74 Tolerance Analysis Jobs

Role - Sr. Design Engineer Location: Turbhe, Navi Mumbai Number of Vacancies: 1 Experience: 5 to 8 years Qualification: BE/ B.Tech in Mechanical Salary: 5-9lpa Key Responsibilities: Design and develop engineering solutions for the company's products. Create detailed technical drawings and documentation. Work closely with production and R&D teams for product development. Ensure compliance with industry standards and regulations. Conduct prototype testing and evaluate performance. Create and review 3D models, 2D drawings, and detailed design documentation. Apply GD&T, tolerance analysis, and engineering calculations in product design. Skills & Competencies: Proficiency in CAD software (AutoCAD, SolidWorks, etc.). Strong analytical and problem-solving skills. Knowledge of manufacturing processes and materials. Excellent communication and teamwork abilities. Experience in FEA / Thermal / Structural simulation tools Strong knowledge of GD&T, DFM/DFA principles, and material selection. .

Work Flexibility: Hybrid Who we want: Analytical problem solvers. People who go beyond just fixing to identify root causes, evaluate optimal solutions, and recommend comprehensive upgrades to prevent future issues. Dedicated achievers. Relentless about quality, people who thrive in a fast-paced environment and will stop at nothing to ensure a project is complete and meets regulations and expectations. Curious learners . Engineers who seek out cutting-edge research and information to expand and enhance their ability to develop software. Goal-oriented developers . Keeping the customer and system requirements squarely in focus, people who deliver safe and robust solutions. User-focused creators. Engineers who design with the user in mind, developing solutions that help change patients lives. Collaborative partners . People who build and leverage cross-functional relationships to bring together ideas, information, use cases, and industry analyses to develop best practices. Motivated product launchers . Engineers who bring strategic direction and drive for execution to ensure products are developed and launched with precision. What You Will Do: Design & development of mechanical components & systems in the medical device domain. Working on multiple projects simultaneously in product engineering such as gap assessments, design changes, manufacturing transfers, product development, regulatory or business-driven projects, etc. Derive or remediate design requirements/engineering specifications (including performance, reliability, etc.) that meets the user need requirements. Creation or remediation of Design History Files, Device Master Records and other related technical documents including drawings, labelling, packaging, instruction for use, etc. Driving the engineering changes through proper planning & analysis of change impact, creation of change orders/notices & applicable documents, execution of change for implementation through multiple review processes & coordinating with various stakeholders involved. Engineering analysis through simulation, design of experiments, statistics, engineering calculations, etc. Liaison with lab team to carry out verification and validation activities that include the development of test methods, test protocols, test method validation, test execution, analysis, and reporting. Collaboration with divisional partners to drive the assigned projects within schedule, cost & quality baselines. Involve in technical discussions with the stakeholders (including SMEs, vendors, etc.) globally. Execution of NC CAPA implement design controls & risk controls. What You Need: Master/Bachelors in Engineering, Mechanical Engineering 3+ years of work experience Strong technical ability in creating engineering drawings and models, applying GD&T and CAE tools. Skilled in interpreting design, analyzing, and doing DFM, DFI, materials and manufacturing Adept at applying knowledge of materials and manufacturing processes to product design. Ability to communicate moderate complexity plans and technical information to team members. Experience & knowledge of plastic films and film blown extrusion process preferred. Good working knowledge of CAD applications (Creo/SolidWorks/UniGraphics) Experience with analysis tools, specifically tolerance analysis and FEA using ANSYS software preferred. Strong knowledge of soft goods(textiles) and plastic parts design, manufacturing, and testing methods. Understanding of engineering change process with prior experience in creating engineering change notices or orders, conducting design or change reviews and implementing them. Competency in statistics, process capability, design of experiments, including statistical applications such as Minitab, etc. Experience in working with regulated industries like Medical devices, Aerospace, Automotive etc. Understanding of medical device standards and regulations is preferred. Highly developed problem-solving skills with demonstrated successful resolution of project-level issues. Travel Percentage: 10%

As a Product Design Engineer, your primary role is to support and enhance existing electronic product designs. You will be responsible for addressing technical challenges, ensuring compliance with standards, and collaborating with cross-functional teams for enhancements, validation, and issue resolution. Key Responsibilities: - Participate in Product Maintenance & Improvement (PMI) activities. - Analyze and optimize PCBs, circuit architectures, and embedded systems (microprocessor/microcontroller-based). - Support EMI/EMC, thermal, and environmental testing. - Drive cost optimization, resolve functional/application/production issues, and manage component obsolescence. - Work with cross-functional teams and suppliers for product improvement execution. Qualifications Required: - PCB engineering, component engineering, circuit simulation (PSpice, LTspice) - Hands-on experience with 16/32-bit microcontrollers, SMPS, linear & signal conditioning circuits - Analog & digital hardware design - FMEA, Stress/Derating/Worst-case/Tolerance analysis - PCB layout and schematics interpretation - Hardware architecture design and system specification writing In addition to the core technical skills, the following would be a preferred advantage: - Experience in full hardware development lifecycle: requirements design V&V certification - Test planning & qualification procedures - Familiarity with PLM tools (e.g., Teamcenter) and PCB design tools (e.g., Altium Designer, NX) - Use of lab instruments: Oscilloscopes, signal generators, RF equipment, etc. - Knowledge of standards: ATEX, EC, CISPR, ISO, SAE - High-speed PCB design, SI/EMI/EMC compliance,

Are you a passionate product design ninja with 46 years of experience whos excited to work on meaningful tech that impacts lives Do you think, I dont want to just build pretty rendersI want to bring real medical products to life Someone who obsesses over both form and function and thrives in an agile, startup ecosystem. At Aindra, were building AI-powered medical devices for faster, accurate cancer diagnosticsand were looking for a Product Design Lead wholl shape the physical experience of our flagship products. We want you if you are: A passionate designer-engineer hybrid who dreams of building elegant and functional medical products Someone who takes ownership of the entire design lifecyclefrom concept to manufacture A 3D CAD expert (preferably Fusion 360) who can visualize, simulate, and build multi-module assemblies Familiar with electro-mechanical systems, optical components, and embedded electronics Adept at converting design concepts into GD&T-rich engineering drawings Comfortable working with suppliers and manufacturers to ensure real-world feasibility and quality A champion of simplicity, with a deep belief in design that empowers usability Able to collaborate across optics, electronics, and software teams with humility and clarity A problem solver who uses both creativity and engineering rigor Energized by speed, constraints, and the startup chaosand can still deliver excellence Curious about design for manufacturability, medical-grade materials, and ISO 13485 QMS requirements Required Technical and Professional Expertise: Degree in Mechanical Engineering 46 years of experience in full-cycle product design (preferably in MedTech or high-precision devices) Proficiency in 3D CAD tools like Fusion 360, including assemblies, exploded views, motion studies Expertise in GD&T, engineering documentation, and tolerance analysis Familiarity with manufacturing processes: Injection moulding, vacuum casting, silicone moulding, CNC, Milling, Turning, Thermo-forming, 3D Printing, sheet metal bending and cutting, etc.. Hands-on experience in prototyping (3D printing, mock-ups, early engineering models) Understanding of ISO 13485:2016 or similar regulated product development processes Experience working with interdisciplinary teams (hardware, optics, embedded, software) Experience in DFM (Design for Manufacturing), DFA (Design for Assembly) & DFS (Design for Serviceability) Exposure to design validation, FMEA, and field feedback loops Bonus: Experience in designing enclosures for medical imaging, diagnostic devices, or lab equipment Show more Show less

Opportunity for Bogie Design Lead Engineer for Bangalore Experience- 8+ years Location - Bangalore Industry- Only Aerospace and Automotive Graduation - BE/ B.tech Mechnaical (Mechanical engineer expertise, with material specialization. Manufacturing and Assembly process expertise) Responsibilities & Accountabilities: Delivery of Bogie Engineering outputs, in compliance with the Engineering QCD commitments. Applies on project Bogie Design development procedures. Good knowledge in Material specification / weld types, structural standards (proof and fatigue), interfaces, weights management, Tolerance Stack-Up and manufacturing Tolerances. Good Knowledge on Piping and Electrical cabling Installation / Routing. Good Knowledge on CAD Tools (Catia V5) and PDM System (Enovia) If interested, plz share profile on priya@hrworksindia.com

We are looking for Component Engineer (Mechanical Engineering) Traction & auxiliary converters Youll make a difference by Mechanical design of traction, auxiliary converters (Locomotive, EMU, Metro) Design of mechanical housings for onboard, underslung and roof mounted applications (Locomotive, EMU, Metro) Experience in design of welded, riveted, glued sheet metal constructions Experience in air-cooled and water-cooled technologies (both module and converter level) Design of air ducts or water circuit to suit requirement specifications of customer Design and development of heatsinks, cooling plates, moulded components, low inductive busbars and insulating parts In depth knowledge of various IEC, EN and IS standards with respect to design, validation, testing, product safety, etc. Experience in computational validation methods like FEA, CFD Understanding electrical circuit diagram and realizing the same in 3D modelling arrangement of electrical and associated mechanical components Clear understanding of manufacturing processes and suitable design of components to achieve DTC and DFM requirements Knowledge of weld design, GD&T, tolerance analysis along with tools and techniques like A3, 8D, fishbone analysis, etc. Collaborate with electrical and site teams to ensure system integration Prepare detailed design documentation, NOMs and manufacturing drawings Support prototype development and testing Participate in design reviews and support customer interactions for technical discussions Desired Skills: Should have minimum experience of 2-5 years along with bachelors degree in mechanical engineering Siemens NX, Teamcenter, Hypermesh, Ansys / NX Nastran, AutoCAD, SAP Conceptualization, design, development, validation and smooth introduction of new design of traction and auxiliary converters as per customer specification Knowledge in designing converter cabinet and components for traction applications along with their test specifications Selection of catalogue components like insulators, heat sink, mechanical accessories, sealing components, fasteners, etc. Knowledge of manufacturing processes Strong analytical and problem-solving skills Good communication and teamwork abilities

Component Engineer (Mechanical Engineering) - Traction & Auxiliary converters We are looking for Component Engineer (Mechanical Engineering) Traction & auxiliary converters Youll make a difference by Mechanical design of traction, auxiliary converters (Locomotive, EMU, Metro) Design of mechanical housings for onboard, underslung and roof mounted applications (Locomotive, EMU, Metro) Experience in design of welded, riveted, glued sheet metal constructions Experience in air-cooled and water-cooled technologies (both module and converter level) Design of air ducts or water circuit to suit requirement specifications of customer Design and development of heatsinks, cooling plates, moulded components, low inductive busbars and insulating parts In depth knowledge of various IEC, EN and IS standards with respect to design, validation, testing, product safety, etc. Experience in computational validation methods like FEA, CFD Understanding electrical circuit diagram and realizing the same in 3D modelling arrangement of electrical and associated mechanical components Clear understanding of manufacturing processes and suitable design of components to achieve DTC and DFM requirements Knowledge of weld design, GD&T, tolerance analysis along with tools and techniques like A3, 8D, fishbone analysis, etc. Collaborate with electrical and site teams to ensure system integration Prepare detailed design documentation, NOMs and manufacturing drawings Support prototype development and testing Participate in design reviews and support customer interactions for technical discussions Desired Skills: Should have minimum experience of 2-5 years along with bachelors degree in mechanical engineering Siemens NX, Teamcenter, Hypermesh, Ansys / NX Nastran, AutoCAD, SAP Conceptualization, design, development, validation and smooth introduction of new design of traction and auxiliary converters as per customer specification Knowledge in designing converter cabinet and components for traction applications along with their test specifications Selection of catalogue components like insulators, heat sink, mechanical accessories, sealing components, fasteners, etc. Knowledge of manufacturing processes Strong analytical and problem-solving skills Good communication and teamwork abilities Join us and be yourself!

Role & responsibilities 1. New Product Design & Development Conceptualize and design new motors, alternators, and associated sheet metal components (enclosures, housings, brackets, covers, ventilation systems, etc.). Perform detailed 3D modeling and 2D drafting with complete GD&T for manufacturability. Conduct design feasibility studies considering cost, weight, performance, and manufacturing constraints. Work with cross-functional teams (R&D, Production, Supply Chain, QA) to translate requirements into manufacturable designs. Support prototyping, assembly trials, and validation testing of new designs. 2. Updating & Improving Existing Designs Evaluate existing designs and implement improvements for performance, reliability, and cost optimization. Modify sheet metal designs to meet new customer requirements, regulatory changes, or updated specifications. Resolve design-related issues identified during production or field performance. Drive continuous improvement initiatives for standardization and modularization. 3. Process Flow & Manufacturing Support Develop detailed process flows, fabrication sequences, and assembly instructions for sheet metal components and motor sub-assemblies. Define manufacturing tolerances, welding requirements, and surface treatment specifications. Provide technical support to production teams to resolve fabrication or assembly challenges. Collaborate with vendors/suppliers for tooling, sheet metal part development, and cost optimization. 4. Engineering Documentation & Compliance Create and maintain engineering drawings, BOMs (Bill of Materials), and PLM entries . Prepare design calculation reports, tolerance stack-up studies, and validation documentation. Support Engineering Change Orders (ECO) and configuration management. Ensure compliance with industry standards (IEC, NEMA, IS) and internal quality systems. 5. Cross-functional Collaboration & Testing Work with testing teams to define validation plans (vibration, thermal, strength, and noise testing). Analyse test results and implement design improvements. Provide technical inputs during customer discussions, audits, and design reviews. Support field service and customer teams with technical troubleshooting. Preferred candidate profile Bachelors or Master’s degree in mechanical engineering, or a related field. 2–5 years of design engineering experience in motors, alternators, or related rotating electrical machines .. Strong expertise in SolidWorks and Design, Fabrication, and Assembly processes . Knowledge of GD&T, tolerance analysis, and manufacturing drawings & familiarity with industry standards (IEC, NEMA, IS). Strong problem-solving, analytical, and communication skills. Strong knowledge of Motor and Alternator Design principles, Manufacturing & Quality processes, and industry standards. Knowledge of Sheet Metal manufacturing processes will be a plus. Excellent communication, Strong interpersonal, negotiation and project management skills. Ability to work in a team and adapt to different situations Skills Required: Ability to manage multiple priorities in a fast-paced environment. Hands-on prototyping or shop floor experience. Strategic thinking and problem-solving abilities. Strong leadership and team management skills. Excellent communication and interpersonal skills.

Job Description Project Role : Engineering Services Practitioner Project Role Description : Assist with end-to-end engineering services to develop technical engineering solutions to solve problems and achieve business objectives. Solve engineering problems and achieve business objectives using scientific, socio-economic, technical knowledge and practical experience. Work across structural and stress design, qualification, configuration and technical management. Must have skills : Fatigue & Damage Tolerance F&DT Good to have skills : NA Minimum 5 year(s) of experience is required Educational Qualification : 15 years full time education Summary :As a Mechanical Engineering Practitioner, you will design, analyze, and build structures, machines, devices, systems, and mechanical processes. A strategic aerospace engineering leader specializing in rotary wing platforms, with a strong track record in driving technical delivery, innovation, and client satisfaction. Experienced in shaping engineering processes, delivery governance, and team capability development. Proven ability to influence design and compliance strategies through direct engagement with OEMs, Tier-1 suppliers, and regulatory bodies. Passionate about digital transformation, with a focus on advancing MBSE, MBD, and digital continuity across the product lifecycle. Roles & Responsibilities:You will join the Aerostructure Engineering team, contributing across the full engineering lifecyclefrom initial concept and design through certification and build line supportcovering end-to-end (E2E) responsibilities. Key responsibilities include the design and development of primary and secondary structural components (both metallic and composite materials), assemblies, and system installations for a range of fixed-wing and rotary-wing aircraft platforms. Execution of comprehensive fatigue and damage tolerance analysis for metallic and composite structural parts related to design and development of rotary wing aircrafts primary and secondary structures. Provide execution insight and facilitate the team with interpretation of static analysis results for defining the fatigue critical location, number of calculation points, fatigue sensitive area, primary and secondary load path identification, design philosophy identification, scatter factor selection in alignment with client and regulatory guidelines FAR/CS 25.571, 29.571, MIL-STD-1530 etc. Understand the meshing and analysis guidelines for static and fatigue analysis and ensure the FE models created by team for F&DT justifications are compiled to the guidelines and are of high quality. Ensure that the V&V documents capture the required checks for the FE models. Also ensure the specific considerations for the fatigue evaluation is correctly captured and simulated in the FE models and if required use your expertise and guidance to align with the requirements. Develop 3D and 2D FE models using specified software, adhering to industry and customer-specific modelling and analysis standards and guidelines. Identify the fatigue critical locations based on highly stressed areas from static analysis results, safety critical parts and the standard features which irrespective of stress value need to be checked. Down select the number of calculation points and align with the client on this. Decision basis for selection of reliable concepts out of multiple concepts based on the static and F&DT justification validations and compliance including future operational and maintenance and repair considerations. Enable F&DT team with expertise for generation of fatigue test plan (full scale and component level test), interpretation of test results and correlation with analysis in the test report. Review the outputs. Level II checker approver signatory for F&DT analysis certification reports, F&DT test plan, test orders and F&DT test reports. Enable team engagements and knowledge sharing for distributed teams across the programs and locations. Technically lead and guide the team for mitigating the low fatigue and crack growth life and F&DT performance non-compliance issues based on your expertise and experience. Align these methods with clients and document it as reference documents. Incorporate features and design aspects covering the downstream manufacturing and inspection processes, accessibility and in-service replacement/repair. Technically lead for aligning customer expectations with engineering deliverables and strategic goals. Collaborate and lead cross-functionally with design manufacturing quality, and systems teams. Technical interface with the client, ensuring timely issue resolutions, aligning design mitigations and any deviations needed w.r.t processes, methods, inputs, and deliverables. Professional & Technical Skills:Expertise and work experience in the design/development and integration of metallic, sheet metal, and composite helicopter aircraft structures for both primary and secondary components from F&DT point of view. Experience of implementing the weight optimization techniques, load path optimization, fatigue and damage tolerance analysis for helicopter/aircraft certification and testing activities. Knowledge of airworthiness compliance regulations (e.g., CS-27/29, FAR 23/25), OEM design standards, and FAA/EASA certification processes. Experience in preparation of F&DT test plan, test orders, test load derivation and test to analysis correlation reports for component level and full-scale structural tests for rotary wing aircrafts. Exposure to certification testing and test correlation, life extension and fatigue resistant structure design. Familiarity with drawing standards. Any experience in process automation using MS excel VBA/Python etc Proficient in FEA and F&DT tools is essential with experience in NASGRO FRANC 3D MSC FATIGUE, MSC NASTRAN/PATRAN, HyperMesh/Optistrucut. or similar tools is a strong plus. Automation experience using Excel MACROS & VBA Python and CATIA V5 is a plus. Proven experience for structural sizing of aerospace and rotary wing aircraft structural parts meeting certification, testing and manufacturability requirements. Working experience related to aircraft materials, fatigue phenomenon, fracture mechanics concepts, fatigue spectrum derivation, probabilistic fatigue and crack growth assessments. Sound knowledge of primary and secondary load paths, structural classification and their relevance for the F&DT justification. Expertise in structural classification, related F&DT compliance, calculation points and their down selection, selection of scatter factors. Deep knowledge of FEA considerations and their incorporation in the meshing requirements for F&DT Analysis. Experience in end-to-end concept to design validation, manufacturability, certification and F&DT certification test and test correlation activities for preferably rotary wing aircraft helicopter certification. In-depth understanding of helicopter/aircraft load-bearing structures, structural response with focus on structural integrity, stiffness, and load path optimization under both static and Fatigue conditions. Knowledge of failure modes relevant to metallic and composite airframe components. Experience for low cycles and high cycle fatigue analysis for fixed wing or rotary wing aircrafts. Exposure to functional considerations like telescopic, foldability swivel and reversal of structure. Any specialization/certification in F&DT/Fracture mechanics/fatigue life extension etc will be a plus. Additional Information:- The candidate should have 9 to 12 years of practical experience in the Aerostructures fatigue and damage tolerance analysis domain, preferably with exposure to rotary-wing aircraft platforms and full design cycle involvement. This position is based at client location Bengaluru and 6 days a workweek requiring 8 working hours per day.- A B Tech/M Tech in Aerospace, Aeronautical, or Mechanical Engineering is required Qualification 15 years full time education

Role & responsibilities Design and develop battery packs including 3D CAD models, assemblies, and 2D drawings using GD&T and tolerance stack-up. Generate BoM and select suitable components, materials, and sealing methods for vibration, shock, and ingress protection requirements. Ensure compliance with ISO/IEC/UL standards and adopt best design practices. Collaborate with suppliers for component selection (thermal pads, foams, connectors, etc.). Work closely with cross-functional teams (analysis, thermal, testing, and manufacturing) for design validation, prototyping, and qualification. Support DFM, DFMEA, and identify potential failure modes at pack level. Contribute to design of LV/HV packs for 2W/3W/LCV applications, considering electrical isolation, BMS mounting, and connector integration. Preferred candidate profile Bachelors degree in Mechanical/Electrical Engineering (Mechanical preferred). 8 to 12 years of experience in battery pack design (EV/automotive domain). Strong expertise in CAD tools (SolidWorks). Solid knowledge of Li-ion cell chemistry, series/parallel configuration, charge/discharge behavior. Hands-on experience in DFM, vibration/shock assessment, and sealing design. Familiarity with thermal management concepts and collaboration with analysis teams. Exposure to prototyping, supplier management, and validation testing. Background in Battery or Automotive industry is a strong advantage.

Project Role : Engineering Services Practitioner Project Role Description : Assist with end-to-end engineering services to develop technical engineering solutions to solve problems and achieve business objectives. Solve engineering problems and achieve business objectives using scientific, socio-economic, technical knowledge and practical experience. Work across structural and stress design, qualification, configuration and technical management. Must have skills : Fatigue & Damage Tolerance F&DT Good to have skills : NA Minimum 3 year(s) of experience is required Educational Qualification : 15 years full time education Summary :As a Mechanical Engineering Practitioner, you will design, analyze, and build structures, machines, devices, systems, and mechanical processes. A strategic aerospace engineering leader specializing in rotary wing platforms, with a strong track record in driving technical delivery, innovation, and client satisfaction. Experienced in shaping engineering processes, delivery governance, and team capability development. Proven ability to influence design and compliance strategies through direct engagement with OEMs, Tier-1 suppliers, and regulatory bodies. Passionate about digital transformation, with a focus on advancing MBSE, MBD, and digital continuity across the product lifecycle. Roles & Responsibilities:You will join the Aerostructure Engineering team, contributing across the full engineering lifecyclefrom initial concept and design through certification and build line supportcovering end-to-end (E2E) responsibilities. Key responsibilities include the design and development of primary and secondary structural components (both metallic and composite materials), assemblies, and system installations for a range of fixed-wing and rotary-wing aircraft platforms. Independently execution of comprehensive fatigue and damage tolerance analysis for metallic and composite structural parts related to design and development of rotary wing aircrafts primary and secondary structures. Perform the static FEA independently for fatigue loading to facilitate the team with interpretation of static analysis results for defining the fatigue critical location, number of calculation points, fatigue sensitive area, primary and secondary load path identification, design philosophy identification, scatter factor selection in alignment with client and regulatory guidelines FAR/CS 25.571, 29.571, MIL-STD-1530 etc. Follow the meshing and analysis guidelines for static and fatigue analysis and ensure the FE models created by team for F&DT justifications are compiled to the guidelines and are of high quality. Perform the FEA V&V checks and prepare the V&V documents capture the required checks for the FE models. Also ensure the specific considerations for the fatigue evaluation is correctly captured and simulated in the FE models and if required use your expertise and guidance to align with the requirements. Independently develop 3D and 2D FE models using specified software, adhering to industry and customer-specific modelling and analysis standards and guidelines. Prepare detailed output which will help to Identify the fatigue critical locations based on highly stressed areas from static analysis results, safety critical parts and the standard features which irrespective of stress value need to be checked. Perform the low RF/MOS mitigation, Alternative concepts analyses, compilation of inputs for the review and certification reports. Down select the number of calculation points and align with the client on this in alignment with SME/Team leads. Perform the required analyses checks to enable decision basis for selection of reliable concepts out of multiple concepts based on the static and F&DT justification validations compliance including future operational and maintenance and repair considerations. Enable F&DT team with required inputs for generation of fatigue test plan (full scale and component level test), interpretation of test results and correlation with analysis in the test report. Review the outputs. Peer checker for F&DT analysis certification task. Enable team engagements and knowledge sharing for distributed teams across the programs and locations. Perform the mitigation task for the low fatigue, crack growth life and F&DT performance non-compliance issues based on your expertise and experience. Align these methods with SMEs team leaders and document it as reference documents. Perform tasks as required based on the outcomes of Collaboration with cross-functional discussions with design manufacturing quality, and systems teams; actively support with relevant detailed results and observations to engage in design reviews, issue resolution, and integration discussions. Assisting customer technical audits, program quality gate reviews, and change control reviews. Support and mentor junior team members by providing technical guidance, sharing best practices, and fostering their growth in design methodologies, tools, and domain knowledge. Enable aligning customer expectations with engineering deliverables and strategic goals. Ensure engineering activities meet cost, schedule, target weight and performance objectives while maintaining traceability and regulatory compliance. Professional & Technical Skills:Expertise in the design/development and integration of metallic, sheet metal, and composite helicopter aircraft structures for both primary and secondary components from F&DT point of view. Experience of static and F&DT analysis for sizing of large, fixed wing or rotary wing aircraft. Experience in weight optimization techniques, load path optimization, fatigue and damage tolerance analysis for helicopter/aircraft certification and testing activities. Strong knowledge of airworthiness compliance regulations (e.g., CS-27/29, FAR 23/25), OEM design standards, and FAA/EASA certification processes. Experience in preparation of F&DT test plan, test orders, test load derivation and test to analysis correlation reports for component level and full-scale structural tests for rotary wing aircrafts. Certification testing and test correlation, life extension and fatigue resistant structure design. Familiarity with drawing standards. Proficient in FEA and F&DT tools is essential with experience in NASGRO FRANC 3D MSC FATIGUE, MSC NASTRAN/PATRAN, HyperMesh/Optistrucut. or similar tools is a strong plus. Automation experience using Excel MACROS & VBA Python and Catia V5 is a plus. Expertise for structural sizing of aerospace structural parts meeting certification, testing and manufacturability requirements. Sound work experience related to aircraft materials, fatigue phenomenon, fracture mechanics concepts, fatigue spectrum derivation, probabilistic fatigue and crack growth assessments. Must have knowledge of structural classification, primary and secondary structure design requirements, load path and structural response. Perform the low RF/MOS mitigation, Alternative concepts analyses, compilation of inputs for the review and certification reports. Expertise in structural classification, related F&DT compliance, calculation points and their down selection, selection of scatter factors. FEA considerations and their incorporation in the meshing requirements for F&DT Analysis. In-depth understanding of helicopter/aircraft load-bearing structures, structural response with focus on structural integrity, stiffness, and load path optimization under both static and Fatigue conditions. Knowledge of failure modes relevant to metallic and composite airframe components. Proven experience for low cycles and high cycle fatigue analysis for fixed wing or rotary wing aircrafts. Exposure to functional considerations like telescopic, foldability swivel and reversal of structure. Additional Information:- The candidate should have 5 to 8 years of practical experience in the Aerostructures fatigue and damage tolerance analysis domain, preferably with exposure to rotary-wing aircraft platforms and full design cycle involvement. This position is based at client location Bengaluru and 6 days a workweek requiring 8 working hours per day.- A B Tech/M Tech in Aerospace, Aeronautical, or Mechanical Engineering is required Qualification 15 years full time education

Project Role : Engineering Services Practitioner Project Role Description : Assist with end-to-end engineering services to develop technical engineering solutions to solve problems and achieve business objectives. Solve engineering problems and achieve business objectives using scientific, socio-economic, technical knowledge and practical experience. Work across structural and stress design, qualification, configuration and technical management. Must have skills : Fatigue & Damage Tolerance F&DT Good to have skills : NA Minimum 5 year(s) of experience is required Educational Qualification : 15 years full time education Summary :As a Mechanical Engineering Practitioner, you will design, analyze, and build structures, machines, devices, systems, and mechanical processes. A strategic aerospace engineering leader specializing in rotary wing platforms, with a strong track record in driving technical delivery, innovation, and client satisfaction. Experienced in shaping engineering processes, delivery governance, and team capability development. Proven ability to influence design and compliance strategies through direct engagement with OEMs, Tier-1 suppliers, and regulatory bodies. Passionate about digital transformation, with a focus on advancing MBSE, MBD, and digital continuity across the product lifecycle. Roles & Responsibilities:You will join the Aerostructure Engineering team, contributing across the full engineering lifecyclefrom initial concept and design through certification and build line supportcovering end-to-end (E2E) responsibilities. Key responsibilities include the design and development of primary and secondary structural components (both metallic and composite materials), assemblies, and system installations for a range of fixed-wing and rotary-wing aircraft platforms. Execution of comprehensive fatigue and damage tolerance analysis for metallic and composite structural parts related to design and development of rotary wing aircrafts primary and secondary structures. Provide execution insight and facilitate the team with interpretation of static analysis results for defining the fatigue critical location, number of calculation points, fatigue sensitive area, primary and secondary load path identification, design philosophy identification, scatter factor selection in alignment with client and regulatory guidelines FAR/CS 25.571, 29.571, MIL-STD-1530 etc. Understand the meshing and analysis guidelines for static and fatigue analysis and ensure the FE models created by team for F&DT justifications are compiled to the guidelines and are of high quality. Ensure that the V&V documents capture the required checks for the FE models. Also ensure the specific considerations for the fatigue evaluation is correctly captured and simulated in the FE models and if required use your expertise and guidance to align with the requirements. Develop 3D and 2D FE models using specified software, adhering to industry and customer-specific modelling and analysis standards and guidelines. Identify the fatigue critical locations based on highly stressed areas from static analysis results, safety critical parts and the standard features which irrespective of stress value need to be checked. Down select the number of calculation points and align with the client on this. Decision basis for selection of reliable concepts out of multiple concepts based on the static and F&DT justification validations and compliance including future operational and maintenance and repair considerations. Enable F&DT team with expertise for generation of fatigue test plan (full scale and component level test), interpretation of test results and correlation with analysis in the test report. Review the outputs. Level II checker approver signatory for F&DT analysis certification reports, F&DT test plan, test orders and F&DT test reports. Enable team engagements and knowledge sharing for distributed teams across the programs and locations. Technically lead and guide the team for mitigating the low fatigue and crack growth life and F&DT performance non-compliance issues based on your expertise and experience. Align these methods with clients and document it as reference documents. Incorporate features and design aspects covering the downstream manufacturing and inspection processes, accessibility and in-service replacement/repair. Technically lead for aligning customer expectations with engineering deliverables and strategic goals. Collaborate and lead cross-functionally with design manufacturing quality, and systems teams. Technical interface with the client, ensuring timely issue resolutions, aligning design mitigations and any deviations needed w.r.t processes, methods, inputs, and deliverables. Professional & Technical Skills:Expertise and work experience in the design/development and integration of metallic, sheet metal, and composite helicopter aircraft structures for both primary and secondary components from F&DT point of view. Experience of implementing the weight optimization techniques, load path optimization, fatigue and damage tolerance analysis for helicopter/aircraft certification and testing activities. Knowledge of airworthiness compliance regulations (e.g., CS-27/29, FAR 23/25), OEM design standards, and FAA/EASA certification processes. Experience in preparation of F&DT test plan, test orders, test load derivation and test to analysis correlation reports for component level and full-scale structural tests for rotary wing aircrafts. Exposure to certification testing and test correlation, life extension and fatigue resistant structure design. Familiarity with drawing standards. Any experience in process automation using MS excel VBA/Python etc Proficient in FEA and F&DT tools is essential with experience in NASGRO FRANC 3D MSC FATIGUE, MSC NASTRAN/PATRAN, HyperMesh/Optistrucut. or similar tools is a strong plus. Automation experience using Excel MACROS & VBA Python and CATIA V5 is a plus. Proven experience for structural sizing of aerospace and rotary wing aircraft structural parts meeting certification, testing and manufacturability requirements. Working experience related to aircraft materials, fatigue phenomenon, fracture mechanics concepts, fatigue spectrum derivation, probabilistic fatigue and crack growth assessments. Sound knowledge of primary and secondary load paths, structural classification and their relevance for the F&DT justification. Expertise in structural classification, related F&DT compliance, calculation points and their down selection, selection of scatter factors. Deep knowledge of FEA considerations and their incorporation in the meshing requirements for F&DT Analysis. Experience in end-to-end concept to design validation, manufacturability, certification and F&DT certification test and test correlation activities for preferably rotary wing aircraft helicopter certification. In-depth understanding of helicopter/aircraft load-bearing structures, structural response with focus on structural integrity, stiffness, and load path optimization under both static and Fatigue conditions. Knowledge of failure modes relevant to metallic and composite airframe components. Experience for low cycles and high cycle fatigue analysis for fixed wing or rotary wing aircrafts. Exposure to functional considerations like telescopic, foldability swivel and reversal of structure. Any specialization/certification in F&DT/Fracture mechanics/fatigue life extension etc will be a plus. Additional Information:- The candidate should have 9 to 12 years of practical experience in the Aerostructures fatigue and damage tolerance analysis domain, preferably with exposure to rotary-wing aircraft platforms and full design cycle involvement. This position is based at client location Bengaluru and 6 days a workweek requiring 8 working hours per day.- A B Tech/M Tech in Aerospace, Aeronautical, or Mechanical Engineering is required Qualification 15 years full time education

Your Job In this role, you will have the opportunity to work on our automotive solutions to support next generation automotive connector design, development, and product ownership. Our Team Molex continues to grow Engineering Staff and are looking for a talented Product Design Engineers interested in our Automotive connector group. If you are looking for a way to accelerate your career and be part of a great company, this may be the opportunity for you. What You Will Do Product Design : Project Definition: Product scope, voice of customer, concept generation Predictive Engineering: Executes DFMEA, Tolerance Analysis. Detailed Design: Creates product models & drawings using GD&T methodology, plastic and sheet-metal part design Design Verification, Product Validation : Validation Plan: Develop test plans (DVP&Rs) to validate product performance and analyze test results using statistical methods Problem Solving: Lead root cause analysis utilizing structured problem-solving methods(8D) Who You Are (Basic Qualifications) Work Experience: 0-5 years product design experience Education: Required: Bachelors degree in Mechanical Engineering or equivalent science degree Preferred: Masters degree in Mechanical Engineering or equivalent science degree Skills: New product design process, Concept generation, DFMEA, GD&T, Tolerance analysis, DVPR, Plastic parts, Manufacturability, Problem solving At Koch companies, we are entrepreneurs. This means we openly challenge the status quo, find new ways to create value and get rewarded for our individual contributions. Any compensation range provided for a role is an estimate determined by available market data. The actual amount may be higher or lower than the range provided considering each candidate&aposs knowledge, skills, abilities, and geographic location. If you have questions, please speak to your recruiter about the flexibility and detail of our compensation philosophy. Who We Are At Koch, employees are empowered to do what they do best to make life better. Learn how our business philosophy helps employees unleash their potential while creating value for themselves and the company. Additionally, everyone has individual work and personal needs. We seek to enable the best work environment that helps you and the business work together to produce superior results. Show more Show less

Responsibilities: * Design planetary gearboxes & mechanical systems using FEA & tolerance analysis. * Collaborate with automotive team on BLDC motor & servo motor development.

About the role We are looking for engineers who can design and deploy the tools that build our products. From jigs and fixtures on the assembly line to test rigs that ensure quality, youll be hands-on with the backbone of our factory operations. This role is based in Hosur/Bangalore and will start with our RO water purifier line. What you’ll do Design, develop, and validate jigs, fixtures, gauges, and tooling for product assembly and testing. Translate product design needs into manufacturable tooling solutions, ensuring efficiency, safety, and repeatability. Commission and implement tools on the line, collaborating with internal teams and external toolmakers. Conduct DFM (Design for Manufacturability) reviews and incorporate learnings from tool trials into iterative improvements. Partner with Product Design, Quality, and Production teams to solve line-level challenges through smart tooling. Continuously refine fixtures based on operator feedback and production data to reduce downtime and defects. What we’re looking for Degree/Diploma in Mechanical, Production, or Manufacturing Engineering. 2–5 years of hands-on experience in tooling/fixture/jig design for consumer hardware, appliances, or automotive. Proficiency in CAD (SolidWorks/Creo/AutoCAD) and GD&T. Exposure to DFM/DFA, tolerance analysis, and material/process selection (plastics, sheet metal, machining). Ability to take a design from concept to commissioning with ownership at every step. Strong problem-solving mindset and willingness to get hands dirty on the shop floor. Why this role matters Your work will directly influence how fast we scale, how consistent our quality is, and how effortless it feels for our teams to assemble products.

The ideal candidate for this position should hold an educational qualification of BE/ ME/ MS/BTech/MTech in the field of Mechanical, Design, or Systems. You should possess good working knowledge of UG NX & Teamcenter along with excellent communication skills. Your role will involve coaching and guiding design engineers, providing constructive feedback for their technical growth. Additionally, you will be responsible for reviewing and finalizing all outputs produced by the design engineers, which includes technical product documentation, bill of materials, and 3D models. As a part of this role, you will lead technical meetings and engage with stakeholders to resolve technical issues effectively. Experience in designing electromechanical systems & Cleanroom Tools is essential. Expertise in Dimensioning, GD&T, Tolerance Analysis, and Review is required for this position. You should have a minimum of 2 years of experience in a direct client-facing setup, including the ability to explain technical decisions to stakeholders. Furthermore, experience in the selection of OEM components, technical calculations, basic electrical knowledge, component selection, cable routing, and control panel/enclosure design is preferred. Proficiency in DFX (Design for manufacturing & Assembly etc.,), Semiconductor capital equipment, and cleanroom Standards is a plus. Your responsibilities will also include creating technical product documentation to ensure that technical part definitions and specifications are suitable for manufacturing, assembling, testing, packing, transporting, servicing, and maintaining a part or assembly. In addition to the primary skills mentioned above, the candidate should possess secondary skills such as the ability to handle pressure/conflict situations, knowledge in QMS related to the project, application of specific process standards, team and project management skills. The role involves designing, developing, and releasing complex parts, products, and sub-systems in Packaging, Tooling, and Handling Applications. You will need to obtain necessary approval from stakeholders by conducting CFT design reviews, assembly modeling, 2D drafting, and 3D routing in UG NX. Moreover, the candidate should have experience in mechanical OEM component selection, engineering calculations, good interpersonal skills, customer handling, communication, reviewing designs and drawings, coordinating with clients and stakeholders, and conducting CAD model quality checks. Being an effective team player is crucial for this role.,

Exo-Field Engineering Solution is a next-generation energy and intelligent engineering company that has developed game-changing engineering products currently being deployed with some of the world's leading Fortune companies. Exo-Field Engineering Solutions has developed many US patented award-winning products deployed globally. We are currently developing an artificial intelligence-based robotic-rover vehicle and a camera system to be deployed in a complex industrial engineering environment. For this effort, we are looking for a Mechanical Engineer who can help us design the mechanical system of the rover along with performing kinematic/dynamic analytical and fatigue analysis. We are seeking a resource with 2-10 years of experience with the following skillset: SolidWorks, CAD, FEA, Tolerance Analysis, Designing parts, and assembly for motion control or robotics. The location for this position is Navi Mumbai. We invite candidates with a bachelor's/master's degree in Mechatronics/Mechanical Engineering background with good relevant experience.,

In this role, you will have the opportunity to work on automotive solutions to support next-generation automotive connector design, development, and product ownership. Molex is expanding its Engineering Staff and is seeking talented Product Design Engineers interested in the Automotive connector group. If you are looking to advance your career and become part of a great company, this might be the perfect opportunity for you. Your responsibilities will include: - Product Design: - Project Definition: Defining product scope, voice of customer, and concept generation. - Predictive Engineering: Executing DFMEA and Tolerance Analysis. - Detailed Design: Creating product models & drawings using GD&T methodology, as well as designing plastic and sheet-metal parts. - Design Verification, Product Validation: - Validation Plan: Developing test plans (DVP&Rs) to validate product performance and analyzing test results using statistical methods. - Problem Solving: Leading root cause analysis using structured problem-solving methods (8D). Basic Qualifications: - Work Experience: 5-9 years of product design experience. - Education: - Required: Bachelor's degree in Mechanical Engineering or equivalent science degree. - Preferred: Master's degree in Mechanical Engineering or equivalent science degree. - Skills: Proficiency in new product design process, Concept generation, DFMEA, GD&T, Tolerance analysis, DVPR, Plastic parts, Manufacturability, and Problem-solving. At Koch companies, we value entrepreneurship, which encourages challenging the status quo, creating new value, and recognizing individual contributions. Compensation ranges are estimated based on market data, and the final amount may vary depending on the candidate's qualifications, skills, abilities, and location. For more information on our compensation philosophy, please consult your recruiter. Koch empowers its employees to excel and make a positive impact. Our business philosophy supports employees in unleashing their potential while creating value for themselves and the company. We strive to provide the best work environment that enables you and the business to collaborate effectively and achieve superior results.,

As a Product Design Engineer specializing in Automotive connectors at Molex, you will play a crucial role in the development and ownership of next-generation automotive solutions. You will have the exciting opportunity to work on various aspects of product design, from project definition and detailed design to design verification and product validation. Your responsibilities will include defining project scope, incorporating the voice of the customer, and generating concepts for automotive connectors. You will be involved in predictive engineering by executing DFMEA and conducting Tolerance Analysis. Additionally, you will create product models and drawings using GD&T methodology, with a focus on plastic and sheet-metal part design. In terms of design verification and product validation, you will develop test plans (DVP&Rs) to validate product performance and analyze test results using statistical methods. You will also lead root cause analysis using structured problem-solving methods such as 8D. To be successful in this role, you should have a minimum of 5-9 years of product design experience. A Bachelor's degree in Mechanical Engineering or an equivalent science degree is required, while a Master's degree in Mechanical Engineering or a related field is preferred. Key skills for this position include expertise in the new product design process, concept generation, DFMEA, GD&T, Tolerance analysis, DVPR, plastic parts design, manufacturability, and problem-solving. At Molex, we value innovation and encourage employees to challenge the status quo to create value and drive individual contributions. Our compensation philosophy is tailored to reward knowledge, skills, abilities, and geographic location. We prioritize creating a work environment that allows employees to unleash their potential and deliver superior results while addressing individual work and personal needs effectively.,

You will be responsible for leading the technical product development of strategic projects from market definition through production and release. As a core team member for mechanical design, you will also act as the design leader for a cross-functional team in collaboration with the project manager. One of your key responsibilities will be to train colleagues on technical tools and processes, leveraging your understanding of competitive products and intellectual property within the department. In this role, you will be expected to execute on multiple projects concurrently, driving technology and product decisions with the team. Your influence within the department will be demonstrated through active participation in design reviews of colleagues" projects and contributing to technical initiatives. Customer and supplier communications will also fall under your purview as you drive the product development process through stages of concept, design, validation, and industrialization. To conceptualize new products, you will utilize engineering tools to create 3D CAD models and collaborate with a cross-functional team to refine these concepts into manufacturable and cost-effective products. Additionally, you will perform engineering analysis, including mechanical simulations on key features, and create 2D drawings with geometric dimensions and tolerances. Writing specifications and technical documentation, coordinating engineering prototypes, and conducting validation and qualification testing will also be part of your responsibilities. Your background should include a Bachelor's degree or higher in mechanical engineering, along with at least 8 years of mechanical engineering product development experience. Ideally, you should have experience in the connector and cable assembly industry, as well as proficiency in 3D CAD applications such as PTC Creo and 3D CAE simulation applications like Ansys. Strong interpersonal communication skills, cross-functional teamwork abilities, and experience working in a global environment are also required competencies for this role. If you possess a detailed understanding of manufacturing processes, design for manufacturing principles, and have a track record of participating in the full product development cycle, this position could be an excellent fit for you. Your commitment to values such as integrity, accountability, inclusion, innovation, and teamwork will be essential in contributing to the success of the R&D/Product Development Engineering Teams.,

Imagine what you could do here. At Apple, new ideas have a way of becoming extraordinary products, services, and customer experiences very quickly. Bring passion and dedication to your job and there's no telling what you could accomplish. The people here at Apple don't just create products - they create the kind of wonder that's revolutionized entire industries. It's the diversity of those people and their ideas that inspires the innovation that runs through everything we do, from amazing technology to industry-leading environmental efforts. Join Apple and help us leave the world better than we found it. In this highly visible role, you will have the opportunity to make a significant impact on Apple products and leave a footprint for years to come. We have an opportunity for an accomplished quality engineer to lead and ramp for next-generation Apple products. Our quality engineering team enables the mass creation of impossible products as a partner in the development of batteries that power Apple's renowned designs. Partner with multi-functional teams to evaluate design and processes at the concept phase. Develop measurement technologies, control strategies, information systems, and manufacturing methods that achieve ambitious specifications at massive production scale. Develop and implement groundbreaking quality inspection tools to evaluate cosmetic and dimensional part characteristics. Compile and evaluate data to figure out appropriate limits and variables for process and part specifications. Lead activities to balance unparalleled quality with scalable yields. Collaborate with internal and external groups to ensure the proper definition of quality expectations and that appropriate assurance techniques are used for the product. Coordinate all Quality Engineering functions for a program, serving as the project manager to lead efforts at supplier locations. Establish audit procedures appropriate to the program and supplier to ensure alignment with Apple quality standards. Evaluate and communicate yields of new and existing processes. Drive corrective actions multi-functionally with internal and external team members. Minimum Qualifications: - Experience in manufacturing and Quality Control - Experience developing process quality plans, supplier quality audits, and driving corrective actions and failure analysis efforts. - Working knowledge of mechanical quality and reliability concepts, supplier management, and general manufacturing operations. - Experience with the development and evaluation measurement systems. - Knowledge of programming OMM, CMM, contour machine, interferometer, 3D scanning, and other high precision equipment is a plus - Disciplined in GD&T practices with close attention to datum establishment and tolerance analysis - Project management experience and a solid understanding of problem-solving tools including design of experiments, root cause analysis and statistical analytical tools using JMP or Minitab - Familiarity with critical assembly/joining processes of gluing, HAF, PSA, welding & critical quality metrics - Strong communication skills and passion to learn and adapt to a highly cross-functional collaborative environment Preferred Qualifications: - Experience building MES solutions based on ML - all the way from inception to production. - Experience in Failure analysis tools like SEM, TEM, FIB is an added bonus - Strong problem-solving skills and a first principles approach - Bachelor's degree in Mechanical Engineering, Industrial Engineering, Manufacturing Engineering, Industrial Technology, Chemical Engineering, Material Engineering, or similar. ME/MS preferred Submit CV,

Job Description Engineering support for series production in worldwide plants Design and development of new components / products using CREO software Changes and creation of part list, BOM and material master in SAP Customer complaint analysis and proto building activities on shops Perform engineering calculations, tolerance analysis, Design FMEA etc. Implementation of engineering document change request with ECR Qualifications B.E. / M. Tech in Mechanical / Mechatronics Engineering with 2 to 5 years of relevant experiencefrom Hydraulics industries Must have: Know-how of Industrial hydraulic valves and components. Software expertise: CREO - Modelling, assembly, drawing of machined parts. Experience in design of machined components & knowledge of manufacturing technologies. Knowledge of FMEA, tolerance analysis Good Communication and collaboration skills Will be considered as advantagehavingexposure of: Structural FEM knowledge / experience SAP and PDM knowledge Casting design

Job Description Seeking a highly skilled Electro-Mechanical Design Engineer with hands-on experience in NX CAD and ASM (Advanced Simulation Module) to support the design and development of integrated mechanical and electrical systems. The ideal candidate will have a strong background in computer-aided engineering (CAE) , mechanical design , and electro-mechanical integration for complex systems. Key Responsibilities: Design and develop electro-mechanical components and assemblies using Siemens NX CAD . Perform simulations and validations using ASM to ensure design integrity and performance. Collaborate with cross-functional teams including electrical, mechanical, and systems engineers to ensure seamless integration. Create and manage detailed 3D models, 2D drawings, and engineering documentation. Apply engineering design principles and CAE tools to optimize product performance and manufacturability. Support design reviews, prototyping, and testing activities. Required Skills & Qualifications: Bachelor's degree in Mechanical, Electrical, or Mechatronics Engineering. 5-8 years of experience in electro-mechanical design and CAD modeling . Proficiency in NX CAD and ASM (Advanced Simulation Module) . Strong understanding of mechanical design , tolerance analysis , and material selection . Experience with computer-aided engineering (CAE) tools and simulation techniques. Excellent communication and documentation skills. Preferred Qualifications: Experience in aerospace , automotive , or industrial equipment design. Familiarity with PLM systems and design for manufacturability (DFM) . Knowledge of electrical harness routing and system-level integration .

Job Description Seeking a highly skilled Electro-Mechanical Design Engineer with hands-on experience in Siemens NX CAD and Advanced Simulation Module (ASM) . The ideal candidate will be responsible for designing and validating integrated mechanical and electrical systems, supporting product development from concept through production. Key Responsibilities: Design and develop electro-mechanical components and assemblies using NX CAD . Perform simulations and validations using ASM to ensure mechanical integrity, thermal performance, and manufacturability. Collaborate with cross-functional teams including electrical, mechanical, and systems engineers to ensure seamless integration. Create and manage detailed 3D models, 2D drawings, and engineering documentation. Apply engineering design principles and CAE tools to optimize product performance and reliability. Support design reviews, prototyping, and testing activities. Required Skills & Qualifications: Bachelor's degree in Mechanical, Electrical, or Mechatronics Engineering. 5-8 years of experience in electro-mechanical design and CAD modeling . Proficiency in NX CAD and ASM (Advanced Simulation Module) . Strong understanding of mechanical design , tolerance analysis , and material selection . Experience with computer-aided engineering (CAE) tools and simulation techniques. Excellent communication and documentation skills. Preferred Qualifications: Experience in aerospace , automotive , or industrial equipment design. Familiarity with PLM systems and design for manufacturability (DFM) . Knowledge of electrical harness routing and system-level integration .

Key Responsibilities Lead design of electro-mechanical systems compliant with RTCA DO-160, MIL Specs, IPC, and ARINC standards . Support new product development with strong knowledge of integrated product development processes. Contribute to PCB design, box build, and enclosure design (machined, sheet metal, and plastics). Ensure structural integrity through vibration/load analysis and design for crash, altitude, and environmental factors. Develop thermal management solutions (natural/forced convection, heatsinks). Define aerospace-grade fasteners, tolerance analysis, fit/finish requirements , and material/coating specifications. Identify and mitigate technical and schedule risks . Required Skills & Knowledge Strong understanding of structural design, thermal systems, and material properties . Hands-on experience in Unigraphics (NX) modeling/drafting/assemblies . Familiarity with PLM tools (preferably ARAS) and exposure to costing/DFMA tools .