22 Cad Models Jobs

As an AutoCAD drafter, you will be responsible for generating solid and surface CAD models using AutoCAD software for our clients. Your main tasks will include developing product designs, presenting drafts for approval, ensuring designs meet safety standards, and creating high-level design models that meet client specifications. To excel in this role, you should have extensive experience in using AutoCAD software, possess advanced design skills, and have a keen eye for detail. A successful AutoCAD drafter will be able to blend technique and aesthetics to create final designs, present design perspectives for improvements, and effectively communicate with clients. Your responsibilities will include developing product designs from scratch, presenting design drafts for approval, ensuring designs meet safety standards, generating Solid works and Surface CAD models, blending technique and aesthetics, presenting design perspectives for improvements, finalizing AutoCAD models, presenting models to clients, and completing job reports. To qualify for this position, you should have a Bachelor's degree in engineering or architectural studies, previous work experience as an AutoCAD drafter, advanced knowledge of CAD and AutoCAD software, proficiency in mathematics, science, engineering, and architecture, familiarity with safety and structure regulations, excellent technical design skills, good communication skills, a keen eye for aesthetics and detail, and the ability to manage projects effectively. This is a full-time, permanent position that requires in-person work.,

A Tool & Die Maker is responsible for designing, developing, repairing, and maintaining tools, dies, jigs, fixtures, and molds to support production and ensure high-quality manufacturing processes information, please call 9845514305 / 8050011328

Role & responsibilities Experience: Develop, write, and optimize NC/CNC programs using CAM software . Interpret technical drawings, CAD models, and specifications to create machining strategies. Select appropriate tools, speeds, and feeds based on material and machining processes. Simulate and verify programs to detect errors before releasing to production. Coordinate with production, tooling, and quality departments for smooth workflow. Modify existing programs to improve productivity, reduce cycle time, and ensure quality. Maintain records of all programs and revisions. Work closely with production teams to ensure machine performance and program accuracy Provide technical support for machine operators and troubleshoot issues. Ensure all safety and quality standards are maintained throughout the programming process. Technical Skillset Understanding of GD&T and machining tolerances Detailed understanding of manufacturing processes & inspection methods of various products. Strong knowledge of G-code, M-code, and CNC machine operations. Proficient in CATIA Experience with multi-axis machining (3-axis, 4-axis, or 5-axis preferred) Preferred candidate profile Bachelors degree in mechanical/production engineering

Supervise & manage tool room operations for mold mfg,Plan schedule, monitor mold machining, fitting assembly,& maintenance, strong knowledge of mold mfg.(Injection mold),Tool Room machines(CNC,EDM,Wirecut,Milling,Grinding) Required Candidate profile DME/BE Mechanical, Tool & Die,or Production Engineer/NTTF Exposure to plastic mold mfg. preferred Ability to read & interpret engineering drawings & CAD Models,Leadership & Team management.

As a Feasibility Analyst in this role, you will be responsible for reviewing technical drawings, CAD models, and specifications to assess design intent and manufacturability. Your key tasks will involve evaluating whether the part design aligns with available production capabilities, materials, and processes to ensure successful implementation. Additionally, you will be required to conduct Cost Estimation & Quotation Preparation activities. This includes analyzing Bill of Materials (BOM), raw material requirements, and process steps to estimate production costs. You will also evaluate supplier quotes for materials, outsourced processes, and tooling requirements, preparing detailed cost breakdowns that encompass labor, machining, assembly, quality checks, and overheads. Furthermore, working closely with procurement and finance teams will be essential to optimize cost-effectiveness while upholding quality standards. In terms of Process Selection & Manufacturing Strategy, you will play a critical role in determining the most suitable manufacturing processes based on technical and economic feasibility. This involves evaluating tooling, fixtures, and special process requirements to ensure efficient production. You will also be responsible for assessing lead times and capacity planning to guarantee on-time delivery commitments. Moreover, ensuring Compliance & Quality Considerations will be a crucial aspect of your responsibilities. This involves cross-functional collaboration with various teams to maintain adherence to industry standards and quality requirements. This position will require you to engage in Documentation & Reporting tasks to ensure all relevant information is accurately documented and reported. Job Types: Full-time, Internship Contract length: 12 months Benefits: - Food provided - Health insurance - Provident Fund Schedule: - Day shift Performance bonus Shift availability: - Day Shift (Preferred) Work Location: In person,

As the worldwide leader in superior travel bags, luggage, and accessories, Samsonite is dedicated to combining notable style with the latest design technology and the utmost attention to quality and durability. With a rich heritage spanning over 100 years, Samsonite has consistently created unparalleled products that cater to the travel lifestyle needs of conscious movers globally. Our extensive portfolio of brands, including Samsonite, Tumi, American Tourister, High Sierra, Gregory, eBags, Hartmann, and Lipault Paris, is renowned worldwide and sold in over 100 countries across North America, Asia, Europe, and Latin America through our company-operated retail stores, websites, and various retail partners. In the realm of product design, the following responsibilities are crucial: - Executing 3D design for new products based on input from designers - Creating CAD models, engineering drawings, and assembly designs - Rendering 3D models for visualization purposes - Utilizing 3D printing for parts of new products - Innovating new products through design Regarding mold design, the role involves: - Developing injection mold design concepts - Providing input for texturization on injection molds - Collaborating with vendors to fine-tune mold designs In the field of tool design, responsibilities include: - Designing tools used for production - Creating drill jigs, cooling jigs, and locating jigs - Implementing modifications in existing products to enhance quality and optimize costs Furthermore, the role entails maintaining drawings in Teamcenter to ensure seamless operations. At Samsonite, our employees are our top priority. We strive to offer meaningful rewards and development opportunities, recognize performance, and foster a supportive working environment for our employees worldwide. Our commitment to diversity and inclusion empowers individuals from all backgrounds to bring their authentic selves to work, fostering a vibrant and inclusive culture. Samsonite places a strong emphasis on social responsibility, aiming to minimize the environmental impact of our products and contribute to positive global journeys. By utilizing sustainable materials, methods, and models, we ensure that our products are environmentally friendly and innovative. In summary, Samsonite values not only the products we create but also the communities we serve and the people we employ. We are dedicated to maintaining a respectful workplace that allows our team members to showcase their skills and expertise while being part of something greater. Join us on this journey to explore your passions and contribute to a diverse and inclusive work environment at Samsonite, where every individual is treated with dignity and respect.,

The EDM Operator at Pranav TechOne Pvt Ltd. in Noida, UP, is responsible for setting up, operating, and maintaining EDM machines to manufacture precision tooling, dies, and components as per engineering specifications. You will need technical expertise in EDM operations, understanding of machining processes, and adherence to quality standards. Your key responsibilities will include setting up and operating Wire EDM, Sinker EDM, or CNC EDM machines, selecting and installing electrodes, workpieces, and necessary tools for EDM processes, adjusting machine settings to achieve required precision, reading and interpreting engineering drawings, collaborating with toolmakers, designers, and engineers to ensure quality production, performing machining on tool room components, conducting quality control inspections, maintaining EDM machines, following safety protocols, documenting machine settings and production logs, and reporting to the supervisor. To qualify for this position, you should have an ITI/Diploma in Tool & Die Making/Mechanical Engineering or equivalent, 2-5 years of experience in operating EDM machines, hands-on experience with Wire EDM, Sinker EDM, or CNC EDM, proficiency in reading engineering drawings and CAD models, knowledge of metal properties, machining tolerances, and EDM consumables, familiarity with CNC programming and CAD/Solid CAM software, strong problem-solving skills, and attention to detail. Preferred qualifications include experience in Injection Mold tool, die casting, mold making, or precision machining, exposure to EDM brands like Mitsubishi, Oskar Max, Jio mars, and knowledge of other tool room machines like CNC milling, grinding, and lathe. The compensation for this position includes a Salary CTC of 26000 to 30000 along with benefits such as PF, ESI, Bonus, Overtime (if applicable), and Medical Insurance. This is a full-time, permanent job with benefits including Health insurance, Leave encashment, Life insurance, Paid sick time, Paid time off, and Provident Fund. The work schedule may include Day shift, Night shift, or Rotational shift, and there is a yearly bonus offered. Please note that the work location is in person at Pranav TechOne Pvt Ltd. in Noida, UP.,

As a VMC & CNC Machine Operator, you will play a crucial role in our manufacturing team by operating, maintaining, and troubleshooting Vertical Machining Centers (VMC) and CNC machines to ensure the production of high-quality components. Your responsibilities will include setting up, programming, and operating the machines according to technical drawings and specifications. You will utilize your knowledge of G-code programming, CNC control systems, and precision instruments to verify dimensional accuracy and quality standards. Your expertise in VMC and CNC operations will be essential as you interpret engineering drawings, prepare machine setups, and adjust settings to optimize performance and minimize errors. Additionally, you will be responsible for routine maintenance, troubleshooting machine errors, and collaborating with engineering and production teams to enhance machine operations and quality control. To excel in this role, you should have a strong understanding of VMC and CNC machine operations, including tool selection, programming, and workpiece setup. Proficiency in G-code programming, reading engineering drawings, and familiarity with CNC controls and software systems such as Fanuc, Haas, and Siemens will be required. Your ability to work with cutting tools, speeds, feeds, and ensure machine calibration and tool offsets will be crucial for success. Ideally, you should possess a high school diploma or equivalent, with technical certification or vocational training in CNC machining being preferred. Previous experience as a VMC or CNC Machine Operator will be beneficial, along with strong attention to detail, problem-solving skills, and the ability to produce high-precision work. This permanent position offers a salary ranging from 20,000 to 25,000 per month, with additional benefits including daily overtime, one-time food provision during shifts, and Provident Fund. The work location is in IThennampalayam, Coimbatore, with a rotational shift schedule and opportunities for yearly bonuses. Day and night shift availability is preferred, and in-person work is required. If you meet the qualifications and have the necessary experience, we encourage you to apply for this rewarding opportunity to showcase your skills as a VMC & CNC Machine Operator.,

You will be responsible for programming and operating ZEISS Coordinate Measuring Machines at CX Precision, located in Sricity, Tada, Andhra Pradesh. Your main duties will include conducting dimensional inspections of precision components, applying GD&T principles to verify profiles and tolerances, and generating detailed inspection reports for various purposes such as PPAP and customer approval. Additionally, you will be required to train operators and junior inspectors on CMM operation and measurement techniques. You must have the ability to develop, edit, and validate CMM programs using CAD models and engineering drawings. Conducting First Article Inspections (FAI), in-process checks, and final inspections using ZEISS equipment will also be part of your responsibilities. A strong hands-on experience in CMM program creation and development is essential for this role. This includes writing new programs from CAD models/drawings and optimizing existing routines for accuracy and efficiency. Basic knowledge of Quality Systems and Audits is also required. If you meet the specified mandatory skill of CMM Programming and have the necessary experience, please send your CV to Viswanath.k@chunxing-group.com.,

Responsibilities: * Oversee polymer manufacturing processes * Manage inventory, sourcing materials Production & Process Management Quality Assurance & Material Control Vendor Development & Supply Chain Management Health insurance Provident fund

You will be a valuable addition to our dynamic team as a skilled and experienced VMC Machine CAM Programmer. Your primary responsibility will include programming, setting up, and operating Vertical Machining Centers (VMC) in our tool room to ensure precision machining. Your key responsibilities will involve developing and optimizing CAM programs for VMC machines to manufacture high-precision components. You will interpret technical drawings, blueprints, and CAD models to create efficient machining programs. Additionally, setting up VMC machines, including tool selection, offsets, and fixture alignment, will be part of your daily tasks. You will also conduct trial runs, inspect finished components, and ensure compliance with quality standards. Troubleshooting technical issues, performing machine maintenance, and collaborating with design and production teams for efficient production are essential aspects of this role. Maintaining accurate documentation of programs, setup sheets, and tooling information is crucial. Furthermore, adherence to workplace safety guidelines and company policies is required at all times. To qualify for this role, you should have a Diploma/Degree in Mechanical Engineering or a related field. A minimum of 2-5 years of experience as a CAM programmer for VMC machines, preferably in tool room applications, is necessary. Proficiency in CAM software, a strong understanding of machining processes, cutting tools, and materials, as well as the ability to interpret engineering drawings and GD&T, are essential. Problem-solving skills, attention to detail, effective communication, and teamwork skills are also required. This position is located in Ambattur Industrial Estate, Chennai-600098. For further information, please contact 9600234671.,

We are seeking a skilled Mechanical Machine Design Engineer to join our engineering team. The ideal candidate will be responsible for designing mechanical systems and custom machinery, preparing detailed 2D/3D CAD drawings, and collaborating with client to bring designs from concept to production. Key Responsibilities: Design and develop custom machines , tools, and mechanical systems from concept through production. Create detailed CAD models and drawings using software such as Inventor, NX or SolidWorks. Select appropriate materials, mechanical components (e.g., bearings, actuators), and manufacturing processes. Prepare and review Bill of Materials (BOMs) and technical documentation. Work closely with electrical engineers, controls engineers, fabricators, and machinists . Support the assembly and testing of machines during the prototyping and production phases. Evaluate and troubleshoot design issues, propose solutions, and implement design improvements. Ensure compliance with industry standards and safety regulations (e.g., ISO, ANSI, CE). Manage multiple projects while meeting cost, quality, and schedule goals. Required Qualifications: Bachelors degree in Mechanical Engineering or related field. [2-4+] years of experience in machine or equipment design . Proficient in 3D CAD software ( Inventor, NX, Solid works, etc.). Strong knowledge of SPM, Packaging machine, etc. Familiarity with manufacturing processes such as machining, sheet metal, and welding. Excellent problem-solving skills and attention to detail. Ability to read and interpret engineering drawings and specifications . Good communication and teamwork skills

The Die Maker position at UNIVERSAL ENGINEERING & ELECTRICAL COMPANY in Coimbatore is a full-time on-site role where you will be responsible for assembling, fitting, adjusting, and repairing PDC dies and Trimming tools. Your duties will include reading and interpreting blueprints, technical drawings, and CAD models to ensure precision and quality. Additionally, you will operate conventional machine tools, perform maintenance tasks, and collaborate with engineering and production teams to enhance operational efficiency and meet production targets. To excel in this role, you should have proficiency in assembling, fitting, and repairing PDC dies and Trimming tools. Experience in operating conventional machine tools is essential, along with the ability to interpret blueprints, technical drawings, CAD models, and schematics. Attention to detail, problem-solving skills, effective communication, and teamwork abilities are key attributes that will contribute to your success in this position. A relevant technical or vocational qualification in Tool and Die Making or a related field is required, and any prior experience in the manufacturing or engineering industry would be advantageous.,

As a skilled Technical Illustrator, you will be responsible for developing accurate and professional 2D and 3D illustrations for machinery manuals, spare part catalogs, assembly guides, and service documentation. Your experience in creating illustrations from CAD models or engineering drawings will be crucial, along with a clear understanding of industrial equipment and mechanical systems. You will create exploded views, assembly diagrams, and schematic illustrations for crushing and screening equipment. Additionally, you will develop detailed illustrations for user manuals, service manuals, and installation guides by interpreting 3D CAD models, engineering drawings, and product specifications. It is essential to ensure that all visuals are clear, technically accurate, and aligned with branding and documentation standards. Collaboration with mechanical engineers, design teams, and technical writers will be required to develop and revise content, including supporting the creation of spare part catalogs with labeled part numbers and references. To qualify for this role, you should hold a Diploma/Degree in Mechanical Engineering, Industrial Design, or a related field, with a minimum of 3-5 years of experience in technical illustration, preferably in machinery or heavy equipment. Proficiency in tools such as Adobe Illustrator, CorelDRAW, AutoCAD, or dedicated illustration software is necessary. You should also have the ability to extract visuals from 3D CAD models (STEP, IGES, STL) and convert them to 2D illustrations, demonstrating strong attention to detail and visual clarity. Good written and verbal communication skills in English are essential. Preferred skills for this position include experience in the mining, construction, or mechanical equipment industry, as well as familiarity with ISO drawing standards and technical documentation practices.,

Operate and manage CNC wire forming machines (4-axis to 16-axis) to shape and form wires for jewelry components. Interpret technical drawings and CAD models to execute wire forming operations as per design. Required Candidate profile Setup machine parameters such as axis alignment, wire feed rate, tension control, programming and tooling. Monitor machine output closely to ensure dimensional accuracy and high-quality finishing.

We are seeking a highly motivated and detail-oriented Rules Author to join our CPQ and CAD automation team. The ideal candidate will have hands-on experience with rule-based configuration platforms such as Tacton, KBMax (Epicor CPQ), DriveWorks, or KBEWorks, and a strong understanding of CAD customization and engineering logic. Key Responsibilities Design, develop, and maintain configuration rules for CPQ platforms (e.g., Tacton, KBMax, DriveWorks, KBEWorks). Collaborate with product managers, engineers, and sales teams to translate product logic into executable rules. Customize CAD models and automate drawing generation using integrated tools. Ensure rule accuracy, performance, and maintainability across product lines. Troubleshoot and optimize existing rule sets and configuration workflows. Document rule logic, configuration flows, and technical specifications. Participate in testing and validation of rule-based outputs and CAD deliverables. Requirements Required Skills & Qualifications 6 - 12 Yrs years of experience in CPQ rule authoring or CAD automation. Proficiency in at least one of the following: Tacton, KBMax (Epicor CPQ), DriveWorks, or KBEWorks. Strong understanding of engineering principles and product configuration logic. Experience with CAD platforms such as SolidWorks, AutoCAD, or Inventor. Familiarity with scripting or visual rule engines (e.g., Snap for Epicor CPQ). Excellent problem-solving and communication skills. Ability to work independently and in cross-functional teams. Preferred Qualifications BE Mech/Production/Electrical/Industrial Experience with ERP/PLM integrations. Exposure to manufacturing or engineer-to-order (ETO) environments. Knowledge of BOM generation and CAD-PDM workflows.

We are seeking a highly motivated and detail-oriented Rules Author to join our CPQ and CAD automation team. The ideal candidate will have hands-on experience with rule-based configuration platforms such as Tacton, KBMax (Epicor CPQ), DriveWorks, or KBEWorks, and a strong understanding of CAD customization and engineering logic. Key Responsibilities Design, develop, and maintain configuration rules for CPQ platforms (e.g., Tacton, KBMax, DriveWorks, KBEWorks). Collaborate with product managers, engineers, and sales teams to translate product logic into executable rules. Customize CAD models and automate drawing generation using integrated tools. Ensure rule accuracy, performance, and maintainability across product lines. Troubleshoot and optimize existing rule sets and configuration workflows. Document rule logic, configuration flows, and technical specifications. Participate in testing and validation of rule-based outputs and CAD deliverables. Requirements Required Skills & Qualifications 36 years of experience in CPQ rule authoring or CAD automation. Proficiency in at least one of the following: Tacton, KBMax (Epicor CPQ), DriveWorks, or KBEWorks. Strong understanding of engineering principles and product configuration logic. Experience with CAD platforms such as SolidWorks, AutoCAD, or Inventor. Familiarity with scripting or visual rule engines (e.g., Snap for Epicor CPQ). Excellent problem-solving and communication skills. Ability to work independently and in cross-functional teams. Preferred Qualifications BE Mech/Production/Electrical/Industrial Experience with ERP/PLM integrations. Exposure to manufacturing or engineer-to-order (ETO) environments. Knowledge of BOM generation and CAD-PDM workflows.

Key Responsibilities Investigate and resolve product design issues within Value Package Introduction (VPI), Product Preceding Technology (PPT), or Value Package Change Request (VPCR) programs. Create and refine CAD models, drawings, and specifications using tools such as CREO, following internal standards and practices. Support and lead the application of engineering tools such as DFMEA, GD&T, tolerance stack-up analysis, and DVA. Collaborate across disciplines to drive design intent through effective design reviews and documentation. Conduct product-level design assessments and optimization for function, cost, reliability, and manufacturability. Provide technical input on component and system-level decisions and present solutions in cross-functional settings. Utilize simulation and analysis tools (e.g., ANSYS Workbench) to validate designs. Engage in continuous improvement of tools, methods, and processes related to mechanical design. Support configuration management and maintain traceability of design changes. Participate in the mentoring and coordination of technicians and student interns as needed. Experience 5-8 years of relevant work experience preferred. Prior internships or co-op experiences in a technical or product development role are advantageous. Experience in the automotive, powertrain, or related mechanical systems industries is a plus. Skills Proficient in MS Office and CAD software (preferably CREO). Familiar with GD&T, DFMEA, tolerance stack-up, and failure mode avoidance techniques. Working knowledge of design validation, system integration, and technical documentation. Strong analytical, troubleshooting, and problem-solving skills. Excellent communication skills with the ability to tailor messages to various audiences. Comfortable working in cross-functional and multidisciplinary teams. Preferred Knowledge Familiarity with automotive components or systems. Experience with DFSS (Design for Six Sigma) methodology. Exposure to product platform planning, change management, and configuration control processes. Qualifications Bachelor s degree in Mechanical Engineering or a related STEM field (or equivalent experience). May require licensing for compliance with export control or sanctions regulations, depending on location or project scope. Competencies Mechanical Design Modeling and Analysis: Proficient in creating 3D models and performing design validations. Product Function Simulation and Analysis: Uses computational tools to support design decisions. System Requirements Engineering: Capable of translating stakeholder needs into actionable and verifiable design requirements. Product Development Execution: Manages product design processes and lifecycle activities with a focus on quality and timeliness. Product Problem Solving: Applies structured problem-solving approaches to identify root causes and implement robust solutions. Collaboration and Communication: Effectively works with global teams and stakeholders to achieve technical and project goals. Decision Quality and Results Driven: Makes data-informed decisions to support product performance and delivery metrics. Values Differences and Self-Development: Embraces diversity of thought and seeks continuous growth opportunities.

- Develop 2D & 3D CAD models for jewelry designs, ensuring precision and accuracy. - Ensure error-free casting designs by applying technical knowledge of jewelry manufacturing. - Collaborate with designers, artisans, and production teams to develop innovative jewelry pieces. - Ensure design feasibility by analyzing structural integrity, weight, and material constraints. - Maintain awareness of industry trends, jewelry aesthetics, and evolving CAD techniques. - Work with cross-functional teams to ensure production alignment with design specifications. - Revise and refine CAD models based on feedback and prototyping results. - Manage time effectively, ensuring timely completion of assigned projects.

Assist in the planning, development, and execution of engineering projects. Work closely with senior engineers to create and modify CAD models. Generate and maintain detailed technical drawings and documentation. Prepare all design & development drawings and documents as per ISO documentation requirements. Understand and apply industry standards, codes, and procedures.

Key Responsibilities Investigate and resolve product design issues within Value Package Introduction (VPI), Product Preceding Technology (PPT), or Value Package Change Request (VPCR) programs. Create and refine CAD models, drawings, and specifications using tools such as CREO, following internal standards and practices. Support and lead the application of engineering tools such as DFMEA, GD&T, tolerance stack-up analysis, and DVA. Collaborate across disciplines to drive design intent through effective design reviews and documentation. Conduct product-level design assessments and optimization for function, cost, reliability, and manufacturability. Provide technical input on component and system-level decisions and present solutions in cross-functional settings. Utilize simulation and analysis tools (e.g., ANSYS Workbench) to validate designs. Engage in continuous improvement of tools, methods, and processes related to mechanical design. Support configuration management and maintain traceability of design changes. Participate in the mentoring and coordination of technicians and student interns as needed. Experience 5-8 years of relevant work experience preferred. Prior internships or co-op experiences in a technical or product development role are advantageous. Experience in the automotive, powertrain, or related mechanical systems industries is a plus. Skills Proficient in MS Office and CAD software (preferably CREO). Familiar with GD&T, DFMEA, tolerance stack-up, and failure mode avoidance techniques. Working knowledge of design validation, system integration, and technical documentation. Strong analytical, troubleshooting, and problem-solving skills. Excellent communication skills with the ability to tailor messages to various audiences. Comfortable working in cross-functional and multidisciplinary teams. Preferred Knowledge Familiarity with automotive components or systems. Experience with DFSS (Design for Six Sigma) methodology. Exposure to product platform planning, change management, and configuration control processes. Qualifications Bachelor s degree in Mechanical Engineering or a related STEM field (or equivalent experience). May require licensing for compliance with export control or sanctions regulations, depending on location or project scope. Competencies Mechanical Design Modeling and Analysis: Proficient in creating 3D models and performing design validations. Product Function Simulation and Analysis: Uses computational tools to support design decisions. System Requirements Engineering: Capable of translating stakeholder needs into actionable and verifiable design requirements. Product Development Execution: Manages product design processes and lifecycle activities with a focus on quality and timeliness. Product Problem Solving: Applies structured problem-solving approaches to identify root causes and implement robust solutions. Collaboration and Communication: Effectively works with global teams and stakeholders to achieve technical and project goals. Decision Quality and Results Driven: Makes data-informed decisions to support product performance and delivery metrics. Values Differences and Self-Development: Embraces diversity of thought and seeks continuous growth opportunities.

Key Responsibilities Investigate and resolve product design issues within Value Package Introduction (VPI), Product Preceding Technology (PPT), or Value Package Change Request (VPCR) programs. Create and refine CAD models, drawings, and specifications using tools such as CREO, following internal standards and practices. Support and lead the application of engineering tools such as DFMEA, GD&T, tolerance stack-up analysis, and DVA. Collaborate across disciplines to drive design intent through effective design reviews and documentation. Conduct product-level design assessments and optimization for function, cost, reliability, and manufacturability. Provide technical input on component and system-level decisions and present solutions in cross-functional settings. Utilize simulation and analysis tools (e.g., ANSYS Workbench) to validate designs. Engage in continuous improvement of tools, methods, and processes related to mechanical design. Support configuration management and maintain traceability of design changes. Participate in the mentoring and coordination of technicians and student interns as needed. Experience 5-8 years of relevant work experience preferred. Prior internships or co-op experiences in a technical or product development role are advantageous. Experience in the automotive, powertrain, or related mechanical systems industries is a plus. Skills Proficient in MS Office and CAD software (preferably CREO). Familiar with GD&T, DFMEA, tolerance stack-up, and failure mode avoidance techniques. Working knowledge of design validation, system integration, and technical documentation. Strong analytical, troubleshooting, and problem-solving skills. Excellent communication skills with the ability to tailor messages to various audiences. Comfortable working in cross-functional and multidisciplinary teams. Preferred Knowledge Familiarity with automotive components or systems. Experience with DFSS (Design for Six Sigma) methodology. Exposure to product platform planning, change management, and configuration control processes. Qualifications Bachelor s degree in Mechanical Engineering or a related STEM field (or equivalent experience). May require licensing for compliance with export control or sanctions regulations, depending on location or project scope. Competencies Mechanical Design Modeling and Analysis: Proficient in creating 3D models and performing design validations. Product Function Simulation and Analysis: Uses computational tools to support design decisions. System Requirements Engineering: Capable of translating stakeholder needs into actionable and verifiable design requirements. Product Development Execution: Manages product design processes and lifecycle activities with a focus on quality and timeliness. Product Problem Solving: Applies structured problem-solving approaches to identify root causes and implement robust solutions. Collaboration and Communication: Effectively works with global teams and stakeholders to achieve technical and project goals. Decision Quality and Results Driven: Makes data-informed decisions to support product performance and delivery metrics. Values Differences and Self-Development: Embraces diversity of thought and seeks continuous growth opportunities.