15 Tolerance Analysis Jobs

Role & Responsibilities: Design and develop 3D models and detailed 2D drawings using Siemens UG NX. Ensure manufacturability and compliance with design standards. Collaborate with cross-functional teams for product development. Conduct tolerance stack-up analysis and apply GD&T. Maintain version control using PLM systems such as Teamcenter. Participate in design reviews and support product changes. Preferred Candidate Profile: Bachelors degree in Mechanical Engineering. 4–5 years of experience with UG NX (preferably NX 10 or later). Strong drafting and mechanical design principles. Experience with manufacturing processes and PLM tools (Teamcenter, Windchill). Advantageous: Experience in automotive/aerospace, FEA tools, CAD certifications. Role & responsibilities Preferred candidate profile

Job Area: Engineering Group, Engineering Group > Mechanical Engineering General Summary: As a leading technology innovator, Qualcomm pushes the boundaries of what's possible to enable next-generation experiences and drives digital transformation to help create a smarter, connected future for all. As a Qualcomm Mechanical Engineer, you will design, analyze, troubleshoot, and test electro-mechanical systems and packaging. Qualcomm Engineers collaborate across functions to provide design information and complete project deliverables. Minimum Qualifications: Bachelor's degree in Mechanical Engineering or related field and 2+ years of Mechanical Engineering or related work experience. OR Master's degree in Mechanical Engineering or related field and 1+ year of Mechanical Engineering or related work experience. OR PhD in Mechanical Engineering or related field. Job Overview The successful candidate will operate as a member of Corporate Engineering department. Responsibilities include working with US and India teams to conceptualize and design high performance electronic assemblies for Mobile, Modem, Compute, Auto, IOT etc. Specific tasks include daily use of Creo solid modeling software, concept layouts, defining rigid and flexible circuit board outline and mounting constraints, electronic file transfers to/from circuit board CAD designers, shielding/gasket design, design of mechanical parts and system assemblies, creating detailed mechanical drawings, specifying dimensional tolerances and tolerance stackups, creating BOMs for assemblies, working with internal teams for optimal selection of batteries, displays, and audio components, working with internal machine shop for prototypes, and working with external suppliers for design collaboration and fabrication, including injection molded tooling. Candidate will perform thermal analysis and simulations needed for the system design and enable heatsink designs and cooling requirements, work with Flotherm, Ansys ICEPAK, and other simulation tools as needed. The candidate will interface with internal staff and outside partners in the fast-paced execution of a variety of multi-disciplined projects. Leadership skills are expected on all projects to help direct, capture and interface with outside consultants. Minimum Qualifications 2+ years actively involved in the mechanical engineering, Thermal Engineering and design of high-density electronics packaging. 2+ years’ experience in a mechanical / Thermal engineering role designing electronics products / systems. Solid modeling experience utilizing Creo, Simulation experience in Flotherm or ANSYS icepak. Preferred Qualifications Expected to possess a strong understanding of mechanical engineering, thermal engineering and design fundamentals. Experience with defining outline, mounting, and I/O constraints of electronic circuit boards. Demonstrated ability for tolerance analysis and specification, including GD&T fundamentals. Demonstrated success in working with HW, component engineering, and other cross functional teams. Demonstrated success in working with HW and thermal analysis teams for appropriate thermal mitigation techniques. Solid understanding of design fundamentals for CNC, injection molded and stamped metal parts. Demonstrated ability working with supplier base for successful design collaboration and volume production. Strong experience with Creo solid model assembly, part, and drawing creation and Data storage. Experience with top-down skeleton model structuring and master model design techniques within Creo. Experience with IDF/EMN file exchange between mechanical and HW teams. Understands project goals and individual contribution toward those goals. Effectively communicates with project peers and engineering personnel via e-mail, web meetings, and instant messaging including status reports and illustrative presentation slides. Interact and collaborate with other internal mechanical engineers for optimal product development processes and schedule execution. Possess excellent verbal and written communication skills Leadership skills to help direct, prioritize, and clearly set project tasks per schedule. Communicate milestones and directions to outside team members.

Key Responsibilities: Design and develop mechanical fittings , brackets, mounts, enclosures, and housing components for rolling stock. Engineer pneumatic layouts including piping, valves, actuators, reservoirs, and connections based on performance and safety requirements. Produce 3D CAD models and 2D drawings using Creo 8 , ensuring compliance with internal and industry standards. Create and manage BOMs (Bill of Materials) , technical documentation , and design reports . Interface with cross-functional teams (e.g., electrical, structural, manufacturing, procurement) to ensure seamless system integration. Perform tolerance analysis , design for manufacturability (DFM) , and design for assembly (DFA) . Support prototype development, testing, and validation of mechanical and pneumatic assemblies. Participate in design reviews , FMEA, and risk assessments. Ensure compliance with relevant railway norms and standards (e.g., EN 50155, UIC, IRIS, ISO). Contribute to continuous improvement in design processes and tools. Required Skills and Qualifications: Bachelor’s or Master’s degree in Mechanical Engineering or related field. 3–7 years of experience in mechanical design, ideally within the railway, automotive, or heavy machinery sectors. Proficient in Creo 8 (part modeling, assemblies, drawings, and surface modeling). Strong understanding of pneumatic systems : layout, component selection, and routing. Knowledge of materials , structural analysis, and fastening technologies. Familiarity with manufacturing techniques such as sheet metal fabrication, machining, and welding. Excellent understanding of GD&T and tolerance stack-ups. Experience with PLM systems (e.g., Windchill) and ERP integration for BOM control. Strong problem-solving skills and ability to work in a collaborative team environment. Good communication and documentation skills

Key Responsibilities: Perform fatigue and damage tolerance analysis of metallic and composite structures in accordance with regulatory and OEM standards (e.g., FAA, EASA). Utilize tools like NASGRO , DARWIN , or other proprietary applications for crack growth and fracture mechanics analysis. Conduct life prediction assessments under static and dynamic loading conditions, including variable amplitude loading. Support aircraft certification programs by providing substantiation reports and analysis documentation. Work closely with design, stress, materials, and manufacturing teams to define inspection intervals and structural integrity requirements. Interpret test data and validate analytical models against physical test results. Develop and review fatigue test plans and evaluate test outcomes. Document assumptions, methodologies, and results in clear, traceable technical reports. Required Skills & Qualifications: Bachelor’s or Master’s degree in Mechanical, Aerospace, or Structural Engineering. 3 to 7 years of experience in fatigue and damage tolerance analysis. Hands-on experience with at least one of the following tools: NASGRO , DARWIN , or equivalent. Solid understanding of fracture mechanics , crack growth behaviour , and fatigue life prediction methodologies. Familiarity with aerospace materials, especially metallic alloys used in aircraft structures. Experience working in a regulated environment with exposure to FAA/EASA certification processes . Strong analytical, problem-solving, and documentation skills. Excellent communication skills and ability to work collaboratively in a multidisciplinary team. Attention to detail and accuracy in calculations and reporting. Proactive attitude towards continuous improvement and learning. Preferred: Experience in aircraft structural analysis . Knowledge of residual strength , multiple-site damage (MSD) , or widespread fatigue damage (WFD) assessments. Familiarity with probabilistic analysis techniques . Experience with scripting or automation (e.g., Python, VBA).

Perform fatigue and damage tolerance analysis of metallic and composite structures in accordance with regulatory and OEM standards (e.g., FAA, EASA). Utilize tools like NASGRO , DARWIN , or other proprietary applications for crack growth and fracture mechanics analysis. Conduct life prediction assessments under static and dynamic loading conditions, including variable amplitude loading. Support aircraft certification programs by providing substantiation reports and analysis documentation. Work closely with design, stress, materials, and manufacturing teams to define inspection intervals and structural integrity requirements. Interpret test data and validate analytical models against physical test results. Develop and review fatigue test plans and evaluate test outcomes. Document assumptions, methodologies, and results in clear, traceable technical reports. Bachelor’s or Master’s degree in Mechanical, Aerospace, or Structural Engineering. 7 to 15 years of experience in fatigue and damage tolerance analysis. Hands-on experience with at least one of the following tools: NASGRO , DARWIN , or equivalent. Experience on Stress Concentration evaluation fro Joints and Notches Solid understanding of fracture mechanics , crack growth behavior , and fatigue life prediction methodologies. Ability to use FE tools like HM and Patran for Extraction of Loads/stress for FDT analysis. Familiarity with aerospace materials, especially metallic alloys used in aircraft structures. Experience working in a regulated environment with exposure to FAA/EASA certification processes . Strong analytical, problem-solving, and documentation skills. Excellent communication skills and ability to work collaboratively in a multidisciplinary team.

Responsibilities: * Collaborate with cross-functional teams on project deliverables. * Design, program, test & maintain PLC systems using EPLAN and SIEMENS S7 software. Food allowance Annual bonus Provident fund Health insurance

Required 3D DVA Engg Using VIS-VSA Software Along with GD&T and Stack up knowledge.Need to perfrom activity on cockpit/door/Console parts.Should be able to analisys for gap/Flush with RSS. 2D Stack Up Analyst can also apply for this post. Required Candidate profile Profile is for both either 3D DVA Engg Using VIS-VSA Software or 2D Stack Up Analyst with relevent exprience may also apply Perks and benefits 1. Onsite Deployment 2. Provident Fund

Job Area: Engineering Group, Engineering Group > Mechanical Engineering General Summary: As a leading technology innovator, Qualcomm pushes the boundaries of what's possible to enable next-generation experiences and drives digital transformation to help create a smarter, connected future for all. As a Qualcomm Mechanical Engineer, you will design, analyze, troubleshoot, and test electro-mechanical systems and packaging. Qualcomm Engineers collaborate across functions to provide design information and complete project deliverables. Minimum Qualifications: Bachelor's degree in Mechanical Engineering or related field. Location Bangalore, India Job Overview The successful candidate will operate as a member of Corporate Engineering department. Responsibilities include working with US and India teams to conceptualize and design high performance electronic assemblies for Mobile, Modem, Compute, Auto, IOT etc. Specific tasks include daily use of Creo solid modeling software, concept layouts, defining rigid and flexible circuit board outline and mounting constraints, electronic file transfers to/from circuit board CAD designers, shielding/gasket design, design of mechanical parts and system assemblies, creating detailed mechanical drawings, specifying dimensional tolerances and tolerance stackups, creating BOMs for assemblies, working with internal teams for optimal selection of batteries, displays, and audio components, working with internal machine shop for prototypes, and working with external suppliers for design collaboration and fabrication, including injection molded tooling. Candidate with knowledge on basics of thermal analysis and simulations will have preference. The candidate will interface with internal staff and outside partners in the fast-paced execution of a variety of multi-disciplined projects. Leadership skills are expected on all projects to help direct, capture and interface with outside consultants. Minimum Qualifications 2 to 6 years actively involved in mechanical engineering, Thermal Engineering and design of high-density electronics packaging. 2 to 6 years experience in a mechanical design engineering role designing electronics products / systems. Solid modeling experience utilizing Creo, Simulation experience in Flotherm or ANSYS icepak. Preferred Qualifications Expected to possess a strong understanding of mechanical engineering, thermal engineering and design fundamentals. Experience with defining outline, mounting, and I/O constraints of electronic circuit boards. Demonstrated ability for tolerance analysis and specification, including GD&T fundamentals. Demonstrated success in working with HW, component engineering, and other cross functional teams. Demonstrated success in working with HW and thermal analysis teams for appropriate thermal mitigation techniques. Solid understanding of design fundamentals for CNC, injection molded and stamped metal parts. Demonstrated ability working with supplier base for successful design collaboration and volume production. Strong experience with Creo solid model assembly, part, and drawing creation and Data storage. Experience with top-down skeleton model structuring and master model design techniques within Creo. Experience with IDF/EMN file exchange between mechanical and HW teams. Understands project goals and individual contribution toward those goals. Effectively communicates with project peers and engineering personnel via e-mail, web meetings, and instant messaging including status reports and illustrative presentation slides. Interact and collaborate with other internal mechanical engineers for optimal product development processes and schedule execution. Possess excellent verbal and written communication skills Leadership skills to help direct, prioritize, and clearly set project tasks per schedule. Communicate milestones and directions to outside team members. Education Bachelor Degree, Mechanical Engineering required

Role & responsibilities We are looking for candidates with the following skills and experience: Proficiency in Smaragd and NX Hands-on experience with casting, forging, or sheet metal components in NX. Familiarity with Release Processes & Release Procedures Including ECO creation in Truck BOM Planner and ECO release in Safira. Technical Drawing Interpretation Strong understanding of technical drawings and application of Geometric Dimensioning and Tolerancing principles. DMU Checks and Corrections Experience in identifying and resolving DMU issues. Knowledge of 4D Workspace and Sandbox is a plus. Additional Skills (Preferred): Working knowledge of Kinematics and FEA (Finite Element Analysis).

At Boeing, we innovate and collaborate to make the world a better place. We’re committed to fostering an environment for every teammate that’s welcoming, respectful and inclusive, with great opportunity for professional growth. Find your future with us. Overview As a leading global aerospace company, Boeing develops, manufactures and services commercial airplanes, defense products and space systems for customers in more than 150 countries. As a top U.S. exporter, the company leverages the talents of a global supplier base to advance economic opportunity, sustainability and community impact. Boeing’s team is committed to innovating for the future, leading with sustainability, and cultivating a culture based on the company’s core values of safety, quality and integrity. Technology for today and tomorrow The Boeing India Engineering & Technology Center (BIETC) is a 5500+ engineering workforce that contributes to global aerospace growth. Our engineers deliver cutting-edge R&D, innovation, and high-quality engineering work in global markets, and leverage new-age technologies such as AI/ML, IIoT, Cloud, Model-Based Engineering, and Additive Manufacturing, shaping the future of aerospace. People-driven culture At Boeing, we believe creativity and innovation thrives when every employee is trusted, empowered, and has the flexibility to choose, grow, learn, and explore. We offer variable arrangements depending upon business and customer needs, and professional pursuits that offer greater flexibility in the way our people work. We also believe that collaboration, frequent team engagements, and face-to-face meetings bring together different perspectives and thoughts – enabling every voice to be heard and every perspective to be respected. No matter where or how our teammates work, we are committed to positively shaping people’s careers and being thoughtful about employee wellbeing. Position Overview Boeing India Engineering is currently looking for Lead Structural Analysis Engineer ( Service Engineering ) to support Airframe Service Engineering Capability at Boeing India, Bangalore. This position will focus on providing 24/7 support to Boeing commercial airplane customers. This position offers a unique opportunity to work complex technical challenges in support of safety operation and return to service. Our team of engineers support over 14,000 aircraft around the globe, and work closely with our customers to ensure that their fleet is operating safely, efficiently, and reliably. Join us today and help shape the future of commercial aviation. Position Responsibilities Primary responsibilities for this position include: Responsible for performing structural analysis of aircraft components, assemblies, and systems while working as an integrated team Responsible to collaborate with Service Engineers to perform root cause analysis and corrective actions on In-Service issues for Airframe and other Mechanical systems. Performs detailed structural analysis (static strength, durability/fatigue and damage tolerance) to determine structural integrity (margins of safety), using classical techniques and Boeing tools. Evaluate structural integrity of aircraft components by way of classical hand calculations and, finite element method Generate documentation to report analysis and test results to support certification/Qualification Support Gated Reviews to validate the quality and completeness of work packages Familiar with regulatory framework (FAA and Mil-Spec), for warranting safety and regulatory compliance. Guides structural design and configuration development. Supports in-service products by investigating failures and analyzing improvements Performs trade studies to optimize structure and meet program requirements. Researches and prepares data to support definition of structural design requirements. Willing to support a 24/7 on-call rotation schedule and the ability to work variable shifts, including weekends or overtime. Basic Qualifications (Required Skills/Experience) Bachelor’s degree in Mechanical/Aerospace/Applied Mechanics/Structural engineering and 12+ years of experience in stress analysisin Services related to Fleet Support. Preferred Qualifications (Desired Skills/Experience) Experience in structural analysis of various airframe structures Experience of Aircraft maintenance and service procedures Experience with structural analysis of metallic and composite structures (good experience with composite structures) Experience with static, fatigue and damage tolerance analysis Knowledge of airplane operating environments Robust understanding of engineering fundamentals such as material properties, Free-body diagrams, structural loads and analysis methods Experience in utilizing FEM software (e.g., ABAQUS, PATRAN/NASTRAN, Hyperworks) Experience or training with computer programming languages (e.g., Matlab, Python, Visual Basic) Experience in utilizing industry CAD systems (e.g., NX/Teamcenter and CATIA/ENOVIA) Candidate demonstrates excellent analytical and problem-solving skills Good verbal and written communication skills to liaise with several Stakeholders Ability to work across functional teams and organizations Willingness to expand into technical areas without prior experience Desire to continuously improve our airplanes Typical Education & Experience Education/experience typically acquired through advanced education (e.g. Bachelor) and typically 12+ years' related work experience or an equivalent combination of education and experience (e.g. Masters+11 years' related work experience etc.) Relocation This position does offer relocation based on candidate eligibility within INDIA. Applications for this position will be accepted until Jun. 06, 2025 Export Control This is not an Export Control position. Education Bachelor's Degree or Equivalent Required Relocation This position offers relocation based on candidate eligibility. Visa Sponsorship Employer will not sponsor applicants for employment visa status. Shift Not a Shift Worker (India) Equal Opportunity Employer: We have teams in more than 65 countries, and each person plays a role in helping us become one of the world’s most innovative, diverse and inclusive companies. We are proud members of the Valuable 500 and welcome applications from candidates with disabilities. Applicants are encouraged to share with our recruitment team any accommodations required during the recruitment process. Accommodations may include but are not limited toconducting interviews in accessible locations that accommodate mobility needs, encouraging candidates to bring and use any existing assistive technology such as screen readers and offering flexible interview formats such as virtual or phone interviews.

Job Title: Optics Design Engineer We are seeking a young and dynamic Optics Design Engineer with 34 years of experience in the design of telescope optics and lens assemblies. The ideal candidate will have a strong academic background from a reputed institution and hands-on experience in optical system design for advanced imaging and sensing applications. Key Requirements: Masters degree in Optical Engineering , Applied Optics , or M.Sc. Tech in Optics from a reputed institution. Proficiency in optical design software such as CODE V , Zemax , and ANSYS . Proven experience in the design and development of: Telescope optics Multi-element lens assemblies Zoom lenses Fiber optic components Strong understanding of: Zernike analysis Tolerance analysis MTF (Modulation Transfer Function) and other image quality performance metrics Knowledge of athermal design techniques for telescope systems. Ability to generate fabrication and inspection data sheets compliant with ISO standards . Role & responsibilities Preferred candidate profile

We are looking for a Mechanical Design Engineer with 3-5 years of experience in designing consumer electronics or medical devices. Youll be responsible for developing mechanical components and assemblies from concept to production, with a strong focus on functionality, manufacturability, and regulatory compliance. Key Responsibilities: 1. Design and create Mechanical BOMs, develop new assemblies, validate functionality and release parts/assemblies to production. 2. Select appropriate materials (plastics, metals) and optimize designs for molding and machining. 3. Work with suppliers on DFA/DFM, mold design reviews, and mold flow analysis. 4. Apply GD&T, statistical tolerance analysis, Design for Manufacturability and Assembly, DFMEA, simulations, risk and stress analysis. 5. Follow design control processes for medical devices. Requirements: 1. Bachelors or Masters in Mechanical Engineering or related field. 2. 3-5 years in mechanical design of consumer electronics or medical devices. 3. Proficient in CAD and familiar with manufacturing processes and regulatory standards. 4. Good understanding of Industrial Design principles is a plus.

- Good communication skills. - Good working knowledge on UG NX (Part Modelling, Sheetmetal, Assembly Modelling, 3D tube routing and drawing) - Knowledge in Solid Edge and Pneumatic schematic creation in AutoCAD - Good Experience in iPLM (Team center and release process) - Experience in designing of electromechanical and electropneumatic system - Expert knowledge in Dimensioning, GD&T, Tolerance Analysis and Review. - Good knowledge in design of plastic machining parts, plastic welds, Sheetmetal, frame weldments, pneumatics, hydraulics, and electro- mechanical systems. - Experience in selection of OEM components - Technical reviews of deliverables. - Basic Electrical knowledge, component selection, cable routing and control panel/enclosure design. - Good knowledge in DFX (Design for manufacturing & Assembly etc.,) - Knowledge in QMS related to project. - Application of Specific Process standards. - Review the design and drawing. - CAD Model quality check (Interference check, BoM Check, Document Quality Check, Tech Review). - Effective Team and individual player. - Electrical Components selection, cable routing in NX preferred This job opening was posted long time back. It may not be active. Nor was it removed by the recruiter. Please use your discretion. Location - Goa,Kolkata,Patna,Ranchi

RoleDesign Engineer(Mechanical) Engineering TypeFull Time Job description: - Good communication skills. - Good working knowledge on UG NX (Part Modelling, Sheetmetal, Assembly Modelling, 3D tube routing and drawing) - Knowledge in Solid Edge and Pneumatic schematic creation in AutoCAD - Good Experience in iPLM (Team center and release process) - Experience in designing of electromechanical and electropneumatic system - Expert knowledge in Dimensioning, GD&T, Tolerance Analysis and Review. - Good knowledge in design of plastic machining parts, plastic welds, Sheetmetal, frame weldments, pneumatics, hydraulics, and electro- mechanical systems. - Experience in selection of OEM components - Technical reviews of deliverables. - Basic Electrical knowledge, component selection, cable routing and control panel/enclosure design. - Good knowledge in DFX (Design for manufacturing & Assembly etc.,) - Knowledge in QMS related to project. - Application of Specific Process standards. - Review the design and drawing. - CAD Model quality check (Interference check, BoM Check, Document Quality Check, Tech Review). - Effective Team and individual player. - Electrical Components selection, cable routing in NX preferred This job opening was posted long time back. It may not be active. Nor was it removed by the recruiter. Please use your discretion. Location - Goa,Kolkata,Patna,Ranchi

Role Summary Were hiring a hands-on Team Lead to drive a high-performing design team. You’ll own delivery quality, team output, and client SLA compliance. You must have deep CAD/ CAM expertise, a track record of managing CAD teams, and a sharp eye for industrial design accuracy. Key Responsibilities Technical Leadership Review and validate complex 3D models converted from 2D drawings. Enforce modeling standards, file hygiene, and design best practices Define and implement quality checklists and design validation processes. Team Management Lead and mentor 4–6CAD designers with clear KPIs. Allocate tasks, monitor progress, and resolve design bottlenecks. Drive continuous skill enhancement within the team. Project & SLA Ownership Ensure error-free, timely delivery of models as per client SLAs. Manage feedback cycles and revisions with clients. Collaborate with operations for resource and load planning. Must-Have Expertise 7+ years of solid, hands-on experience with SolidWorks in industrial domains. Proven experience leading CAD design teams in high-volume environments. Strong grasp of 2D-to-3D conversion, GD&T, and manufacturing tolerances. Familiar with handling complex assemblies, design versioning, and BOM integration. Ability to catch critical design deviations, tolerance stack-ups, and modeling inefficiencies. Preferred Plus Experience with SolidWorks PDM, macros, or automation tools. Exposure to reverse engineering and legacy part digitization. Strong documentation and stakeholder communication skills. Interested candidates pls send resume on bhuvaneswari.hcconsulting@gmail.com