149 Gdt Jobs - Page 5

You will be responsible for leading the concept development, detailed design, and integration of BIW structures such as pillars, roof rails, floor assembly, front/rear modules, and reinforcements. Your role will involve developing lightweight, cost-effective, and structurally robust BIW solutions using advanced materials and manufacturing processes. It will be crucial to ensure the timely release of CAD models and 2D drawings with accurate GD&T and tolerance analysis. Collaboration with various teams including CAE, NVH, Crash, Manufacturing, Quality, and Serviceability will be essential to achieve integrated vehicle performance. Managing design feasibility in terms of welding, joining techniques, and assembly constraints will be a key aspect of your responsibilities. You will also need to engage with suppliers and manufacturing for tool validation, part feasibility, and cost optimization. Additionally, you will support design validation activities such as prototype builds, physical testing, and correlation with simulation. Contribution to DFMEA, DVP, BOM generation, change management, and gate reviews will also be part of your role. Ensuring compliance with regulatory crash, pedestrian safety, and emission standards will be crucial in this position.,

As a senior hardware design engineer, you play a crucial role in developing and implementing electro-mechanical systems for avionics and other electronic systems in aerospace projects. Working closely with cross-functional teams, you ensure the successful integration of electronic components with mechanical systems into UAS. This position offers a unique opportunity to work on challenging projects at the forefront of aerospace technology. Your key responsibilities include spearheading complex electronics system design, analysis, and integration. As a deep technical expert, you must have a profound understanding of electronics engineering principles and proficiency in mechanical engineering. You will be designing high-precision electro-mechanical systems, selecting key electronics and mechanical components, testing and validating them, and coordinating with multidisciplinary teams to integrate embedded systems with mechanical systems seamlessly. In addition, you will develop and implement testing and verification strategies to ensure the robustness and integrity of embedded software and mechanical systems throughout the development lifecycle. Your role involves identifying and mitigating risks associated with embedded software development and mechanical systems, proactively addressing issues to ensure project success. You should have experience in designing electro-mechanical/robotic systems, designing electronic circuits and embedded system circuits, and reviewing and modifying circuits, wiring, and PCB layouts. You will work with world-class safety standards to implement best practices within the team and achieve engineering solutions with the highest robustness and value addition. Establishing practices to deliver designs that are high performance, reliable, scalable to manufacture, easy to maintain, and reusable is also part of your responsibilities. The ideal candidate for this role holds a Bachelor's or Master's degree in Electronics, Mechatronics, Robotics, or Aeronautical with a strong instinct for electro-mechanical design and a thorough understanding of dynamics and control. You should have hands-on expertise in housing electronic and circuit assembly, basic knowledge of parametric modeling CAD software, and familiarity with GD&T and tolerance stack-up. A deep appreciation for technology evolution, modern engineering practices, and world-class product development processes is essential. Experience in working with high-quality systems integrating mechanical and electronics hardware in an Indian or global company, or studying at a reputed academic institution with a demonstrated initiative and rigor for learning and creating innovative engineering solutions, is preferred.,

As a member of Tesla's Electronics Supplier Industrialization Engineering team, you will play a crucial role in the development and qualification of critical component and electronic part top-level assembly processes with suppliers. You will be responsible for providing regional support for New Product Introduction (NPI) and legacy product management within the supply chain. This will involve collaborating with the Tesla sourcing and design teams to conduct early supplier sourcing assessments, make-sourcing decisions, industrialization, and quality control activities. A key aspect of this role is the need for excellent communication skills, strong supplier management expertise, a willingness to travel domestically and internationally, and the ability to make critical decisions in time-sensitive situations. You will be supporting a diverse product portfolio that includes low/high voltage products, controllers, audio and sensing projects, and optical lens and camera projects. Supporting Design for Manufacturing (DFM) principles during early product development will be a core part of your responsibilities. This will involve providing valuable feedback to NPI SIE and design teams. Additionally, you will conduct onsite supplier audits to assess sourcing decisions and develop new suppliers to meet Tesla's requirements. Driving continuous improvement in supplier scalability, cost, and quality performance will be a key focus, along with managing and optimizing supplier On-Time Delivery (OTD) performance. You will oversee supplier production capacity and operations management, ensuring clear communication of technical requirements between suppliers and Tesla's GSM, SIE, and Design teams. Your role will also involve collaborating with Tesla supply chain teams to establish optimal performance specifications and supplier metrics. You will lead, track, and improve supplier manufacturing process development and launch readiness for new products and design changes. Managing and enhancing production and product quality will be crucial, and you will guide suppliers in developing robust processes and procedures for efficient, high-quality product manufacturing. Additionally, you will be responsible for following up and driving SCAR (supplier corrective actions review) with suppliers, validating corrective actions to prevent recurrence. To be successful in this role, you should have a minimum of 5 years of experience in supply chain or mechanical engineering, with experience in Printed Circuit Board Assemblies (PCBAs), Printed Circuit Boards (PCBs), and PCBA top-level assemblies (TLAs) being highly preferred. A BS degree in Electrical, Mechanical, Industrial, or Manufacturing Engineering is required, or equivalent experience with exceptional abilities. Demonstrated experience with Design for Manufacturing (DFM) and Design for Assembly (DFA) is essential, as well as practical experience with Six Sigma methodologies. Proficiency in GD&T, 3D CAD software, and hands-on experience with quality statistical analysis tools and applications are also necessary. You should possess a strong mechanical background, including statistical tolerance analysis, design quality assessment, and improvement techniques. Demonstrated skills in supplier development and management, self-motivation, and the ability to work independently are important qualities for this role. Being hands-on and adaptable to a fast-paced environment is key, as well as a willingness to travel domestically and internationally up to 50% of the time to engage with Contract Manufacturers (CMs). Tesla is committed to working with and providing reasonable accommodations to individuals with disabilities. Please inform your recruiter if you require an accommodation at any point during the interview process.,

As a Sr. Advanced R&D Engineer in the field of Aero Control Systems, you should have a Master's degree in Mechanical Engineering with 11-12 years of experience, specifically focusing on Aerospace products Mechanical Analysis. In this role, you will be responsible for overseeing technical projects from inception to completion, ensuring the successful introduction of new designs into service. This includes designing for cost, producibility, reliability, testability, and maintainability. Your key responsibilities will involve conducting engineering analyses using tools such as ANSYS/NX for structural, CFD, and thermal FEA. You will lead the production of prototypes and Engineering Development Units, as well as verify design concepts through testing. Collaboration with a diverse team of engineers, designers, technicians, program managers, and production staff will be essential to optimize resource utilization. Your expertise in mechanical design engineering principles, structural analysis, and FEA tools will be crucial in this role. Proficiency in 3D modeling software such as ProE, Catia, or equivalent CAD packages is desired. Additionally, you will mentor junior engineers, drive growth and innovation in product lines, and contribute to process improvement initiatives. You will also work closely with suppliers, vendors, and customers to ensure mechanical requirements are met and products perform as expected. Your role will be instrumental in supporting the organization's mission to address complex challenges in automation, aviation, and energy transition through innovative solutions and technologies. Join us at Honeywell, where we are committed to making the world smarter, safer, and more sustainable through our Aerospace Technologies, Building Automation, Energy, and Sustainability Solutions, and Industrial Automation business segments. Powered by our Honeywell Forge software, we strive to provide actionable solutions that drive progress and improve the future for all.,

Are you aspiring to manage a distinguished engineering group focused on the green energy transition NKT is seeking a motivated and experienced Manager Mechanical Engineering (Cable Accessories) to lead the Accessories Engineering team in Chennai. This unique opportunity involves innovating high-voltage cable accessories, collaborating with international stakeholders, and contributing to a sustainable energy future. As a key player in innovation, skill development, and project completion, you will have a significant impact on powering the world. Are you prepared to manage with purpose and create a global influence As the Manager Mechanical Engineering (Cable Accessories), you will oversee a team of skilled engineers, ensuring the timely delivery of high-quality mechanical design solutions for high-voltage cable accessories. Your responsibilities will include strategic planning, resource management, fostering a culture of innovation and collaboration, and directly influencing project talent development and customer satisfaction. Your key responsibilities will involve leading and managing the Accessories Engineering team to align with global objectives, overseeing project planning, tender preparation, and product development activities, enhancing competency development and performance management within the team, collaborating with international stakeholders for seamless project execution, and promoting continuous improvement and knowledge sharing across the department. You will report to the Sr. Manager Accessories Engineering and the Operations Head HVS KKA G3C, with the role based in Chennai, occasionally requiring travel. We are looking for an inclusive leader with global engineering experience who excels in a multicultural environment. The ideal candidate will inspire others, communicate effectively, foster collaboration and innovation, mentor team members, and develop capable teams. Additionally, candidates should hold a Bachelor's degree in Mechanical Engineering (Master's preferred), possess over 20 years of industrial experience with at least 8 years in team management and international collaboration, have deep knowledge of mechanical design, GD&T, and manufacturing processes, experience with cable accessories such as terminations, joints, and hang-offs, and proficiency in tools like AutoCAD, SolidWorks, and PLM systems. NKT is committed to fostering a diverse organization and a culture that enables individuals from various backgrounds to thrive and excel. Join a collaborative and international team at NKT, where your ideas and contributions are valued. Benefit from continuous learning opportunities, leadership development programs, and engaging projects that support the global energy transition. Embrace a purpose-driven organization that values innovation, integrity, and inclusion by being a Connector of the green tomorrow! Apply by 15th September 2025 to be part of NKT, a leading company in high-voltage power cable solutions for renewable energy. Grow your career in an innovative environment that values your contributions and offers impactful projects supporting sustainable energy transmission. Join NKT and be a part of shaping a greener world with high-quality power cable technology.,

As a Mechanical Design Engineer, you will be responsible for new designing and updating large fabricated parts, welded structures, heavy assemblies, and sheet metal components. Your role will involve developing, selecting, and refining concept designs to generate high-quality 3D models and 2D manufacturing drawings using Autodesk Inventor. Design verification through hand calculations, basic structural analysis, and tolerance stack-up analysis will be essential to ensure functional and structural integrity. You will conduct Design Failure Mode and Effects Analysis (DFMEA) and develop DVP&R while applying DFM/DFA principles to optimize designs for cost-effective fabrication, welding, machining, and assembly. Managing Bills of Materials (BOMs), engineering change notices (ECNs), and revision histories will be part of your responsibilities. Creating manufacturing drawings in compliance with clients drafting standards, procedures, and tolerancing practices using Autodesk Inventor will also be crucial. Additionally, you will provide technical mentorship and guidance to junior engineers or drafters. To qualify for this role, you should have a B.E. in Mechanical/Industrial Production Engineering with a minimum of 7 years of professional mechanical design experience focusing on large fabrications like structural frames and enclosures. Expert-level proficiency in Autodesk Inventor, especially in creating Sheetmetal parts, large assemblies, and weldments, is required. A strong knowledge of concept design, detailed design, and design verifications is essential. Proficiency in hand calculations for structural elements, experience with GD&T, tolerance stack-up analysis, and ASME Y14.5 standards are mandatory. Working knowledge of DFMEA, DFM/DFA, and a solid understanding of fabrication, welding, and machining processes are necessary for this role. Experience with PDM/PLM systems such as Autodesk Vault is preferred, along with excellent written and verbal communication skills.,

The Lead Engineer position at Fontaine Specialized in Bangalore requires a candidate with a B.E./B.Tech./M.E/M.Tech. in Mechanical Engineering and a minimum of 6-10 years of experience, with at least 2 years of experience in leading teams and projects. Reporting to the Project Lead, this role involves managing projects and teams while handling individual deliverables. The role is predominantly focused on engineering activities such as detailed design, analytical calculations, tolerance stack-ups, creating manufacturing drawings, and reviewing FEA reports for Heavy Haul and Specialized Trailers. Key Responsibilities / Functions: - Execute and lead sustaining engineering projects, including designing, drawing creation, BOM restructuring, and product roll-out activities. - Create 3D models and engineering drawings using NX CAD software for Trailers. - Review designs, 3D models, and drawings to ensure they meet fit, form, and function requirements. - Participate in design reviews and provide technical expertise to product development programs. - Drive value analysis and value engineering (VAVE) by modularizing components based on analysis of commodity categories or supplier strategies. - Identify areas for improvement, troubleshoot technical issues, and propose design modifications for existing product lines. - Lead collaboration with cross-functional teams to ensure project goals are achieved. - Stay updated with the latest research and technology breakthroughs in sheet metal forming, welding, and casting processes. - Engage in continuous learning and professional development activities by attending training programs, workshops, and conferences. - Mentor trainee engineers and junior engineers on various technical skills as part of the lead role.,

As an Automotive Interior Design and Development Expert Engineer with 8 to 15 years of experience, you will be responsible for designing and developing automotive interiors trims, with a focus on Door Trims. You should have hands-on experience in Catia V5/V6, with a preference for V6 experience. Your key responsibilities will include Concept Development, Master Sections Development, Packaging & Feasibility Study, Tooling & Draft analysis. You must be proficient in Solid & Surface Modeling in Catia, Assembly, 2D Drawings, Annotations, B-Side Attachment features, and design detailing. A sound knowledge of GD&T, Locators & Fixing Strategy, Gap & Flush, Tolerance Stack up is essential. Additionally, you should have expertise in Plastics Part Design, Injection Moulding, and Wrapping Processes for interior trims. Experience with CAD Data management, Engineering Releases, and Changes management (ECR/ECN) is required. Familiarity with PLM Tools like Team Center, Enovia VPM, WERS, Energyhub, 3DX, etc., for engineering releases will be beneficial. Knowledge of DFMEA process, Craftsmanship & PPAP, and CAE analysis is also expected in this role.,

As a VMC Milling Manager in the Production / Machining department of the Aerospace Precision Components industry, located in Jigani/Bommasandra Bangalore, you will be responsible for overseeing the production of precision aerospace machined parts using 4th and 5th axis VMC milling. With 8-15 years of experience at the Manager level, you will play a crucial role in managing end-to-end VMC milling operations, leading New Product Development (NPD) activities, and supervising CNC programmers. Your expertise in Solid CAM and Catia software is mandatory for this role. Key Responsibilities: - Manage VMC milling operations with 4th & 5th axis capabilities for aerospace components. - Lead NPD activities from concept to production, including feasibility, process design, and pilot runs. - Supervise CNC programmers for efficient tool path creation and optimal machining strategies. - Review and validate CNC programs, process sheets, tool selections, and fixtures for high-complexity aerospace parts. - Coordinate daily production to ensure timely delivery, high quality, and cost efficiency. - Develop process improvements for cycle time reduction and productivity enhancement. - Maintain strong client relationships; interact with customers on technical requirements, approvals, and queries. - Collaborate with design, quality, and supply chain teams to meet tight project deadlines. - Ensure compliance with aerospace industry standards, customer specifications, and quality norms. - Train and mentor the programming and machining teams to upgrade skills and meet production goals. - Prepare production reports, MIS, and project status updates for management. Required Skills & Qualifications: - Diploma / B.E. / B.Tech in Mechanical or Production Engineering. - 8-15 years of hands-on experience in aerospace precision machining. - Expertise in VMC milling (4th & 5th Axis) operations. - Proven experience in NPD for aerospace parts. - Excellent knowledge of Solid CAM and Catia software proficient in programming, simulations, and machining strategy. - Strong understanding of aerospace drawings, GD&T, and process documentation. - Experience handling a team of programmers and machinists. - Effective leadership, problem-solving, and communication skills. - Ability to manage client interactions and build long-term relationships. - Familiarity with aerospace quality standards and safety norms.,

The position of Quality Inspector with Gage experience at Delta Gear, an Aerospace company, requires you to inspect first article, in-process, and final products to ensure they meet applicable drawings and specifications. Your responsibilities include conducting visual and measurement tests, documenting and communicating rejections of unacceptable items in a timely manner, and working from blueprints, drawings, and other instructions to inspect parts. You will be performing in-house calibrations on equipment such as micrometers, calipers, height gages, and thread gages. It is crucial to maintain accurate records of inspections, document and generate necessary reports such as Corrective Action Reports, scrap reports, and non-conformance reports. Ensuring that all instruments and tools are calibrated, documented, and recorded promptly is essential for this role. As a Quality Inspector, you will be responsible for verifying that manufacturing processes meet control specifications and that finished product standards are met. Collaboration and effective communication within the team are key to achieving positive results. Familiarity with GD&T on prints to determine inspection methods, performing layout inspections, first piece approvals, in-process inspections, and other quality control aspects throughout the manufacturing processes are part of your duties. To qualify for this position, you should have an understanding of GD&T, a minimum of 3-5 years of Gage experience in a manufacturing environment, and knowledge of inspection tools and best practices. A positive attitude, a can-do approach, and excellent attendance are also required. If you are a US Citizen and meet the qualifications mentioned above, this 2nd Shift position (M-F 4pm - 12:30am) with occasional Saturdays may be the right fit for you. The compensation ranges from $24 to $30 per hour, plus overtime based on experience. Join Delta Gear, an AS9100 and ISO9001 registered facility, in their mission to manufacture Gear Products, Prototype/ Production, and Transmission Builds while providing contract gear and CMM inspection services.,

You should have 3 to 8 years of experience in CATIA V5 tool with expertise in Parametric Modeling, Knowledgeware (KWA), PowerCopy, and UDF creation. Additionally, you should be proficient in 3DPMI creation, GD&T application, and Enovia PLM as an end-user. Preference will be given to candidates with exposure in the Automotive Industry, specifically in designing plastics and sheet metal components. You must have a strong background in Part Drawing and Assembly Drawing preparation according to manufacturing standards. Being a good team player with excellent communication skills and analytical thinking is essential for this role. Your responsibilities will include creating Parametric Models, UDFs, and PowerCopy, utilizing Knowledgeware in Parametric Modeling, 3D-PMI modeling, testing new methods and tools, preparing technical documents, testing macros, and collaborating with counterparts or customers.,

As a 2D drawing quality check specialist, you will be responsible for ensuring the accuracy and precision of automotive data management. Your expertise in drawing creation, GD&T, and regulation standards will be essential in verifying the quality of 2D drawings. Your attention to detail and knowledge of industry-specific standards will play a key role in maintaining the high standards of the drawings. Your ability to identify and rectify any errors or discrepancies will be crucial in delivering accurate and reliable 2D drawings. Join our team and contribute to the excellence of our automotive design processes.,

As a Mechanical Design Engineer in the Semiconductor domain at HCLTech, your primary responsibility will be to identify and troubleshoot complex mechanical issues. You will be required to collaborate with internal and external stakeholders to address mechanical challenges within specific projects. Additionally, you will play a key role in designing and analyzing mechanical systems, equipment, and packaging. Your expertise will be crucial in implementing innovative solutions for a variety of product-related mechanical issues. Furthermore, you will be instrumental in establishing operational standards across processes. To excel in this role, you must possess a B.Tech/M.Tech in Mechanical Engineering with 5-10 years of relevant industry experience, preferably in the Semiconductor sector. Proficiency in industrial control panel design as per UL508A standards, sheet metal design, and GD&T is essential. Experience in working with power control designs and applications, along with a solid understanding of relevant standards such as NFPA70, NFPA79, Semi S2, S8, F47, and UL508A, is required. Knowledge of DFx, FEA, and cable routing in UG - PD BOX is advantageous. Familiarity with tools like UG and Teamcenter will be beneficial in executing your responsibilities effectively. If you are a proactive and experienced Mechanical Design Engineer with a passion for solving complex problems and driving mechanical innovation in the Semiconductor domain, we encourage you to attend our walk-in drive on 12th July 2025 at HCLTech, Unit-B ITPL, Aviator Building, Whitefield Road, SEZ, Whitefield, Bengaluru. Join us in our pursuit of excellence and contribute to cutting-edge mechanical solutions that make a difference.,

You will be participating in a Walk-in Drive for Gas Distribution in the Semiconductor Domain on the 12th of July 2025 at Bangalore ITPL. The event will take place from 9:30 AM to 2 PM at HCLTech, Unit-B ITPL, Aviator Building, Whitefield Road, SEZ, Whitefield, Bengaluru, Karnataka 560066. You can contact Hemalatha or Kalaivani at kalaivani.t@hcltech.com or hemalatha_a@hcltech.com for further information. As a Mechanical Engineer in this role, your key responsibilities will include developing, designing, or modifying mechanical engineering layouts/schematics and/or detailed drawings/specifications of difficult scope under guidance. You will collaborate with cross-functional teams for extended design roles related to Simulation requirements, interpreting simulation data, and providing valuable solutions for further optimizations. Additionally, you will be involved in product design & drafting of various components using CAD tools such as UG NX, Creo, and Inventor, as well as specifying and reviewing engineering documentation. Your primary job responsibilities will revolve around gas distribution system design, component selections, and the design, development, and implementation of custom mechanical tooling and fixturing. You will also be responsible for selecting OEM components like regulators, valves, UHP fittings, and vacuum sensors, as well as performing engineering analysis of difficult scope with limited supervision. Hands-on experience in the assembly of vacuum chamber/exhaust/gas delivery systems or subsystems, preparing DOE, and validating the assembly with the required outcome will be crucial. To qualify for this position, you should hold a B.Tech/M.Tech in Mechanical Engineering with relevant industry work experience, preferably in the Semiconductor sector. Demonstrating conceptual and practical expertise in your discipline, as well as basic knowledge of related disciplines, will be essential. You should possess knowledge of mechanical engineering design, heat transfer, engineering drawings, GD&T/ASME standards, SEMI, ANSI, ISO standards, materials & manufacturing processes, numerical methods, AutoCAD, TCE, SolidWorks, UG NX/Inventor, and analysis. In terms of business expertise, you are expected to have knowledge of best practices and understand how your area integrates with others in the market. You may act as a resource for colleagues with less experience, lead small projects with manageable risks and resource requirements, and solve complex problems by taking a new perspective on existing solutions based on the analysis of multiple sources of information. Your impact will be felt across a range of customer, operational, project, or service activities within your team and other related teams, working within broad guidelines and policies. Your interpersonal skills will be crucial as you explain difficult or sensitive information and work towards building consensus within the team.,

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.,

You will be utilizing SolidWorks to create detailed 3D designs, assemblies, and technical drawings for machines and components. You will be responsible for making the layout of designs, collecting data from experiments, literature reviews, and research papers, and defining the process of experiments while ensuring safety. Additionally, fabricating prototypes, performing large-scale experiments, and driving machine development initiatives, including prototyping, iteration, and validation of new equipment, will be part of your responsibilities. You will also coordinate with the R&D and design team to optimize experiment outputs and evaluate new ways to improve production techniques and efficiency. Making conceptual designs of SPM, working with vendors for fabrication and supply, and identifying/resolving mechanical and process-related issues are key tasks. You should have working knowledge of fermenter, boiler, and autoclave systems, including operation and troubleshooting, and oversee preventive maintenance of machines to minimize production downtime. Qualifications: - Bachelor of Technology or Bachelor of Engineering in Mechanical/Automobile/ or Automation engineering Requirements: - 2-3 years of experience in product development - Knowledge of manufacturing processes - Strong analytical problem-solving skills - Good knowledge of SolidWorks 3D and 2D - Knowledge of GD&T will be advantageous - Proficiency in spoken and written English - Motivation, initiative, communication, and presentation skills, with a preference for team-oriented work environments Benefits: - Flexible schedule - Paid sick time - Provident Fund Schedule: - Day shift - Fixed shift Ability to commute/relocate: - Faridabad, Haryana: Able to reliably commute or willing to relocate before starting work (Preferred) Application Question(s): - What is your Current CTC - What is your official Notice Period - What will be your expected CTC Experience: - New product development: 3 years (Preferred) - Research and Development: 3 years (Preferred) - Manufacturing process: 2 years (Preferred) Language: - Fluent English (Preferred) Work Location: In person,

As a Die and Mold Designer, you will be responsible for designing and developing dies, molds, and tooling for rubber and engineering components. Your role will involve creating detailed 2D and 3D models as well as manufacturing drawings using SolidWorks. It will be crucial to ensure that your designs are optimized for manufacturability and efficiency. You will collaborate with production and tool room teams to validate designs, implement improvements, and modify existing die designs based on feedback and production requirements. Additionally, you will provide support in troubleshooting die-related issues during production and maintain organized documentation of designs, revisions, and Bills of Materials (BOMs). To excel in this role, you must possess proficiency in SolidWorks for 3D modeling and die design. An understanding of die/mold manufacturing processes and materials is essential, along with knowledge of Geometric Dimensioning and Tolerancing (GD&T) and engineering drawing standards. Your ability to coordinate effectively with tool room and production teams for design validation, coupled with strong problem-solving skills focused on practical implementation, will be key to your success. The ideal candidate for this position will hold a Diploma or Degree in Mechanical Engineering or Tool and Die Engineering. A minimum of 2-5 years of experience in die/mold design is required, preferably with expertise in rubber or polymer die design. Exposure to CNC machining and Computer-Aided Manufacturing (CAM) programming basics would be beneficial. If you are passionate about die and mold design, possess the necessary skills and qualifications, and are looking to contribute to a dynamic team, we encourage you to apply for this exciting opportunity.,

The role of Engineer-CAD Automation in the Design team for TMI business (TMI Custom Air Handling Products) requires a BE/MTech in Mechanical Engineering with 2-4 years of experience. Reporting to the Senior Project Lead and based in Bangalore, as an Engineer-CAD Automation, you will be responsible for developing and implementing CAD automation solutions using iLogic and Autodesk Inventor. Your primary focus will be to enhance engineering efficiency, reduce design cycle time, and facilitate seamless configuration of custom air handling units. Working closely with senior engineers and cross-functional teams, you will contribute to creating parametric models, automation scripts, and integrated drawing tools. To excel in this role, you must be proficient in Autodesk Inventor, covering part, assembly, sheet metal, and drawing environments. In addition, hands-on experience or a strong foundational knowledge in iLogic scripting and VB.NET for CAD automation is essential. A solid understanding of parametric design, modular assemblies, and mechanical design principles is required. Experience in mechanical product design at component, subsystem, and system levels is also necessary. Moreover, you should possess a deep understanding of sheet metal design principles and manufacturing methods, along with knowledge of weldments, standard hardware selection, and modular frame design. Familiarity with materials, manufacturing processes, and finishing operations (sheet metal, tubular frames, weldments & machine parts) is crucial. Your ability to comprehend and implement engineering requirements into automated CAD logic will be key to success in this role. Strong communication and collaboration skills are essential for effective teamwork. Furthermore, knowledge of GD&T, tolerance stack-up analysis, and design validation methods such as DFMEA and concept evaluation metrics is advantageous. Prior experience in a global engineering team environment, including collaboration across regions and time zones, will be beneficial for seamless coordination and project execution.,

As a candidate for this role, you should be proficient in MODUS software with hands-on experience. Your responsibilities will include CMM setup planning and fixture development, as well as the ability to understand and interpret customer-specific requirements. It is essential to have proficiency in GD&T and preferably in PC-DMIS programming. Moreover, familiarity with Catia V5, including modeling, detailing, and assembly, is preferred. Exposure to machining prove-outs will be an added advantage in this position. You must also have expertise in reading and interpreting engineering drawings to ensure accuracy and precision in your work. Effective communication and interpersonal skills are crucial for this role, as you will be collaborating with various team members and stakeholders. A comprehensive understanding of aerospace manufacturing standards is required to meet industry regulations and quality standards. Being fluent in English with excellent verbal and written communication skills is necessary to effectively convey information and updates. Your attention to detail and ability to work in a fast-paced environment will contribute to the success of our projects.,

As the Head of Production, you will play a crucial role in the planning, coordination, and control of manufacturing processes, focusing on Factory Layout and Production Layout. Your responsibilities will include collaborating with internal and external stakeholders to provide technical support, ensuring the production of top-notch products and adherence to best business practices. You will lead and manage teams and projects across the organization, offering clear direction, inspiration, and guidance to drive excellence and motivate staff towards success. Your primary responsibilities will involve designing and validating factory layout and production layout, developing engineering bills of process and resources, and planning manufacturing processes for assembly. You will be tasked with conducting capacity and cycle time calculations, as well as planning and designing equipment, tooling, jigs, and fixtures. Additionally, you will be involved in supplier qualification processes, developing quality metrics, and performing various analyses to ensure optimal performance and efficiency. Furthermore, you will be responsible for planning and executing MES architecture in line with ISA95 standards and implementing Industry 4.0 strategies. Managing factory operations, ensuring compliance with regulatory requirements, conducting safety and risk analyses, and implementing ISO standards will also be part of your role. To excel in this position, you should hold a BE/ME degree in Mechanical, Automobile, or Industrial Engineering, with a strong background in Factory and Layout planning. Experience in automated and manual assembly lines, tool design, manufacturing processes, and knowledge of quality standards are essential. Familiarity with GD&T, tolerance stack-up analysis, APQP, DFMEA, PFMEA, as well as PLM, ERP, and ISO standards is required. Knowledge of CMM, Blue light scanning, and I4.0 principles will be advantageous. Key competencies for success in this role include being results-oriented, self-motivated, and possessing a problem-solving attitude. Integrity, teamwork, and a sense of ownership are critical traits for this position, as is a commitment to driving performance and contributing to the organization's success.,

As a skilled professional, you will be responsible for utilizing NX CAD software to create and modify engineering drawings. Your expertise in Geometric Dimensioning and Tolerancing (GD&T) will be essential in ensuring the accuracy and quality of the designs. Additionally, you will conduct stackup analysis to evaluate the dimensional variations within assemblies. A solid understanding of aero engine fundamentals is required to effectively contribute to the design process. Your proficiency in 2D and 3D modeling will be crucial in visualizing and developing innovative solutions. You will also be tasked with performing hand calculations and applying basic knowledge of strength of materials to validate the designs. Handling nonconformances and providing timely disposition will be part of your daily activities. Your attention to detail and problem-solving skills will be instrumental in identifying and resolving any discrepancies in the design process. By collaborating with cross-functional teams, you will ensure that the final products meet the required specifications and standards.,

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.,

As an Engineer at Apple, you will be part of a team that designs state-of-the-art calibration and test ecosystems for manufacturing Apple hardware products. Your responsibilities will involve developing and characterizing metrology equipment used to calibrate and test Apple's groundbreaking technology and products. You will be engaged in automated measurement system development and optimization, from ideation to deployment. Your role will include detailed mechanical design of manual and automated measurement and calibration systems, component and materials selection, 3D/2D CAD, mechanism design, and FEA. Collaboration with vendors to enhance manufacturing and metrology capabilities, as well as managing vendor prototyping schedules and manufacturing plans, will be key aspects of your job. Supporting new product failure analysis and continuous improvements in product manufacturability and performance will be crucial for ensuring the production of high-quality products. You will also play a role in expanding Apple's vendor base by supporting new vendor development efforts. To qualify for this role, you should have a Bachelor's or Master's degree in Engineering (Mechanical / Aerospace / Mechatronics) or equivalent experience. Proficiency in 3D CAD modeling systems, application of GD&T principles, and a good understanding of stress-strain relationships and static mechanics are essential. Knowledge of kinematics and mechanism design is also required. International travel of up to 25% may be necessary to support equipment design, deployment, and validation. Preferred qualifications include experience in high-volume electronics manufacturing equipment design, UG NX proficiency, FEA stress analysis skills (preferably using ANSYS), and knowledge of plastic part design and metal materials science. Project and product management experience is strongly preferred. If you are motivated by the opportunity to work with Apple's talented and dynamic engineering team, possess excellent communication and interpersonal skills, and aspire to contribute to the creation of extraordinary products, we encourage you to submit your CV. Join Apple in crafting experiences that revolutionize industries and leave the world better than we found it.,

You are an experienced Exterior Engineer with 4-18 years of experience, based in Pune. As a Lead Engineer, you hold decision-making responsibilities and exhibit leadership skills to ensure the successful delivery of the Commodity with defined Attributes, Cost, and Timing. Your role involves managing the Commodity, Process, Suppliers, and all other stakeholders & Cross-functional teams. Your responsibilities include possessing a strong understanding of Product Design, specifically focusing on Exterior Components such as Bumpers and Grills, their Materials, Manufacturing Process, and Tooling Concepts. You should also be knowledgeable about Exterior Regulations & Packaging Requirements. Establishing a teamwork plan, defining the priority of work, and utilizing Quality Control tools like GD&T DVA, DVP, DFMEA, PPIR are crucial aspects of your role. Your expertise will ensure that the sub-system meets attribute requirements such as Durability, Thermal, Weight, and Cost. Supporting vehicle launch and pre-production builds, as well as assisting in Prototype part Delivery for Assembly Function or Commodity Validation, are part of your duties. Effective communication with cross-functional teams across international locations is essential. Hands-on experience with Catia V5/V6 & Team Centre, along with proficiency in Problem-solving Techniques and Root cause analysis, will be highly beneficial. Experience in Supplier management, including APQP documents, Cost & timing Reviews, and knowledge of Carbon Fiber and OEM, will be advantageous. You must demonstrate a commitment to exceptional customer service, a sense of urgency, and a strong dedication to achieving goals. Your ability to identify and analyze information to make decisions and solve problems will be crucial in this role. With a minimum of 4 years of automotive product engineering experience, specifically in automotive Exterior trims like bumpers and Grills, you should showcase proven project management capabilities aligned with time, Cost, quality & attribute targets. Your engineering knowledge should encompass component(s) / system(s) design, function, performance, production & manufacturing requirements, involving liaison with suppliers, Manufacturing, CAE& Validation Teams. Your skills should include strong verbal and written communication, in-depth functional knowledge of Bumpers system, CAD Literacy in generating CAD data and Master sections in CATIA V5/V6, and proficiency in Microsoft Project, Power Point, Excel, Word, etc. Analytical, logical, and critical thinking abilities will be essential for success in this role. Your qualification should include a BE/B. Tech in Mechanical/Production/ Automotive Engineering.,

As a Senior Design Engineer - Body Structures (BIW) at Magna, you will be responsible for leading the design and validation of BIW systems to ensure structural performance, manufacturability, and regulatory compliance. You will play a pivotal role in collaborating cross-functionally, mentoring junior engineers, and driving innovation to deliver robust and production-ready BIW solutions. Your main tasks will include leading the concept development, detailed design, and integration of BIW structures such as pillars, roof rails, floor assembly, front/rear modules, and reinforcements. You will be expected to develop lightweight, cost-effective, and structurally robust BIW solutions using advanced materials and manufacturing processes. Additionally, you will mentor junior engineers, provide technical guidance across project stages, and ensure the timely release of CAD models and 2D drawings with accurate GD&T and tolerance analysis. Collaboration with CAE, NVH, Crash, Manufacturing, Quality, and Serviceability teams for integrated vehicle performance will be crucial. You will also be responsible for managing design feasibility with respect to welding, joining techniques, and assembly constraints, as well as interacting with suppliers and manufacturing for tool validation, part feasibility, and cost optimization. Your role will involve supporting design validation activities, contributing to DFMEA, DVP, BOM generation, change management, and gate reviews, and ensuring compliance with regulatory crash, pedestrian safety, and emission standards. Key performance indicators for your role will include on-time delivery, milestone achievement, first-time right designs, design optimization, issue resolution time, mentorship effectiveness, and documentation quality. To excel in this role, you are expected to have a BE/DME in Mechanical/Production/Automobile stream with 6-9 years of work experience for BE or 8-11 years for DME. Critical technical skill sets required include advanced CAD proficiency, system-level BIW knowledge, design for manufacturing expertise, CAE interpretation skills, GD&T and tolerance analysis capabilities, DFMEA/DVP experience, change management proficiency, and PLM systems knowledge. On the behavioral front, strong communication, problem-solving, project and time management, team coordination, and creative thinking skills are essential. Proficiency in English, Hindi, and the regional/native language is expected. If you are looking to contribute to an innovative, international, and dynamic team dedicated to delivering high-quality products and creating a better world of mobility, this role at Magna could be the perfect fit for you.,