job Responsibilities: BIW Robot Simulation: Simulation Cell Building, Reachability, feasibility,Cycle time Validation & Optimisation, Layout Study & Optimisation, Path Planning, Off line programming- Generate Downloads, Panel Orientation study for Material handling Robots. BIW Tool validation, Weld Distribution, Gun Selection, Robot Selection, Gun Sectioning Validation of Processes in Workcells/ Stations, Quality Checks as per standards, Reviews with Makers & Customers Model/Product DMU Study- Weld Spot specific PLC Logic validation through Virtual Commissioining Documentations- Process Standarization, Checksheet Updation etc. Tool Skills: Robcad Tecnomatix- Process Designer Process Simulate Motosim UG-NX AutoCAD Teamcenter exposure. Human Simulation will be an added advantage. Technical/ Functional: Hands on Experience on Off Line Programming- Fanuc, Kawasaki & Yaskawa Robots for all BIW Robotic operations- Spot Weld, Mig Weld, Handling, Sealer, Roller Hemming etc. Hands on Experience on Process Simulate Virtual Commissioining with Mitsubishi PLC or any other PLC Knowledge of BIW process & process Planning, Gun study, layout optimization, spot planning, Cycle time Study, feasibility Study Knowledge of Simulation Standard of Auto OEMs Robot Teaching- Fanuc, Kawasaki & Yaskawa Behavioral: Target oriented, Good Analytical Skills, Excellent interpersonal, communication & presentation skills, Team player with Networking skills etc. Have an inclination to go into details of each task at hand, have exposure to 5 why, 3G, 3K analysis.

Responsibilities & Key Deliverables 1) Amazing knowledge in entire vehicle product life cycle development and management. 2) Hands on experience in developing and assembling vehicle as per the design specifications. 3) Maintain the workshop fully operational, including shop infrastructure, budget / expenses planning, material readiness / storage and inventory. 4) Planning and monitoring of prototype build / Rebuilds / Repairs / Retro fitments aligned with project plans and ensure material readiness and targets. 5) Functional knowledge of various systems and sub system of the vehicle. (Engine, Transmission, Chassis, Suspension, BIW, HVAC, EandE, Trims, etc) 6) Coordinating with CFT to improve effectiveness in prototype build and quality deliverables. 7) Value engineering and Cost optimization through recycling of material and reutilization of prototype vehicles for validation. 8) Able to identify the Manufacturing feasibility of product and ensure manufacturability, serviceability and proper tool accessibility of proto type vehicle in proto stage and provide feedback to R and D to resolve the issues. 9) Responsible for preparing and verifying BOM. 10) Conceptualize the mechanical prototypes, mock-ups, static bucks through reverse engineering for basic design finalization and ongoing improvement. 11) Establish quality standards FOR Prototype vehicle level Quality viz.MQW, MPDS, APQP, safety and environmental standards at prototype shop. 12) Ensure documentation, reporting and information regarding the Build progress to seniors/management during project reviews. 13) Prepare and Monitor the Proto Build timing plans, Build Matrix, Build control plans and Buy off check sheets, summaries and analysis. 14) Workout and Monitor durability failures for repairing time, serviceability effectiveness and cost through statistical methods. 15) Experience in Benchmarking the competitor s vehicles and feedback on system weights, serviceability, packaging, Ride and handling, NVH, performance, functionality. 15) Contribute in Design Review, Design Failure Mode Effect Analysis (DFMEA) and give improvements at design stage 16) Contribute in DMU Digital mock up Unit and layout study for FTG plans. Experience BE with 12 years of experience in Vehicle Proto Build and Workshop, Industry Preferred Qualifications B.E / B.Tech / M.E / M.Tech General Requirements

Job Role: 1) Forming Simulation (CAE) of sheet metal parts a) Independently handling Simulation (CAE) of Automobiles outer panels (Door, Fender, Roof/sun-roof, Side Body Outer), Class A- inner panels (Door Inners, Hood Inner) or High tensile parts b) Co-ordinating with R&D (or customer) for incorporation of all feedbacks c) Able to prepare Die Planning sheet / Process Plan 2) Good know how of press die design and panel transfer in cross bar and transfer presses. 3) Sketch checking and feedback Responsibilities: 1. Capability to do CAE for BIW (Skin panels, inner panels & high tensile parts) 2. Spring back analysis and its countermeasures 3. Checking manufacturing feasibility of sheet metal parts 4. Foresee the panel defects & able to give suggestions in CAE stage 5. Leading new product development project. 6. Support die maker/stamper in resolving quality issues Technical/ Functional: 1. Knowledge of software - UG NX, AutoForm, Pamstamp, etc. 2. Understanding of Die Trials & Panel Proving 3. Basic knowledge of Yield improvement techniques 4. Good Knowledge of press die design Behavioural: 1. Able to explain technical issues in simple language 2. Presentation skills 3. Co-ordination with different agencies like R&D, die maker and press shop 4. Benchmark with competitor vehicles based on visual interpretation Must Have: 1. Formability Simulation (Class A Parts) 2. Die Design Know How 3. Process Plan Know How 4. Sheet Metal Part Defect and Countermeasure Nice to Have: 1. Able to Make 3D DL/FL (Die Layout / Feed Layout) 2. Ultra-High Tensile Part Development Know How Software Tools: 1. Autoform 2. Pamstamp 3. Dynaform 4. UG NX

Responsibilities & Key Deliverables Primary Purpose: - Commercial settlement of Merchandise , Accessories & VAP parts & tooling viz. BIW/EE/Trims/Plastic, Customization of applications and Merchandise Work on sourcing strategies to support & de-risk AFS Businesses on Cost, Supply & Technology disruption Propose Strategic Supplier Basket and recommend Master Supplier Panels for AFS projects Implement strategies with Business Vision & Promise by creating agile & flexible supply chain Objectives: - Cost Management Support new product development. Technology facilitation Leverage sourcing synergies Key Result Areas: - Cost Optimization: Manage cost-effective sourcing and supplier risk assessment. Strategic Sourcing: Develop sourcing strategies aligned with business goals. Compliance & Efficiency: Drive policy compliance and process digitization. Innovation Integration: Anticipate trends and adopt new technologies. Scope & Dimension of Job:- Improve internal customer and supplier experience Anticipate & evaluate industry trend & recommend appropriate Sourcing Strategies Develop/ Align Sourcing Strategies to meet Business Targets Use unconventional levers like spend analytics, digitization etc. Total Cost of Acquisition & improve efficiency of Business. Interact with other Stake holders in the business-like Accessories, VAP, Mktg, PD, SCM, CDMM to achieve Business goal. Planning, Organizing, Review & Control Meet Compliance requirements as per department policy Preferred Industries Automobile Farm Sector Education Qualification Engineering Graduate (Automobile/ Mechanical) General Experience 4 - 5 Years: Worked in Automotive ICE & EV Vehicle program Sourcing Preferred Accessories, VAP & Merchandise. Hands on on process technologies & cost estimation for parts Inj. Molding, Plastic Part joining & assy. processes, Plastic RM price dynamics, Inj. Molding tools, Fixtures & Testing. Industry Networking with suppliers & Toolm Critical Experience Personality Traits: - Committed Integrity Agile, Bold, Collaborative Fairness in dealing Striking balance Knowledge Supplier Assessment & Evaluation on cost, quality & delivery Suppliers Risk Assessment on Finance, Safety & Labor Relations Commercial acumen, Process & Product knowledge Automotive plastic parts supplier base & Networking with Plastic & RM Suppliers Spend Analytics & Purchasing Digitization Efficient use of ERP / SAP Use of MS Office (Word, Excel, Power Point) Skill Set Excellent Interpersonal Communication & networking skills with suppliers and internal customers Analytics Skill to analyze complex parts on techno-commercial front Negotiation Skill Cultural Sensitivity & working in team Taking Initiatives & capturing technology Needs Decision Making System Generated Core Skills Analytical Thinking Communication Skills Influencing Skills Project Planning & Execution Risk Analysis Supplier Selection Pricing Price Optimization Supplier Risk Management Sourcing Strategic Sourcing Benchmarking System Generated Secondary Skills Negotiation Project Management Supplier Management

Responsibilities & Key Deliverables Primary Purpose: - Commercial settlement of Merchandise ,Accessories & VAP parts & tooling viz. BIW/EE/Trims/Plastic, Customization of applications and Merchandise Work on sourcing strategies to support & de-risk AFS Businesses on Cost, Supply & Technology disruption Propose Strategic Supplier Basket and recommend Master Supplier Panels for AFS projects Implement strategies with Business Vision & Promise by creating agile & flexible supply chain Objectives: - Cost Management Support new product development. Technology facilitation Leverage sourcing synergies Key Result Areas: - Cost Optimization: Manage cost-effective sourcing and supplier risk assessment. Strategic Sourcing: Develop sourcing strategies aligned with business goals. Compliance & Efficiency: Drive policy compliance and process digitization. Innovation Integration: Anticipate trends and adopt new technologies. Scope & Dimension of Job:- Improve internal customer and supplier experience Anticipate & evaluate industry trend & recommend appropriate Sourcing Strategies Develop/ Align Sourcing Strategies to meet Business Targets Use unconventional levers like spend analytics, digitization etc. Total Cost of Acquisition & improve efficiency of Business. Interact with other Stake holders in the business-like Accessories,VAP, Mktg, PD, SCM, CDMM to achieve Business goal. Planning, Organizing, Review & Control Meet Compliance requirements as per department policy Preferred Industries Automobile Farm Sector Education Qualification Engineering Graduate (Automobile/ Mechanical) General Experience 4 - 5 Years: Worked in Automotive ICE & EV Vehicle program Sourcing Preferred Accessories,VAP & Merchandise. Hands on on process technologies & cost estimation for parts Inj. Molding, Plastic Part joining & assy. processes, Plastic RM price dynamics, Inj. Molding tools, Fixtures & Testing. Industry Networking with suppliers & Toolm Critical Experience Personality Traits: - Committed Integrity Agile, Bold, Collaborative Fairness in dealing Striking balance Knowledge Supplier Assessment & Evaluation on cost, quality & delivery Suppliers Risk Assessment on Finance, Safety & Labor Relations Commercial acumen, Process & Product knowledge Automotive plastic parts supplier base & Networking with Plastic & RM Suppliers Spend Analytics & Purchasing Digitization Efficient use of ERP / SAP Use of MS Office (Word, Excel, Power Point) Skill Set Excellent Interpersonal Communication & networking skills with suppliers and internal customers Analytics Skill to analyze complex parts on techno-commercial front Negotiation Skill Cultural Sensitivity & working in team Taking Initiatives & capturing technology Needs Decision Making System Generated Core Skills Analytical Thinking Communication Skills Influencing Skills Project Planning & Execution Risk Analysis Supplier Selection Pricing Price Optimization Supplier Risk Management Sourcing Strategic Sourcing Benchmarking System Generated Secondary Skills Negotiation Project Management Supplier Management

Responsibilities & Key Deliverables Formability Analysis of Sheet Metal Parts. Simulation with CAE Software ( Auto Form / Pam Stamp). Suggesting Counter measures for the Defects. Interaction with customer and Concern Resolution. Manufacturing feasibility study for new model introduction in existing line. Develop BIW process plans for Manual and Robotic welding Lines. Develop BIW Robotic welding simulation cells and OLP in PS Team center / standalone. Generate standards and check sheets for Simulation and OLP through benchmarking and lessons learnt. Collaborate with CME process, PLC and Line builders for verification of Simulation and OLP during DAP and trials at suppliers. Installation and commissioning with post SOP support for Process and cycle time prove out. Line layout, Manufacturing process flow, Cycle time chart and RFQ preparation of BIW sub assembly. Do process study wrt gun, equipment, fixtures and suggest suitable changes in product to ensure first time right manufacturability. Build up the station/cell/line in PS by adding all relevant resources. Check for Gun reachability, apply all kinematics to relevant tools and create robot path with zero collision with basic tools. Generate Basic path (welding, tip dressing, etc) and zoning conditions to avoid any collision. Collaborate and Coordinate with Line builders to get the line simulation done and optimize the robot paths, robot zoning and again give feedback for any improvement required in design. Hands on experience of virtual controller such as- ABB / Fanuc / KUKA etc, generate the OLP with the cycle time accuracy of 99%. Find out root causes to achieve cycle time targets if not achieved. Ensure Zero error / collision / losses through continuous involvement with execution team. Preferred Industries Automotive Industry Manufacturing Education Qualification Bachelor of Engineering in Mechanical / Automobile Bachelors of Technology in Mechanical / Automobile Diploma in Engineering in Mechanical / Automobile General Experience 2 to 7 years of relevant experience in Stimulation, Robotics, Control PLC.

Education Required: Diploma Experience Required: 4 - 12 Years Job Responsibilities: Development of Body Accuracy & White Body. Inspection of Sheet metal Parts (Press & Weld Both) Experience of BIW production process Active Participation in BIW Proto Trials for Accuracy Maturation, Defects Analysis & counter measure implementation. Closure Accuracy Maturation, Press & Roller Hemming accuracy maturation. Technical/ Functional: Knowledge about New Model Quality Maturation Plan & BIW Weld Process. Knowledge about FARO/Portable Scanning, CMM Inspection, ATOS Scanning and various Alignment methods used for inspection. Knowledge about Closure Quality Maturation process. Knowledge about assembly related issues reported for closures & White Body. Knowledge about Jig Planning Sheet & Basic concepts like Datum Pin, Datum Mylar etc. Quality Maturation Plan/Process Means : 1. Activities done at various stage of Devlopment like Production Proto, Mass Production Proto 2. Corrective & Preventive Counter measure for defects & Management

Responsibilities & Key Deliverables Act as the single point of contact for BIW Trims & CAE performance and delivery. Coordinate with COEs, CAE teams, prototype teams, and validation teams to define, communicate, and validate performance targets throughout the vehicle development lifecycle. Collate requirements from external customers (PM, marketing, product planning, service, styling) to converge product design and delivery. Manage durability and other performance delivery from initialization to SOP as per MEPDS guidelines. Oversee CAE delivery scope, including defining scope, interpreting results, resolving analysis-related issues, and achieving results in FEA (structural durability, thermal analysis, fatigue life calculation, etc.). Conduct RLDA for vehicle and part-level simulation, validate through accelerated testing programs, and manage fatigue damage accumulation and duty cycles. Ensure convergence of vehicle styling with external customers (CME, perceived quality, styling) and internal teams (VI, BIW, Trims). Lead benchmarking activities through sensory evaluations and quantitative assessments to set competitive performance targets. Coordinate with internal and external labs for materials, validation, and testing to ensure project delivery. Make decisions, propose alternate solutions for non-achievable targets, and negotiate for optimal outcomes. Organize and lead regular review meetings to discuss attribute status, risks, and corrective actions, providing timely updates to the Vehicle Engineering Head. Develop and maintain a comprehensive dashboard to track BIW Trims & CAE project targets across all development phases. Experience 13 to 15 years Industry Preferred Automotive Qualifications B.E/B.Tech in Mechanical Engineering General Requirements Expertise in CAE, RLDA, manufacturing processes for EV/ICE vehicles, durability estimation/prediction, reliability processes, and ergonomics. Proven ability to coordinate cross-functional teams (marketing, product planning, CME, CAE, VI, COEs, prototype, validation). Hands-on experience in vehicle benchmarking, sensory evaluation, and quantitative performance assessment. Proficient in engineering tools and simulation software such as CAE, Matlab, GT Suite, and CAVA. Excellent communication and leadership skills for stakeholder coordination and reporting to senior management. .

Responsibilities & Key Deliverables Formability Analysis of Sheet Metal Parts. Simulation with CAE Software ( Auto Form / Pam Stamp). Suggesting Counter measures for the Defects. Interaction with customer and Concern Resolution. Manufacturing feasibility study for new model introduction in existing line. Develop BIW process plans for Manual and Robotic welding Lines. Develop BIW Robotic welding simulation cells and OLP in PS Team center / standalone. Generate standards and check sheets for Simulation and OLP through benchmarking and lessons learnt. Collaborate with CME process, PLC and Line builders for verification of Simulation and OLP during DAP and trials at suppliers. Installation and commissioning with post SOP support for Process and cycle time prove out. Line layout, Manufacturing process flow, Cycle time chart and RFQ preparation of BIW sub assembly. Do process study wrt gun, equipment, fixtures and suggest suitable changes in product to ensure first time right manufacturability. Build up the station/cell/line in PS by adding all relevant resources. Check for Gun reachability, apply all kinematics to relevant tools and create robot path with zero collision with basic tools. Generate Basic path (welding, tip dressing, etc) and zoning conditions to avoid any collision. Collaborate and Coordinate with Line builders to get the line simulation done and optimize the robot paths, robot zoning and again give feedback for any improvement required in design. Hands on experience of virtual controller such as- ABB / Fanuc / KUKA etc, generate the OLP with the cycle time accuracy of 99%. Find out root causes to achieve cycle time targets if not achieved. Ensure Zero error / collision / losses through continuous involvement with execution team. Preferred Industries Automobile Manufacturing Education Qualification Bachelor of Engineering in Mechanical / Automobile Bachelors of Technology in Mechanical / Automobile Diploma in Engineering in Mechanical / Automobile General Experience 2 to 7 years of relevant experience in Stimulation, Robotics, Control PLC. System Generated Core Skills Communication Skills

Responsibilities & Key Deliverables Understand project requirements as per program milestones. (Any OEM Product development Gateway System). Support project delivery related to engineering and design from kick off to implementation, including; QFD, benchmarking, feature analysis, engineering, drawing and model preparation and release, CAE and physical validation support, development and implementation support). CAD support for engineering proposals preparation in consultation with internal external (Supplier) experts. Release of drawings and models with system engineer. Preparation of Bill of material. Exposure to global requirements for BIW engineering and E7 design (Body side Closures, Underbody and front end). Conceptualizing, designing and development of BIW/Closure/Underbody Sheet metal parts. Support to CDMM and other implementation team for part development and quality initiatives Experience 2-3 years Industry Preferred Qualifications Graduate/Post Graduate in Mechanical/Automobile Engineering General Requirements

Education Required: Diploma | B.Tech Experience Required: 4 - 16 | 2.6 - 7 Years Job Description: Experience of Product DMU (Digital Mock-up) / BIW structure and identify Concerns regarding Manufacturability, Joining (weld spots, sealer, studs & bolts), Datums study for jigs/equipment reuse. Define Tolerance & Matching quality fit and finish. Preparation of Weld line process plan based on Engineering and Production BOM (Bill of Material). Developing jig planning sheets & tack spots planning. Preparation of Weld Line specification (Line Concepts, Layout, Cycle time & Man/Machine Utilization) for new model Introduction. Planning for Material space, trolleys, supply of material to line side & material handling equipment. Procurement (RFQ and spec making) of weld Jigs/Equipment based on technical specification and based on Procurement procedures. Knowledge and exposure in Design approvals, Gun study, Robot payload checking, hand stress analysis, line Poka-Yoke etc. Buy off of weld lines, mechanical, electrical installation, audit robot programs, line trials for product validation in coordination with other departments. SOP & Ramp up support, line productivity & efficiency improvement. Cost down related & Kaizen approach in working welding line solutions. Technical/ Functional: Knowledge of Welding process, Gun study, layout optimization, spot planning, JPS Detailed Knowledge of Weld Body structure, should be well versed with 2D Drawings. Exposure to 3D Jig design would be preferred. Hands on experience of different trials during new model development Experience on different software - MS Office, Auto CAD, Uni-graphics & simulation software like RobCAD, PD/PS, OLP (Fanuc robot) & Virtual simulation etc. CAE analysis mechanical structures - Robot gripper, swing jig/fixture, pedestal etc. Robot teaching experience (Fanuc/Kawasaki make) - Spot welding, Handling, Sealing etc. Basic knowledge of Pneumatic & Hydraulics, Auto Weld Line operation Behavioral: Target oriented, Good Analytical Skills, Excellent interpersonal, communication & presentation skills, Team player with Networking skills etc. Have an inclination to go into details of each task at hand, have exposure to 5 why, 3G, 3K analysis.

1) Amazing knowledge in entire vehicle product life cycle development and management. 2) Hands on experience in developing and assembling vehicle as per the design specifications. 3) Maintain the workshop fully operational, including shop infrastructure, budget / expenses planning, material readiness / storage and inventory. 4) Planning and monitoring of prototype build / Rebuilds / Repairs / Retro fitments aligned with project plans and ensure material readiness and targets. 5) Functional knowledge of various systems and sub system of the vehicle. (Engine, Transmission, Chassis, Suspension, BIW, HVAC, EandE, Trims, etc) 6) Coordinating with CFT to improve effectiveness in prototype build and quality deliverables. 7) Value engineering and Cost optimization through recycling of material and reutilization of prototype vehicles for validation. 8) Able to identify the Manufacturing feasibility of product and ensure manufacturability, serviceability and proper tool accessibility of proto type vehicle in proto stage and provide feedback to R and D to resolve the issues. 9) Responsible for preparing and verifying BOM. 10) Conceptualize the mechanical prototypes, mock-ups, static bucks through reverse engineering for basic design finalization and ongoing improvement. 11) Establish quality standards FOR Prototype vehicle level Quality viz.MQW, MPDS, APQP, safety and environmental standards at prototype shop. 12) Ensure documentation, reporting and information regarding the Build progress to seniors/management during project reviews. 13) Prepare and Monitor the Proto Build timing plans, Build Matrix, Build control plans and Buy off check sheets, summaries and analysis. 14) Workout and Monitor durability failures for repairing time, serviceability effectiveness and cost through statistical methods. 15) Experience in Benchmarking the competitor s vehicles and feedback on system weights, serviceability, packaging, Ride and handling, NVH, performance, functionality. 15) Contribute in Design Review, Design Failure Mode Effect Analysis (DFMEA) and give improvements at design stage 16) Contribute in DMU Digital mock up Unit and layout study for FTG plans. Experience BE with 12 years of experience in Vehicle Proto Build and Workshop, Qualifications B.E / B.Tech / M.E / M.Tech

As a Sr. Engineer / Project Coordinator - DESIGN at EDAG Production Solutions India, you will be part of a dynamic and multicultural team based in Pune or Gurgaon. With a focus on the automotive industry, your role will involve utilizing your CAD (FIDES/NX/CATIA V5) experience in the manufacturing technologies domain for Body-in-White (BIW) Line. To excel in this role, you should possess a degree in Mechanical Engineering and have a minimum of 3 years of hands-on experience in the BIW domain, specifically in fixture and gripper design. Proficiency in software such as Catia V5, UG NX, and FIDES is essential. Your responsibilities will include BIW fixture and gripper Concept Design and Detailing, simulation engineering, design of material handling equipment, and knowledge of basic GD&T techniques. Additionally, you will be expected to demonstrate expertise in designing automotive manufacturing tools, handling work packet projects for the project team, and have onsite experience at customer locations. Basic knowledge of Design hours calculation will also be beneficial for this role. At EDAG, we value talent and skills above all else, irrespective of gender, age, nationality, or religion. If you are ready to take on a new challenge in a stimulating environment, we encourage you to apply for the position by submitting your application documents via e-mail, clearly marked as Engineer / Project Coordinator - DESIGN. Join us at EDAG and be a part of a team that is passionate about everything we do, where your career growth opportunities are both national and international.,

Role & responsibilities Mandatory Skills for Structure & Closures - BIW, Underbody, Upper body, Closures, Doors, Tailgate, Hood, CATIA V5, UGNX Qualification Criteria: BE: 3-6yrs DME: 4-8yrs Preferred candidate profile CAD Tool: CATIA V5 Experience: 3-8 years Domain: BIW (Product/Part Design) Structures & Closures (Do not include BIW Fixture design and BIW tool design profiles) Notice Period: Immediate to 45 days Work Location: Magna Steyr, Pune (Captive) JD (Structures) Lead the concept development, detailed design, and integration of BIW structures including pillars, roof rails, floor assembly, front/rear modules, and reinforcements. Develop lightweight, cost-effective, and structurally robust BIW solutions using advanced materials and manufacturing processes. Ensure timely release of CAD models and 2D drawings with accurate GD&T and tolerance analysis. Coordinate with CAE, NVH, Crash, Manufacturing, Quality, and Serviceability teams for integrated vehicle performance. Manage design feasibility with respect to welding, joining techniques (spot weld, MIG, adhesive bonding, laser), and assembly constraints. Interact with suppliers and manufacturing for tool validation, part feasibility, and cost optimization. Support design validation activities including prototype builds, physical testing, and correlation with simulation. Contribute to DFMEA, DVP, BOM generation, change management, and gate reviews. Ensure compliance with regulatory crash, pedestrian safety, and emission standard JD (Closures) Experienced in Design & Development of BIW Closures from the concept to mass production Design. Experience in Door BIW 3D modeling (Front & Rear Door OTR PNL, INR PNL, Frame ASSY, hinge, latch REINFs, OTR, INR rail, UPR MBR) Design stage interactions with digital designer, package in charge, electronics teams, door mechanism and other engineering teams. Ensure timely release of CAD models and 2D drawings with accurate GD&T and tolerance analysis. Coordinate with CAE, NVH, Crash, Manufacturing, Quality, and Serviceability teams for integrated vehicle performance. Manage design feasibility with respect to welding, joining techniques (spot weld, MIG, adhesive bonding, laser), and assembly constraints. Interact with suppliers and manufacturing for tool validation, part feasibility, and cost optimization. Support design validation activities including prototype builds, physical testing, and correlation with simulation. Contribute to DFMEA, DVP, BOM generation, change management, and gate reviews.