6 Catia Jobs nearby Coimbatore

We are seeking a skilled Mechanical Engineer to design, develop, and maintain mechanical systems and products. The role involves applying engineering principles to solve technical challenges, optimize manufacturing processes, and ensure product quality and efficiency.   Design, analyze, and test mechanical components and systems. Develop detailed 2D and 3D CAD models using tools such as AutoCAD, SolidWorks, or CATIA. Conduct feasibility studies, cost estimation, and performance analysis. Collaborate with cross-functional teams including production, R&D, and quality assurance. Prepare engineering documentation drawings, reports, and technical specifications. Support installation, testing, and maintenance of mechanical systems. Ensure compliance with safety, quality, and environmental standards (ISO, ASME, etc.). Identify and implement process improvements for manufacturing efficiency.  

As a CAD/CAM Programmer, you will play a crucial role in developing and implementing detailed design plans for manufacturing processes using CAD and CAM software. Your responsibilities will involve creating digital models, generating machine tool paths, and ensuring that designs are optimized for production. You will collaborate closely with engineers, machinists, and production teams to ensure smooth production flows and high-quality outputs. - Design and Modeling: - Utilize CAD software (e.g., SolidWorks, AutoCAD, CATIA, or Inventor) to create, modify, and optimize 3D models and technical drawings based on project requirements. - Translate conceptual designs into workable manufacturing specifications. - Ensure that designs comply with technical, safety, and industry standards. - Programming: - Develop VMC programs for machining operations (milling, turning, etc.) using CAM software (e.g., Mastercam). - Generate tool paths, simulate machining processes, and verify program accuracy. - Modify and adjust programs based on machine feedback or design changes. - Collaboration: - Work closely with engineers and product designers to translate design concepts into manufacturable products. - Assist in creating prototypes and making adjustments based on real-world testing. - Collaborate with machinists and production teams to ensure designs are feasible and optimized for machine operations. - Quality Control: - Ensure that CAD models and CNC programs meet quality standards and manufacturing tolerances. - Perform regular checks on machine setups and manufacturing processes to ensure consistent quality output. - Address and troubleshoot any issues during the production process. - Documentation & Reporting: - Maintain and update CAD/CAM files, records, and documentation. - Provide detailed instructions, machine setups, and tooling lists for production. - Maintain records of changes made to design or program and communicate these effectively to the team. - Continuous Improvement: - Stay updated on the latest CAD/CAM software tools, manufacturing technologies, and industry best practices. - Recommend and implement process improvements for increased efficiency and reduced production costs. Qualifications Required: - Education: - Associate's degree or higher in Mechanical Engineering, Manufacturing Technology, or a related field. - Certification in CAD/CAM programming or similar technical certification preferred. - Experience: - Minimum of 2-3 years of experience in CAD/CAM programming for CNC machines. - Experience with CNC machining processes, tool path generation, and machine operation is highly preferred. - Technical Skills: - Proficiency in CAD software (AutoCAD, SolidWorks, CATIA, or similar). - Proficiency in CAM software (Mastercam, Fusion 360, GibbsCAM, etc.). - Familiarity with CNC machine programming and G-code. - Strong understanding of machining methods, tooling, and material properties. - Soft Skills: - Excellent problem-solving abilities and attention to detail. - Strong communication skills to work with cross-functional teams. - Ability to work independently and manage time effectively in a fast-paced environment. - Strong analytical skills for troubleshooting machine and design issues. The company offers benefits such as food provision, health insurance, leave encashment, and provident fund. You can expect to work in a manufacturing environment, including standing for long periods, lifting moderate loads, and working with machinery. The work environment typically involves a machine shop, manufacturing facility, or office-based setting, with occasional overtime or weekend work based on production schedules.,

As a Prototype Development Engineer, your role involves developing prototype models based on design documents and specifications. You will provide feedback on CAD models using Design for Manufacturing (DFM) and Design for Assembly (DFA) principles. Engage in Design Failure Mode and Effects Analysis (DFMEA) to identify and mitigate potential risks. Utilize your expertise in various fabrication techniques like casting, forging, machining, etc., to create accurate prototypes. Conduct detailed feasibility analysis to ensure manufacturability compliance with GD&T principles. Coordinate with the plant team for necessary facilities and product assembly knowledge. Resolve bottlenecks in product launch meetings to ensure on-time project completion. Collaborate with SCM team for sourcing prototype parts and document build issues for corrective actions. Work closely with cross-functional teams to refine prototype development processes. Qualifications Required: - Proficiency in CAD software such as SolidWorks, CATIA, AutoCAD, etc. - Strong knowledge of fabrication, machining, welding, and rapid prototyping techniques. - Experience with DFM, DFA, and DFMEA methodologies. - Hands-on experience with measuring instruments and quality inspection tools. - Strong problem-solving, coordination, and communication skills. - Ability to work in cross-functional teams to drive efficiency in prototype development. - Experience in heavy machinery or construction equipment prototyping. - Knowledge of SAP, supplier management, and cost optimization strategies.,

Role Overview: As a Electrical and Electronics Specialist for Construction Equipment, your role will involve ensuring the reliable and sound electrical systems based on application requirements. You will be responsible for developing and adapting various electronics systems in the vehicle, such as GPRS, Telematics, and Multi-mode operation, to provide a differentiated product value proposition tailored to customer needs. Your expertise will be crucial in the development and integration of electrical parts using the latest technology, such as lamps, wiring harnesses, temps, and clusters at the vehicle level. Additionally, you will be at the forefront of incorporating the latest developments in EES systems into the vehicles, designing diagnostic and prognostic tools and strategies, and collaborating with interfacing areas like EMS, ABS, and telematics for the development of construction vehicles. Key Responsibilities: - Demonstrate strong product knowledge for construction equipment and stay updated on industry trends and innovations - Create and adapt various electronics systems in vehicles for enhanced product value proposition - Develop electrical parts with the latest technology and integrate them at the vehicle level - Stay informed about the latest developments in EES systems and implement them in vehicles - Design and develop diagnostic and prognostic tools and strategies - Collaborate with interfacing areas like EMS, ABS, and telematics for construction vehicle development - Utilize CAD / TC knowledge, specifically CATIA V5 R17 / Siemens - Implement DFM, DFA, DTC, DFMEA, QC story methodologies - Develop systems for departmental processes to ensure adherence to MPDS - Establish the organizational structure for the EES team and develop team members - Liaise with internal (various aggregate members) and external (Vendors) stakeholders to synchronize priorities and ensure timely part development Qualification Required: - Industry Preferred: BE/ ME in Electrical and Electronics - Experience: 15-22 years (Note: General Requirements section is omitted as it was not provided in the Job Description),

As a candidate for the position, you will be expected to have prior working experience in mechanical, UAV, or Aero structure domain with knowledge of GD&T. Your responsibilities will include: - Design of mechanical systems - Validation of 3D Modeling & FE modeling of airframe structures - Validation of GD&T in drawings - Interpretation of customer input documents for design requirements - Weight optimization analysis - Experience in structural analysis of airframe structures including linear/non-linear analysis - Desirable knowledge in machine design, strength of materials, and mechanical properties - Proficiency in MS Office tools (Word, Excel, Presentation) - Effective communication and interpersonal skills - Design documents/specification preparation - Report preparation and testing document preparation You will be a part of the Design & Engineering Function and will be accountable for fulfilling customer and internal commitments in Aero structure Analysis. Strong planning skills are essential, along with the ability to comprehend technical requirements from customer input documents and conduct detailed analysis. Proficiency in CATIA & UGNX is required for this role. If you possess the required expertise and skills mentioned above, we encourage you to apply for this position and be a valuable member of our team dedicated to meeting the needs of our customers and achieving our organizational goals.,

Role Overview: As a CAE Engineer/CFD Specialist at YES (Yield Engineering Systems, Inc.), you will be responsible for developing models and simulations of semiconductor process equipment to optimize performance. You will collaborate with engineers and scientists to apply and test these simulations, develop innovative methods and applications, write technical reports, and train other team members on simulation software. Key Responsibilities: - Develop models and simulations of semiconductor process equipment to optimize performance - Collaborate with engineers and scientists to apply and test simulations - Develop innovative methods and applications such as hybrid digital twins, generative design, etc. - Write detailed technical reports and presentations of simulation methods and results - Train other engineers and scientists in the use of simulation software or models Qualifications Required: - Masters in mechanical engineering, aerospace engineering, chemical engineering, materials science, or related field with training in computer-aided engineering and CFD - Professional experience with CFD software such as ANSYS, Fluent, Star-CCM+, etc. - Experience with CAD software like SolidWorks, Creo, CATIA, NX, AutoCAD is desirable - Strong understanding of fluid mechanics, heat transfer, mechanical stress principles - Ability to interpret and analyze data - Excellent problem-solving, communication, presentation, and interpersonal skills Additional Information: YES (Yield Engineering Systems, Inc.) is a leading manufacturer of reliable, high-tech, cost-effective capital equipment that transforms materials and surfaces at the nanoscale. They are a preferred provider of wet and dry process technology. YES offers competitive salaries, benefits, long-term incentives, and values diversity in their workforce. If you are a smart, energetic, team-oriented individual looking to grow with a company that values innovation and collaboration, YES is the place for you. Apply today and discover why YES is a great place to work.,

Job Description: Interior Trim Product Engineer Position Summary The Interior Trim Product Engineer is responsible for the design, development, and engineering of automotive trim components, including interior and exterior trims such as door trims, pillar trims, roof liners, consoles, and bumpers. The role involves leading trim system projects, ensuring timely delivery of high-quality parts, conducting competitor benchmarking, and supporting feasibility, tooling, and assembly evaluations throughout the product lifecycle. Key Responsibilities 1. Trim Engineering & Design Design and develop interior and exterior trim components in compliance with engineering standards and project requirements. Create CAD models, design concepts, and detailed drawings for trim parts. Conduct design feasibility studies based on packaging, ergonomics, styling, and manufacturing constraints. 2. Project Leadership Lead complete trim system engineering activities from concept to production. Ensure timely delivery of trim parts that meet quality, performance, and cost targets. Collaborate with cross-functional teams including Styling, Manufacturing, CAE, Quality, and Suppliers. 3. Benchmarking & Feature Evaluation Benchmark competitor vehicles to evaluate trim features, ergonomics, fit & finish, materials, and manufacturing techniques. Propose improvements and innovations based on benchmarking insights. 4. Feasibility & Tooling Perform tooling feasibility checks and coordinate with tool makers to ensure manufacturability. Validate design robustness through DFMEA, DFA/DFM, and tolerance analysis. Support prototype build phases and troubleshoot engineering issues. 5. Data Management & Documentation Manage design data releases, ensuring accuracy and timely updates in PLM systems. Prepare technical documentation, design review reports, and engineering change requests (ECNs). Provide inputs during design reviews and ensure alignment with project timelines. 6. Assembly & Service Studies Evaluate designs for ease of assembly and serviceability, ensuring compliance with plant and service requirements. Address assembly line concerns and propose design modifications for improvement.

Job Description: Senior Engineer Suspension Position Summary The Senior Engineer Suspension is responsible for the design, development, and validation of suspension and chassis systems. The role requires strong analytical capabilities, expertise in vehicle dynamics, and hands-on experience in system-level calculations and design feasibility. The candidate will collaborate with suppliers, CAE teams, and cross-functional departments to deliver robust, manufacturable, and cost-effective suspension systems. Key Responsibilities 1. Suspension & Chassis Design Design and develop suspension and chassis systems, ensuring compliance with performance, durability, weight, and cost targets. Perform system design calculations, including vehicle dynamics assessments and fastener load calculations. Prepare detailed CAD specifications and support drawing finalization. 2. Benchmarking & Target Setting Benchmark competitor vehicles and systems to derive best practices. Cascade system and subsystem targets to the design team based on benchmarking and requirements analysis. 3. Product Development Tools & Processes Prepare and maintain DVP (Design Validation Plan) for durability and performance. Create and update DFMEA to identify risks and ensure design robustness. Collaborate with CAE teams for design optimization and simulation-driven improvements. 4. Supplier & Cross-Functional Coordination Review and approve supplier and in-house drawings for suspension and chassis components. Ensure technical, tooling, and manufacturing feasibility with suppliers. Coordinate with the material management team for part development, prototype readiness, and sourcing alignment. 5. Validation & Testing Support rig testing, vehicle-level evaluation, and DVP execution for durability confidence. Analyze test results and provide corrective actions where necessary. Conduct root cause analysis for field issues and implement design improvements. 6. Cost, Weight Reduction & Tolerance Management Participate in cost and weight optimization programs for suspension components. Prepare tolerance stack-up analysis to ensure fit, function, and manufacturability. Recommend design modifications to achieve cost-effective and lightweight solutions without compromising performance. Qualifications & Skills Bachelors degree in Mechanical/Automobile Engineering or related field. 410 years of experience in suspension and chassis system design in the automotive domain. Strong knowledge of vehicle dynamics, fastener calculations, and system-level engineering. Proficiency in CAD tools (CATIA/NX) and familiarity with CAE workflows. Experience with DFMEA, DVP, and product validation processes. Strong analytical, problem-solving, and cross-functional coordination skills.

Job Title: Engineer Sheet Metal & BIW Design - ITC/E/20251104/19013 Location: Chennai Experience: 3+ Years Qualification: B.E CTC Range: 11,00,000 -  17,00,000 Job Type: Full-time Status: Open Posted On: 04-Nov-2025 Job Description We are looking for an experienced Engineer Sheet Metal & BIW Design who specializes in sheet metal design for automotive components. The ideal candidate will have hands-on expertise in CATIA V5, with strong capabilities in 3D modeling and 2D drafting. Key Responsibilities Design and develop sheet metal components for automotive domains including: Upper body Closures Underbody Cargo Body fittings Create accurate 3D models and 2D drawings using CATIA V5. Develop design concepts, perform feasibility checks, and create parametric models. Finalize subsystem designs ensuring alignment with styling, manufacturing, and performance requirements. Understand and apply knowledge of BIW material types, grades, and manufacturing processes. Ensure compliance with structural performance benchmarks and homologation requirements. Collaborate with cross-functional teams including manufacturing, styling, and validation teams. Required Skills Strong proficiency in CATIA V5. Expertise in Sheet Metal Design, 3D Modeling, and 2D Drawings. Solid understanding of BIW design, metal grades, and manufacturing standards. Ability to interpret engineering specifications and deliver high-quality design outputs. Good analytical and problem-solving skills. Nice-to-Have Skills Understanding of vehicle architecture and subsystem integration. Experience in automotive OEM/Tier 1 environments. About the Role This position offers the opportunity to work on advanced automotive designs and contribute to the development of high-quality BIW components. You will work closely with design, testing, and manufacturing teams to ensure robust product delivery.

Job Opening: Senior Engineer Suspension Job Code: ITC/SE-S/20251105/23044 Location: Chennai Experience: 3-7 Years Qualification: B.E Salary Range: 10,00,000- 15,00,000 (Annual) Posted On: 27th Nov About the Role We are seeking a skilled Senior Engineer Suspension to join the PD DAC Department. The role involves designing and optimizing suspension and chassis systems, ensuring best-in-class ride, handling, and durability performance. The ideal candidate should have strong knowledge of mechanical systems, material behavior, and vehicle dynamics, along with hands-on experience in CATIA and engineering calculations. Key Responsibilities Lead the design and development of suspension and chassis systems. Perform engineering calculations including vehicle dynamics, fastener calculations, and system sizing. Prepare DVP (Design Validation Plans) and DFMEA for system robustness. Work closely with the CAE team for simulation-driven design optimization. Coordinate with suppliers to ensure manufacturing and technical feasibility. Collaborate with the material management team for part development and validation. Conduct rig testing, evaluate test results, and refine design accordingly. Develop DVP to ensure durability and performance confidence. Analyze and resolve field issues, providing technical solutions. Support cost and weight reduction initiatives without compromising quality. Prepare tolerance stack-up and ensure dimensional accuracy of components. Skills & Competencies Strong expertise in Suspension Design & Chassis Systems Proficiency in CATIA Solid understanding of material properties and manufacturing processes Good analytical and engineering calculation skills Strong communication and cross-functional collaboration abilities Why Join Us Opportunity to work on advanced automotive suspension systems Exposure to complete product development lifecycle Collaborative work environment with strong technical teams How to Apply Interested candidates are requested to share their updated resume along with the Job Code: ITC/SE-S/20251105/23044 for quick processing.

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

Job Description Lead Engineer - Thermal Role Overview The Lead Engineer - Thermal will be responsible for the design, development, and validation of engine cooling systems for Light Commercial Vehicles (LCV), Pickup, and Multi-Purpose Vehicles (MPV). This role requires strong technical expertise in thermal system design, heat load calculations, system layout, and packaging. The engineer will collaborate with cross-functional teams, suppliers, and CAE/CFD specialists to finalize designs and ensure vehicle thermal performance meets durability, reliability, and regulatory standards. Proficiency in CATIA V5 for 3D modeling and 2D drawings, along with knowledge of benchmarking, GD&T, and product development life cycles, is essential. Key Responsibilities Thermal System Design & Development Lead the design and development of engine cooling systems (radiators, charge air coolers, condenser, hoses, fan modules, etc.) for LCV, Pickup, and MPV vehicle platforms. Perform heat load calculations and radiator sizing to ensure optimal engine thermal performance. Prepare cooling system layouts, routing, and packaging concepts in alignment with vehicle architecture constraints. Support development of thermal management strategies to meet performance and efficiency requirements. 3D/2D Modeling & Documentation Use CATIA V5 to create 3D models of cooling system components and assemblies. Prepare 2D drawings, BoMs, and engineering documentation with proper GD&T application. Ensure models and drawings meet design standards, packaging feasibility, and manufacturability. CAE/CFD Interpretation & Validation Collaborate with CAE and CFD teams to analyze simulation results for thermal performance, airflow, and structural integrity. Interpret analysis reports and incorporate recommendations into design refinements. Support validation activities including bench testing, vehicle-level tests, and performance verification against targets. Cross-Functional Collaboration & Supplier Management Coordinate with internal teams including Powertrain, Vehicle Integration, Electrical, Manufacturing, and Validation teams. Work with suppliers for component design finalization, feasibility checks, and development scheduling. Review supplier drawings, DFMEAs, and technical proposals to ensure compliance with specifications. Benchmarking & Technical Studies Conduct benchmarking studies of competitor vehicles and systems for performance comparisons and design improvements. Utilize insights from benchmarking to inform new design concepts and optimization opportunities. Simulation & Predictive Analysis Use 1D simulation tools to predict radiator outlet temperatures, coolant flows, and thermal system performance under different operating conditions. Integrate simulation data into design decisions to improve product reliability and efficiency. Project Management & Lifecycle Support Support the complete product development lifecycle from concept to production release. Ensure adherence to project timelines, quality standards, and engineering processes. Track design changes, risk assessments, and validation activities to ensure timely project deliverables. Required Skills & Competencies Technical Skills Strong expertise in thermal systems, engine cooling design, and heat transfer concepts. Proficiency in CATIA V5 for 3D modeling and 2D drawing creation. Good knowledge of GD&T, DFMEA, and engineering standards. Experience interpreting CAE/CFD results and applying learnings to design updates. Familiarity with 1D simulation tools such as GT-Suite, AMESim, or similar. Understanding of vehicle packaging constraints and system integration. Strong analytical and problem-solving skills. Good communication and cross-functional collaboration abilities. Attention to detail with a structured approach to design and documentation. Ability to deliver results under tight project timelines. BE required.

Location: Chennai Experience: 7+ Years Qualification: B.E Skills: Suspension Design, Catia, Engineering Calculations, Material Knowledge, Material Selection, Manufacturing Processes, Good Communication Job Description We are seeking an experienced Senior Engineer BIW to join our PD Body Systems team. The role involves the design and development of BIW Upper Body, Underbody, and Closures with a strong focus on manufacturability, structural performance, and accuracy. The ideal candidate must be proficient in Catia and possess a strong understanding of BIW materials, design standards, and manufacturing processes. Key Responsibilities Design and develop BIW components including Upper Body, Underbody, and Closures. Create detailed 3D models and 2D drawings using Catia and related design tools. Gather inputs and technical data to generate feasible design concepts. Analyze and compare multiple design proposals to finalize subsystem designs based on performance, manufacturability, and cost. Develop parametric models for complex BIW parts ensuring consistency and accuracy. Perform basic engineering calculations related to durability, strength, and packaging. Apply knowledge of material selection, BIW materials, and manufacturing processes such as stamping, welding, and joining. Work collaboratively with cross-functional teams to ensure design deliverables are met on time. Ensure compliance with engineering standards, quality guidelines, and best practices. Key Requirements B.E in Engineering with 7+ years of experience in BIW design. Strong proficiency in Catia (3D modeling and 2D drafting). Experience in designing BIW structures and mechanisms. Knowledge of suspension design is an added advantage. Solid understanding of materials, material selection, manufacturing technologies, and GD&T. Excellent communication and teamwork skills.

Job Title: Sr. Engineer Trims Engineering Department: Engineering / Product Development Location: Chennai Job Summary: The Sr. Engineer Trims Engineering will be responsible for the design, development, and delivery of automotive interior and exterior trim components. The role requires strong expertise in plastic part design, tooling feasibility, and global design trends. The candidate will lead trim system projects, collaborate with cross-functional teams, and ensure high-quality, timely engineering deliverables aligned with project goals. Key Responsibilities: Lead the design and development of interior and exterior trim parts for new and existing vehicle programs. Apply strong knowledge of plastic part design, tooling feasibility, manufacturing processes, and best industry practices. Conduct benchmarking of trim systems and components against competitors to identify improvements and innovation opportunities. Prepare design feasibility reports and provide technical recommendations during early concept stages. Create and manage high-quality parametric models in CATIA, ensuring adherence to project standards and timelines. Utilize GD&T and 3D annotations to ensure design accuracy, manufacturability, and compliance with engineering requirements. Collaborate with internal teams, suppliers, and external experts to develop and validate CAD design proposals. Ensure timely data management, including engineering data releases, BOM updates, and document control. Resolve design challenges by coordinating with cross-functional teams such as manufacturing, tooling, quality, and testing. Support the development and implementation of innovative trim solutions that reflect global trends and customer expectations. Required Qualifications & Skills: Bachelors degree in Mechanical Engineering, Automotive Engineering, or a related field; Masters degree preferred. 48 years of experience in trim design and development in the automotive domain. Proficiency in CATIA (parametric modeling, surface modeling, engineering data management). Strong knowledge of GD&T, 3D annotations, and design validation processes. Experience with plastic part design, tooling feasibility, DFA/DFM guidelines, and manufacturing processes. Ability to interpret and apply global trim design trends and benchmark data. Strong analytical, problem-solving, and communication skills. Ability to collaborate with cross-functional teams and manage multiple design deliverables simultaneously.

Position: Senior Engineer ATG Location: Chennai Company: ITC Experience: 12+ Years Qualification: B.Tech Skills: Design Development, Technology Projects, Engineering Drawings, 3D Annotations, GD&T, Parametric Models, CATIA, Supplier Development, Problem Solving Salary: Up to 24,00,000 LPA Job Code: ITC/SE-A/20251107/18600 About the Role The Senior Engineer ATG will lead the design and development activities for vehicle interior or exterior trims. The role demands deep technical expertise, strong problem-solving capability, and the ability to work on advanced automotive technologies and parametric modelling. Key Responsibilities Lead design & development of vehicle interior/exterior trim parts. Execute technology projects and ensure alignment with automotive industry advancements. Develop engineering drawings, 3D annotations, and design documentation. Generate and evaluate multiple design concepts using first-principles thinking. Create accurate parametric models for complex parts using CATIA. Interpret benchmarking data to propose designs aligned with vehicle architecture and system constraints. Collaborate with suppliers for development, feasibility and engineering changes. Ensure adherence to GD&T standards and engineering quality guidelines. Provide technical input, problem resolution, and support cross-functional teams. Communicate design intent and project updates effectively to stakeholders. Ideal Candidate Profile 12+ years of experience in automotive design & development. Strong expertise in CATIA V5/V6, 3D modelling, parametric design and GD&T. Ability to handle complex design challenges and drive engineering solutions. Excellent communication, supplier handling, and project management skills. Strong analytical thinking and a solid grounding in first-principles problem solving. Experience working with vehicle trims or similar plastic/metal assemblies. How to Apply Interested candidates may share their updated CVs at [Insert Email / Apply Link] Please mention Job Code: ITC/SE-A/20251107/18600 in the subject line.

Lead Engineer AD Gasoline Engines Design (Chennai) Role: Lead the design and development of internal combustion gasoline engines and their subsystems, ensuring engine architecture optimization, manufacturing feasibility, and timely delivery. Key Responsibilities: Develop engine designs using CAD tools like UNIGRAPHICS and CATIA, generating multiple design alternatives Perform technical calculations to validate engine performance and subsystems Finalize engine subsystems designs focusing on manufacturability and cost-effectiveness Collaborate with cross-functional teams including manufacturing, testing, and validation Ensure design adherence to quality, cost, and timeline requirements, and contribute to customer satisfaction Requirements: B.Tech in Mechanical or Automotive Engineering Expertise in engine design, internal combustion engines, technical calculations, and CAD modeling  Location: Chennai This JD highlights leadership in gasoline engine design, emphasizing strong technical skills, cross-team collaboration, and delivering feasible engine solutions aligned with project and customer goals.

Position: DM Manager DAC-DE (AD CDMM) Department: BIW New Product Development Location: Chennai Experience: (Add Years, e.g., 815 Years) Employment Type: Full-Time Role Overview The DM Manager DAC-DE (AD CDMM) will be responsible for leading and supporting BIW New Product Development (NPD) activities at Mahindra & Mahindra Ltd. The role requires extensive collaboration with cross-functional teamsincluding design, manufacturing, and qualityto ensure manufacturability, timely execution, and adherence to cost and quality targets. The manager will work closely on stamping tools, welding fixtures, and checking gauges during development and validation phases. Strong expertise in sheet metal processes, feasibility studies, and structured problem-solving is essential. Key Responsibilities Lead and support BIW NPD activities, ensuring timely execution of project milestones. Collaborate with design, manufacturing, quality, and vendor teams to ensure manufacturability and feasibility of BIW components. Work extensively with stamping tools, welding fixtures, and checking gauges during development, validation, and approval stages. Conduct sheet metal feasibility studies, applying deep knowledge of core sheet metal processes. Use 7 QC Tools and root cause analysis techniques to drive problem resolution and continuous improvement. Prepare and deliver technical reports, documentation, and presentations using MS Excel and PowerPoint. Support line balancing, process optimization, and workflow improvements to achieve productivity and quality targets. Coordinate with internal teams and vendors for tooling development, trials, and approvals. Ensure adherence to project timelines, quality standards, and cost objectives. Monitor progress and escalate risks or delays with appropriate mitigation strategies. Required Skills & Competencies Strong understanding of BIW manufacturing processes including stamping, welding, and tooling. Hands-on experience with stamping tools, welding fixtures, and checking gauges. Expertise in sheet metal feasibility and manufacturability assessment. Proficient in 7 QC Tools, RCA, problem-solving methodology, and continuous improvement techniques. Good knowledge of line balancing, cycle time studies, and process optimization. Strong analytical and documentation skills; proficient in MS Excel and PowerPoint. Excellent cross-functional coordination, vendor management, and communication skills. Ability to manage timelines, prioritize tasks, and handle multiple projects simultaneously. Qualifications Bachelors Degree in Mechanical / Automotive / Production Engineering (or related discipline). Relevant experience in BIW NPD, Tooling, or Automotive Manufacturing.

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

As an Automotive engineer at Expleo, you will be part of a team dedicated to transforming the future of the mobility industry. Your role will involve developing solutions for autonomous vehicles, electric mobility, and digitalization. By joining us, you will contribute to helping global automotive giants optimize performance and sustainability through continuous innovation. You will have the opportunity to work on projects that integrate the latest technologies to enhance vehicle safety, efficiency, and environmental impact. Your work will have a direct impact on creating safer, smarter, and greener transportation solutions that will shape the automotive industry of tomorrow. Expleo is known for being the home of bold and reliable minds, with over 50 years of experience in developing complex products and optimizing manufacturing processes. Our extensive global footprint is powered by 19,000 highly skilled experts delivering value in 30 countries. In India, we have been recognized for creating a supportive and inclusive workplace environment, earning accolades such as the 'Great Place to Work' certification, 'Progressive Place to Work' award, and 'Best Organizations for Women' recognition. **Responsibilities:** - Lead and establish technical priorities within the project team. - Define technical specifications for equipment and provide recommendations for future plastic parts. - Identify and update irregularities found in parts under development at suppliers. - Anticipate the transfer of production files with optimized process parameters. - Propose improvements for products/processes based on test results to enhance quality, cost, time, and productivity. - Oversee and manage areas under your responsibility with a focus on continuous improvement. - Validate equipment and processes based on results such as appearance, quality, paint adhesion, etc. - Provide critical opinions on suppliers' proposals to ensure process compatibility. - Validate compatibility of new materials with applied processes. - Confirm compliance of processes and materials used in research and development activities. - Assist process designers in resolving technical feasibility issues. - Apply, enforce, and monitor process recommendations. - Assess and mitigate planning risks. - Verify and monitor implementation of recommendations in plastic parts design processes. - Organize recurring meetings with impacted departments. - Establish and validate new standards and procedures. - Conduct studies to gain understanding of processes and build solid experience. - Analyze parts and equipment behavior for potential process improvements. - Develop action plans to enhance process robustness. - Be involved in equipment design topics for mass production. - Define action plans to resolve issues in collaboration with leaders and designers. - Provide project feedback at the end of projects. **Qualifications:** - B.E. or Diploma in Plastics **Essential Skills:** - Automotive experience - Project management - CATIA knowledge **Desired Skills:** - Good communication - Negotiation skills - Ability to work in a team **Experience:** - 3-6 years At Expleo, you will benefit from a collaborative working environment where you will work closely with clients and peers to develop sustainable solutions. Our Learning & Leadership Development team offers a world-class learning ecosystem with accredited training courses to help you acquire and develop the right skills. You will have the opportunity to work with leading brands from various sectors and provide impactful solutions to customers worldwide. As an Automotive engineer at Expleo, you will be part of a team dedicated to transforming the future of the mobility industry. Your role will involve developing solutions for autonomous vehicles, electric mobility, and digitalization. By joining us, you will contribute to helping global automotive giants optimize performance and sustainability through continuous innovation. You will have the opportunity to work on projects that integrate the latest technologies to enhance vehicle safety, efficiency, and environmental impact. Your work will have a direct impact on creating safer, smarter, and greener transportation solutions that will shape the automotive industry of tomorrow. Expleo is known for being the home of bold and reliable minds, with over 50 years of experience in developing complex products and optimizing manufacturing processes. Our extensive global footprint is powered by 19,000 highly skilled experts delivering value in 30 countries. In India, we have been recognized for creating a supportive and inclusive workplace environment, earning accolades such as the 'Great Place to Work' certification, 'Progressive Place to Work' award, and 'Best Organizations for Women' recognition. **Responsibilities:** - Lead and establish technical priorities within the project team. - Define technical specifications for equipment and provide recommendations for future plast

As a candidate for this job, you are expected to have knowledge in CATIA and NPDM. Your manufacturing expertise should cover forging and casting processes. Moreover, you should possess experience in GD&T and proficiency in working with both 2D and 3D designs. Qualification Required: - Knowledge in CATIA and NPDM - Manufacturing knowledge in forging and casting - Experience in GD&T and 2D & 3D,