60 Catia Jobs nearby Tiruchirappalli

Role Overview: Your role involves working with various software skills in Mechanical (AUTOCAD, CREO, CATIA, NX CAD, NX CAM, NASTRAN, SOLID WORKS, ANSYS), Civil (AUTOCAD 2D-3D, STADD PRO, 3DMAX, REVIT, ANSYS CIVIL), and Electrical (Basic AutoCAD, AUTOCAD Electrical, Revit MEP). You should be proficient in these tools to carry out your responsibilities effectively. Key Responsibilities: - Utilize AUTOCAD, CREO, CATIA, NX CAD, NX CAM, NASTRAN, SOLID WORKS, ANSYS for Mechanical projects - Apply AUTOCAD 2D-3D, STADD PRO, 3DMAX, REVIT, ANSYS CIVIL for Civil tasks - Use Basic AutoCAD, AUTOCAD Electrical, Revit MEP for Electrical assignments Qualifications Required: - BE/B TECH/DIP in relevant field - Freshers are welcome - Experience of 0-2 years If you meet the eligibility criteria and possess the required software skills, please send your resume to hr@cadd.co.in or contact 98840 90842 for further details.,

Your role will involve the following responsibilities: - Preparation of component / sub system / assembly drawings and 3D models - Checking, releasing, and managing drawings and 3D models in the system - Engaging in engineering change management in the PLM system - Conducting stack up analysis - Demonstrating strong knowledge and hands-on experience with Catia V5/V6, UG, and PLM To qualify for this role, you should meet the following requirements: - Bachelor's or Master's Degree in Mechanical/Automotive Engineering Discipline - 08-12 years of experience in Manual Transmission design and development - Hands-on experience in Detailing, Tolerancing, and stack up analysis - Expertise in working with tools like CATIA and Unigraphics - Possess very good soft skills,

As an End User Support specialist at RNTBCI, your role involves providing support for PLM Engineering activities using tools like 3D Experience, Enovia/CATIA, and other relevant applications. Your responsibilities will include: - Performing Engineering end user support for RNTBCI users on Enovia/CATIA and other CAD/PDM applications, offering operational support, assistance, methodologies, coaching, and floor walking support. - Acting as a key player in the end-user incident workflow, resolving incidents at RNTBCI level in a timely manner or escalating when necessary. - Providing software explanations, methodologies, and coaching to end users to enhance their understanding and proficiency. - Monitoring the local status of Engineering applications, including overall behavior and performance measures, to ensure smooth operations. - Building and maintaining a good rapport with end users by delivering quality output on technical issues. Qualifications required for this role include: - Bachelor of Engineering degree Essential skills that are crucial for this position are: - Strong troubleshooting skills in CATIA/Enovia or NX/Teamcenter, as well as other CAD/PDM and CAE applications. - Operational knowledge of relevant tools would be an added advantage. - Experience in providing Automotive CAD/PDM and CAE support. - Working knowledge of the Microsoft product suite. - Exposure to the ITIL framework. If you have 1-3 years of experience in a similar role, and meet the qualifications and skills mentioned above, we encourage you to apply and be a part of our team at RNTBCI.,

As a Design and Development Engineer for Gear Shifting system, your responsibilities will include: - Designing and developing Gear Shifting system, both Internal and external mechanics. - Providing robust solutions for failures/issues through strong Problem-solving skills, Root cause Analysis, and Decision making. - Presenting technical Decks to the management and CFT, demonstrating strong communication skills. - Coordinating for Validations and Testing. - Releasing prototype & production intent designs, ensuring compliance with best practices, Function, assembly requirements, and serviceability requirements. - Participating in VAVE Workshops to meet cost targets. - Analyzing FEA simulation results and suggesting improvements in the designs. - Executing global localization/product design and development activities for subsystem from RFQ phase till the start of regular production. - Monitoring APQP, PPAP practices, and Engineering change management. - Validating component specifications during each project phase. - Supporting the program team to achieve milestones in terms of best cost and on-time deliverables. - Communicating design risks, related changes, and impacts to all cross-functional teams like purchasing, quality, project, manufacturing, etc. - Participating in supplier technical reviews with different cross-functional teams. - Performing Design calculations. Qualifications required for this role are: - Graduate/Post Graduate degree in mechanical/automotive engineering Discipline. - System Expertise focusing on manual transmission shifting system. - 15+ years of experience in Manual Transmission design and development. - Strong Process knowledge of Casting, Stamping, Forging, Machining, injection Moulding. - Hands-on experience on Detailing, Tolerancing, and stack-up analysis. - Good knowledge of materials and heat treatment processes. - Sound knowledge of APQP and PPAP processes. - Hands-on experience in tools like CATIA/UG. - Strong Problem-solving skills. - Excellent presentation Skills. - PLM tools experience Ex. Innovia, team Center. - Interpersonal Skills. - Willingness to travel to supplier places within India.,

Location: Chennai Experience: 7+ Years Qualification: B.E Skills: Brakes Design, Catia, Engineering Calculations, Material Knowledge, Good Communication CTC Range: 15,00,000 21,00,000 LPA Job Description We are looking for an experienced Lead Engineer Brakes to join our PD DAC Department. The role involves leading the design and development of brake and chassis systems, ensuring optimal performance, durability, and manufacturability. The ideal candidate should have strong design expertise, hands-on experience in Catia, and solid exposure to brake system development from concept to validation. Key Responsibilities Design and develop brake systems and chassis components in line with project requirements. Perform system-level engineering calculations, benchmarking, and target cascading. Collaborate with CAE teams for design optimization and simulation-based validation. Review and approve supplier drawings, ensuring compliance with design specifications and feasibility. Ensure manufacturing and technical feasibility during design and development phases. Develop durability confidence through rig testing and support validation activities. Conduct root cause analysis and implement corrective actions for field concerns and quality issues. Lead cost and weight reduction initiatives without compromising performance or safety. Prepare tolerance stacks and support material management teams for part development. Coordinate with cross-functional teams including testing, CAE, suppliers, and manufacturing. Key Requirements B.E in Engineering with 7+ years of experience in brake system design. Strong proficiency in Catia and engineering calculations. Solid understanding of brake systems, chassis engineering, materials, and manufacturing processes. Experience in tolerance stack-up analysis and supplier coordination. Strong analytical, problem-solving, and communication skills. Ability to work collaboratively with cross-functional and supplier teams.

Position: Lead Engineer Trims Engineering CoE Location: Chennai Company: ITC Experience: 12+ Years Qualification: B.E Core Skills: Trim Parts Design, Plastic Part Design, Tooling Feasibility, CATIA, GD&T, Product Development Salary Range: 10,00,000- 20,00,000 LPA Job Code: ITC/L-EC/20251107/12818 About the Role The Lead Engineer Trims Engineering CoE will lead the design and development of interior and exterior trim parts for automotive applications. The role requires strong technical expertise, hands-on CATIA modeling skills, and a strong understanding of global design trends and tooling feasibility. Key Responsibilities Lead trim system design and development for interior and exterior components. Develop plastic parts considering manufacturability, tooling feasibility, and engineering constraints. Create parametric models and detailed design documentation using CATIA. Apply GD&T principles and create 3D annotations as per standards. Conduct benchmarking of competitor products to generate design insights. Prepare and present design feasibility proposals and technical recommendations. Drive project execution to ensure on-time delivery of trim parts and assemblies. Release engineering data for vendors, ensuring clarity and accuracy. Perform assembly and service studies to validate design suitability. Collaborate with cross-functional teams including manufacturing, quality, and suppliers. Ensure adherence to engineering quality processes and design standards. Ideal Candidate Profile 12+ years of experience in trim design, plastic part development, or automotive interiors/exteriors. Strong expertise in CATIA parametric modeling, GD&T, and engineering documentation. Experience in working with tooling, manufacturing, and supplier partners. Understanding of global trends in trim systems and automotive styling. Strong problem-solving, project management, and communication skills. Ability to lead projects and guide junior engineers in execution. How to Apply Interested candidates may share their CVs at [Insert Email / Apply Link]. Please mention Job Code: ITC/L-EC/20251107/12818 in the subject line.

Job Description Senior Engineer AVA Requisition Code: ITC/S/20251107/18194 Position Title: Senior Engineer AVA (Advanced Vehicle Architecture) Job Type: Full-Time Status: Open No. of Positions: 1 Date Created: 07-Nov-2025 Location: Chennai Role Summary The Senior Engineer AVA will play a key role in vehicle architecture development, focusing on BIW and Trims surface modelling. The role involves ensuring high-quality surface design, feasibility analysis, and issue resolution to support advanced automotive product development within Mahindra & Mahindras engineering team. Key Responsibilities Design & Modelling Lead BIW (Body in White) and Trims surface modelling activities. Develop master section concepts for BIW and Trims to support initial project design stages. Work on vehicle architecture design to ensure optimal packaging, structure, and performance. Quality & Validation Perform surface quality checks as part of the CAS (Computer-Aided Styling) process. Analyze part and assembly quality issues and drive corrective actions. Ensure adherence to surface and design standards throughout development. Feasibility & Manufacturing Support Participate in feasibility discussions related to die and mold development. Prepare technical data to support manufacturing decisions and production readiness. Collaboration & Reporting Work closely with cross-functional teams including styling, manufacturing, and quality. Provide technical inputs during project reviews. Document findings, design changes, and issue resolutions. Mandatory Skills BIW (Body in White) Trims Surface Modelling Vehicle Architecture Surface Quality Checks CAD (CATIA) Educational Qualification B.E (Mechanical/Automobile/Production Engineering preferred) Experience 2 to 6 years of relevant experience in automotive design and surface modelling. Compensation CTC Range: 11,00,000 - 11,00,000 per annum

Job Title: Senior Engineer Axle Location: Chennai Department: PD DAC Experience Required: 7+ Years Qualification: B.E About the Role We are looking for a highly skilled Senior Engineer Axle with strong expertise in Suspension Design and a deep understanding of driveline systems, including axles, driveshafts, and 4WD systems. This role involves end-to-end design, development, and validation of axle and suspension components for high-performance automotive applications. Key Responsibilities Design and development of axle and suspension components, including castings, forgings, bearings, and related systems. Perform GD&T, 3D stack-up analysis, and packaging/layout studies. Conduct first-principle engineering calculations and support structural integrity assessments. Collaborate with vendors to resolve quality issues and ensure component reliability. Address customer warranty concerns with technical analysis and corrective measures. Support NVH-related evaluations with a fundamental understanding of noise and vibration behaviour. Work on material selection and ensure adherence to engineering standards. Utilize CAD tools such as UG (Unigraphics) or CATIA for component design and modeling. Required Skills & Competencies Strong knowledge of Suspension Design and driveline systems (axle, driveshaft, 4WD). Hands-on experience with CAD software UG/NX or CATIA. Proficiency in GD&T and engineering documentation. Good understanding of gears and bearings. Experience handling vendor quality issues and field/warranty concerns. Strong communication skills and cross-functional collaboration ability. Compensation Salary Range: 10,00,000 -16,00,000 per annum How to Apply Interested candidates can apply with their updated resume.

As an Electrical Wiring Harness Engineer at Expleo, you will be responsible for designing and developing electrical wiring harness systems for vehicles or industrial equipment. Your role will involve ensuring compliance with industry standards and customer specifications, creating 2D and 3D harness routing using CAD tools, and collaborating with cross-functional teams to integrate harness designs into overall product architecture. You will also be involved in generating detailed documentation, conducting design reviews, and supporting prototype builds and testing. Your ability to interface with suppliers for component selection and cost optimization will be crucial. Key Responsibilities: - Design and develop electrical wiring harness systems for vehicles or industrial equipment - Create 2D and 3D harness routing using CAD tools - Collaborate with cross-functional teams to integrate harness designs into product architecture - Generate and maintain detailed documentation - Conduct design reviews, DFMEA, and validation activities - Support prototype builds, testing, and troubleshooting - Interface with suppliers for component selection, cost optimization, and manufacturability feedback Qualifications: - BE in Electrical Engineering with knowledge of automobile parts (Electrical system) Essential Skills: - Strong understanding of electrical systems, wiring harness architecture, and component selection - Proficiency in CAD tools for harness design - Familiarity with automotive or industrial standards - Ability to interpret electrical schematics and technical drawings - Experience with PLM systems and change management processes - Excellent communication and teamwork skills - Ability to work with deadlines and without supervision - Analytical skills and logical thinking - Adaptability and learning skills Desired Skills: - 1-3 years of experience in Electrical Wiring Harness, Design, Harness routing, Modification, Drawing, BOM, Design Release in Enovia - Strong Experience on Catia V6 or 3D Experience - GET's with any special education on wiring harness and Catia also OK Company Details: Expleo is the home of bold and reliable minds with over 50 years of experience in developing complex products and optimizing manufacturing processes. The company boasts a global footprint powered by highly skilled experts delivering value in 30 countries. Expleo is committed to creating a supportive and inclusive workplace, as evidenced by various recognitions such as "Great Place to Work" certification and "Best Organizations for Women" award. Benefits: - Collaborative working environment - Continuous learning opportunities - Global organization providing solutions to leading brands across sectors,

As a 3D CAD Modeling Engineer, you will play a crucial role in creating accurate 3D models, assemblies, and technical drawings for product development and engineering projects. Your expertise in CAD software, mechanical design principles, and ability to convert design concepts into manufacture models will be key in this role. Key Responsibilities: - Develop 3D models, assemblies, and detailed drawings using CAD software. - Interpret design requirements, sketches, and specifications to create accurate CAD models. - Prepare BOM, technical documentation, and drawing reports for production and manufacturing. - Ensure models adhere to GD&T standards, tolerances, and engineering principles. - Collaborate with design, R&D, and production teams to support prototype and product development. - Modify and update models based on feedback, feasibility, and quality checks. - Maintain version control and structured documentation of all design files. Requirements: - Diploma / B.E / B.Tech in Mechanical / Automobile / Manufacturing / Industrial Engineering or related field. - 4 years of experience in 3D CAD modeling and drafting. - Proficiency in any CAD software (SolidWorks / AutoCAD / Creo / CATIA / NX specify as needed). - Strong understanding of GD&T, tolerances, and mechanical design fundamentals. - Ability to read and interpret technical drawings and specifications. - Good problem-solving mindset and attention to detail. - Strong communication and teamwork skills.,

As a Senior Design Engineer at Siemens Gamesa, your day will involve working with cross-functional teams to brainstorm and develop innovative solutions for wind turbine maintenance. Your main focus will be on crafting craneless methodologies for major component replacements, ensuring the highest standards of efficiency and safety. You will dedicate time to crafting and validating CAD models, conducting FEA simulations, and communicating with suppliers. Field validation trials and root cause analysis of field failures will keep you engaged and challenged. By the end of the day, you will have contributed to the flawless performance of the wind turbines. - Craft and develop mechanical solutions for major component replacement in wind turbines using craneless methodologies. - Build detailed 3D CAD models and 2D manufacturing drawings for custom tools, lifting structures, and retrofit kits. - Collaborate closely with service, operations, and field teams to define design requirements and constraints. - Conduct structural and mechanical calculations, including FEA simulations, to validate the robustness of your designs. - Collaborate with suppliers and fabricators to ensure manufacturability and cost-effectiveness of your solutions. - Lead prototype development and field validation trials to ensure the practical application of new designs. You should have a Bachelor's degree in Mechanical Engineering, Renewable Energy Engineering, or a related field. Additionally, a minimum of 4 years of experience in wind turbine design, service engineering, or a related field is required. Proficiency in CAD software such as CATIA, SolidWorks, and Creo, as well as FEA tools like ANSYS and Abaqus is expected. In-depth knowledge of wind turbine components and maintenance techniques, hands-on experience with craneless maintenance techniques or lifting/mechanical support systems, strong analytical and problem-solving skills, and dedication to safety and operational excellence are essential. Siemens Gamesa Renewable Energy is a global leader in the wind power industry, known for its innovative technologies and sustainable energy solutions. The company operates in over 90 countries and is committed to supporting the transition to a low-carbon future. As part of an exceptionally hard-working and collaborative engineering team, you will contribute to advancing wind turbine technology and ensuring Siemens Gamesa remains at the forefront of the industry. Please note that the base location for this position would be Redhills, Chennai.,

You will be responsible for the General Assembly Process Engineering activities in the IAP region. Your role will involve creating GA processes that align with QCD objectives (Quality, Cost, Delay), reliability, security, and ergonomics. It will be essential for you to ensure the feasibility of product assemblies, conduct GA product manufacturing feasibility studies, and propose optimizations to exceed QCD objectives and reliability. Key Responsibilities: - Propose and negotiate product optimizations to exceed QCD objectives and reliability. - Coordinate for GA Advance phase development & Execution for new Stellantis car models in IAP region, focusing on Control plan, PFMEA, and Process sheets, validate/propose tooling changes for new product adaptation into the existing footprint. - Work with Suppliers for facility development focusing on end-to-end activity such as Budgeting, RFQ, line builder selection, engagement, Installation & commissioning, and prove out. - Collaborate with the Product Development team to generate facility & tooling costs, improve quality, and reduce labor requirements. - Use virtual tools to evaluate the feasibility of new model designs for high volume manufacturing operations. - Lead identification, resolution, and closure of Assembly and Machining feasibility issues. - Create and follow a master schedule for the design, build, and implementation of tools in your subsystem. - Lead assembly, body, machining, battery cell tooling installation, start-up, and commissioning at the manufacturing site. Support tooling buyoffs @ vendor facilities. - Lead identification, resolution, and closure of all launch product and tooling issues. - Develop "Lessons Learned" from New Model launches and implement Prevent Reoccurrence Actions into future programs. - Support Department Safety, Quality, Delivery, Cost, People, Morale, Environment, and Innovation (SQDCPMEI) initiatives. - Interface with cross-functional activities (Product Development, Supplier Technical Assistance, Material Planning & Logistics, New Model Programs). - Lead General assembly Facility and Process planning for new model introduction. - Layout Preparation of general Assembly. - Tooling, Jigs, Fixture, Pallets Design, Filling, Tester Equipment, Nutrunner, Assist Device, End of line Equipment. - Equipment FMEA Creation. - Execute Capacity Enhancement Projects, New Vehicle Projects. - CAPEX budget Preparation & Control for all Assembly shop Projects (Facility Perimeter). - Supplier Selection, Technical Specification creation, Installation & Buy off. - Handover to Serial life Production. - Make technical manuals for Equipment, facility. - Suggest Technical solutions for Optimizing the Performance of Tools & Equipment. - PLC Programming Knowledge. - Making, Receive Technical reference for Sensitive Process from Design Department. - Guarantee the best interfaces management with the other industrial department. Qualifications Required: - Core exposure to General Assembly Engineering End to End. - Industrialization experience on a minimum of one Model End to End cycle (Pre-study to Industrialization) in GA perimeter. - Hands-on experience on Assembly shop layout & Material Flow in GA. - Knowledge of 3D software to study product and equipment CAD (CATIA), AutoCAD, (RoboCAD would be an added Advantage). - Ability to add value, reduce costs, and make business improvements. - Collaborative work approach, negotiation skills, and engagement with key stakeholders. - Proactive engagement with product line management, engineering, service, and other departments. - Strong communication, interpersonal, influencing skills, analytical and problem-solving abilities. - Results-oriented with the ability to plan and deliver against project deadlines. - Resilient, self-motivated, and able to work well under pressure. - Excellent relationship management skills with the ability to engage, negotiate, and manage key stakeholders and suppliers. Additional Details: - Experience: 5 to 12 years.,

Job Title: CAD Trainer (Civil / Mechanical / EEE) Location: Nagercoil, Tamil Nadu Salary: 10,000 to 15,000 per month Experience: 0 to 2 years Qualification: Diploma / B.E / B.Tech in Civil, Mechanical, or EEE Job Description: We are looking for a passionate and skilled CAD Trainer to train students and professionals in Computer-Aided Design (CAD) software used in Civil, Mechanical, and Electrical disciplines. The ideal candidate should have a good command of relevant CAD tools and the ability to deliver engaging and practical training sessions. Key Responsibilities: Conduct classroom and practical training sessions on CAD software (AutoCAD, Revit, SolidWorks, CATIA, etc.). Design course materials, assignments, and assessments based on the training syllabus. Demonstrate and explain industry standards and best practices in CAD drafting and design. Guide students in hands-on projects and ensure understanding of design concepts. Stay updated with the latest CAD technologies and tools. Evaluate student performance and provide constructive feedback. Required Skills: Proficiency in at least one or more CAD software tools (Civil/ Mech/ EEE) Good communication and presentation skills. Strong technical knowledge in the relevant engineering domain. Ability to train and motivate students effectively. Preferred Qualifications: Certification in CAD software Previous teaching or training experience preferred but not mandatory.

As a Senior Tool Engineer at Sree Lakshmi Precision Tools in Hosur, Tamil Nadu, you will play a crucial role in transforming design concepts into high-quality, cost-effective products. Your primary responsibility will be to design, develop, and implement all essential tooling, fixtures, and production aids, optimizing processes, driving cost reduction, and ensuring seamless technical integration across all core machinery. Key Responsibilities & Deliverables: - Lead the design and development of production and development tools for mechanical and hydraulic press operations, including blanking, piercing, bending, and forming dies. - Create welding fixtures and jigs to guarantee dimensional accuracy and repeatability of critical assemblies. - Spearhead cost reduction initiatives through process analysis, tooling modifications, and material utilization optimization. - Participate in Design for Manufacturability (DFM) reviews to ensure efficient and cost-effective production. - Design and implement efficient assembly lines for sheet metal products, focusing on optimized workflow and ergonomic principles. - Apply expert knowledge of press machines, shearing, and CNC press brakes to select precise machinery and tooling. - Troubleshoot complex tooling issues to minimize downtime and improve Tool Life and OEE. - Develop and enforce Standard Operating Procedures (SOPs) for tool maintenance and proper usage. - Serve as the technical expert for advanced machinery, including Laser Cutting and Welding Technologies, ensuring compatibility of tools and fixtures. - Provide technical training and support to the shop-floor team on tooling setup, machine operation, and quality control. Qualification Required: - Education: Diploma or Degree in Tool Engineering, Mechanical Engineering, or equivalent. - Experience: Minimum 7+ years of progressive experience in tool design and engineering within a demanding sheet metal fabrication environment. - Technical Skills: Hands-on knowledge of press machine stamping, shearing, CNC press brakes, and welding processes. Proficiency in 2D/3D CAD software such as CATIA, SEIMENS NX CAD, SolidWorks, AutoCAD. - Key Differentiator: Proven track record of successful cost reduction and process optimization projects. - Work Ethic: Strong analytical skills, detail-orientation, and ability to thrive in a small-scale, fast-paced, high-precision setting.,

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 an experienced professional in the Aerospace or drone domain with at least 4 years of experience, you will join the products team and play a crucial role in various stages from initial concept development to actual production. Your responsibilities will include: - Creating 3D CAD models, preparing 2D drawings, and generating BOM. - Performing detailed design and assembly integration of aircraft subsystems. - Conducting engineering tasks related to configuring, maintaining, and upgrading CAD models. - Applying Design for Manufacturing (DFM) concepts to develop cost-effective and easily fabricable designs. - Collaborating with the manufacturing team to ensure designs meet requirements and specifications. - Writing detailed design and fabrication instructions. - Engaging in direct communication with vendors and technicians during the manufacturing and assembly process. Your technical skills should encompass: - Proficiency in CAD software such as SolidWorks and CATIA. - Basic knowledge of Geometric Dimensioning and Tolerancing (GD&T) module is preferred. - Ability to interpret and comprehend engineering drawings. - Understanding of 3D printing processes and material selection. - Familiarity with Product Data Management (PDM) systems. - Experience in manufacturing composite parts and tooling design. - Strong knowledge of various manufacturing processes. In addition to technical skills, the ideal candidate should possess the following personality traits: - Strong analytical thinking and problem-solving abilities. - Capability to collaborate with a diverse and distributed team of researchers and developers. - Excellent communication skills in English, both written and verbal. - High level of innovation and motivation. - Capacity to thrive in a deadline-driven and dynamic work environment. Preferred qualifications for this role include a B.Tech/B.E. degree in Mechanical Engineering or Aerospace Engineering. Location: Thaiyur,

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.  

You will be working in the R&D CH - Scooter/Moped & Current Projects department at TVS Motor's Hosur Plant in Tamil Nadu, India. As a part of TVS Motor Company, a leading global manufacturer of two and three-wheelers, you will contribute to the development of sustainable mobility solutions. With a legacy of Trust, Value, and Passion for Customers, TVS Motor prides itself on creating high-quality products through innovative and sustainable processes. - Design Wheels & brakes systems that meet quality, cost, and performance targets. - Design and integrate these systems while considering the vehicle platform requirements. - Conduct design calculations, prepare DFMEA and DVP, and utilize software tools like ProE. - Analyze competitors, generate concepts, and release drawings that adhere to quality standards. To excel in this role, you should possess: - Educational qualifications such as a Bachelor's or Master's degree in Mechanical Engineering or Automobile. - Knowledge of engineering principles, ProE/Catia software, problem-solving skills, and manufacturing processes. - Communication, teamwork, personal leadership, and interpersonal relationship skills. It will be advantageous if you: - Use FEA, CFD, MBD tools effectively. - Conduct competitor analysis. - Participate in brakes system development by riding a two-wheeler. Your commitment to rigor in execution and a proactive approach to tasks will contribute to the success of the projects you undertake at TVS Motor Company.,

As an Enterprise Solution Architect, you will lead the development of complex solutions that span multiple towers and services, focusing on transformational opportunities. Your typical day involves collaborating with various teams to architect end-to-end integrated solutions, ensuring that they align with the client's organizational goals while maximizing value for both the client and Accenture. You will engage in strategic discussions, analyze requirements, and guide the team in delivering innovative solutions that meet the evolving needs of the business. **Roles & Responsibilities:** - Lead Engineering and RD Transformation Programs to drive Innovation and Process Enablement for the Clients - Lead and Curate relevant assets, offering in PLM Enablement, Integrated BOM, Product Engineering Master Data Management and Digital Twin and Thread areas and develop and execute Go To Market for the same along with Leadership - In-depth understanding of Product Data Management and able to drive Product Journey with capabilities in defining PLM Roadmap, Process Design, Value Realization. - Capable of understanding and contributing to the technical solution/design from/with 3DEXPERIENCE platform data migration - Capable of understanding and contributing to the Migration solution from/to of 3DEXPERIENCE/Teamcenter/CATIA/Enovia/SAP **Professional & Technical Skills:** - Must Have Skills: - Proficiency in Dassault Systemes 3DEXPERIENCE ENOVIA Customization. Experience on 3DEXPERIENCE 2020x or above data migration, configuration and customization - Work experience in end-to-end handling ETL tool (preferable 3dx migration factory tools set) - Should have work experience in using XPDM, TCXML, 3DXml, Enovia xPDM integration process and Manage monitoring integration setup xPDM Gateway - Exposure to 3DEXPERIENCE webservices. - Exposure to TSystems Extraction and Transformation to 3DX - Exposure to BOM restructuring, variant configuration using XPDMXML or EKL, postprocessing **Qualifications Required:** - 15+ years of experience in 3DExperience Enovia design, Implementation, Integration, Data migration, Project Management. - At least 10 years of experience in Business Process Consulting, problem definition, Architecture/Design /Detailing of Processes, PLM Packages PDM functional knowledge and configuration, PPM, Master Data, BOM, PS etc with strong functional and implementation knowledge as well as general Project Management and Customer Management skills - At least 7 years of experience as a solution architect for 3DXExperience CAD and nonCAD data migration *Note: This position is based at our Chennai office. A 15-year full-time education is required.*,

As a highly skilled Manufacturing Engineer with expertise in aerospace manufacturing, fabrication, and assembly processes, your role will involve authoring build plans, creating installation processes in CAPP/MES, and driving process improvements in alignment with aerospace industry standards. Your responsibilities will include: - Create installation plans in CAPP/MES and author assembly work instructions. - Lead the implementation of standard work practices in assembly operations for Boeing or similar aerospace products. - Review, audit, and ensure compliance of prevailing installation plans with defined quality standards. - Continuously drive improvements in assembly processes and workflows. - Apply critical thinking and innovative problem-solving in manufacturing operations. - Support the development and implementation of production and tooling methodologies. - Assist in conceptual design development and maintenance of program architecture for builds. - Execute design for manufacturing (DFM) and producibility studies for new product introductions. - Participate in lean manufacturing initiatives and process optimization. - Ensure compliance with company quality management system (QMS) requirements. - Collaborate with IPTs and internal stakeholders to develop products and enhance technical capabilities. Qualifications required for this role include: - Bachelors or Masters degree in Mechanical, Aerospace, or related engineering discipline. - 4-6 years of relevant work experience in the aerospace industry, with at least 3 years in a manufacturing engineering role. - Strong experience in Aerospace Manufacturing, Fabrication, and Assembly processes. - Proven expertise in authoring manufacturing plans and work instructions. - Proficiency in drawing interpretation and GD&T. - Knowledge of aerospace materials and associated processes. - Familiarity with CAPP/MES, IPDM, and related manufacturing execution systems. - Exposure to commercial aircraft platforms preferred. - CATIA/NX modeling experience is an added advantage. - Experience in lean manufacturing principles and process improvement methodologies. - Strong communication and stakeholder management skills.,