1 Catia Jobs nearby Mysore

As a Design Specialist, you will be responsible for leading the design, development, and optimization of forging components. Your role will involve ensuring that the components meet performance, quality, and cost requirements while aligning with customer specifications and industry standards. Key Responsibilities: - Design 2D/3D CAD models & drawings for forging components - Conduct stress analysis, material selection & validation - Collaborate with production & metallurgists for process integration - Support die design & simulation using tools such as DEFORM, QForm, ANSYS - Ensure compliance with ISO/ASME standards - Drive continuous improvement in design & cost efficiency Qualifications Required: - Degree in Mechanical/Metallurgical Engineering (Masters preferred) - 15 to 20 years of experience in forging design/manufacturing - Strong knowledge of forging processes & NX CAD/CAE tools (SolidWorks, CATIA, AutoCAD, ANSYS) - Understanding of metallurgy, heat treatment & mechanical properties - Problem-solving mindset & clear communication skills,

Job Title: CAA V6 / CAA 3DEXPERIENCE Developer - Contract Location: Bengaluru Experience: 5+ Years Project Partner: MNC Company Employment Type: Contract Bill Rate: 1,20,000 per month We are hiring a CAA V6 / CAA 3DEXPERIENCE Developer with hands-on experience in EKL customization for Dassault Systmes projects. The ideal candidate will have strong technical skills in CAA V6, C++, and PLM development within the 3DEXPERIENCE platform. Responsibilities: Develop and customize applications using CAA V6 / 3DEXPERIENCE APIs. Implement EKL scripting and business logic automation. Debug, optimize, and document CAA modules. Collaborate with teams to deliver PLM solutions. Requirements: 5+ years of experience in CAA V6 / 3DEXPERIENCE development. Strong EKL scripting and PLM knowledge. Proficiency in C++ and OOP principles. Experience with CATIA / ENOVIA preferred. Email: Contact: 9036237987 Keywords: CAA V6, 3DEXPERIENCE, EKL, PLM, Dassault Systmes, C++, CATIA, ENOVIA,

As a 3DEXPERIENCE Migration Specialist, your primary responsibility is managing the migration process of CAD and PLM data from legacy systems to the 3DEXPERIENCE platform. You will collaborate closely with cross-functional teams, including IT, engineering, and project management, to ensure a seamless transition and successful implementation of the new system. Your expertise in 3DEXPERIENCE migration methodologies and tools will play a crucial role in maintaining data integrity, system compatibility, and user adoption. - Plan, coordinate, and execute the migration of CAD and PLM data. - Define migration requirements in collaboration with stakeholders. - Develop and maintain migration scripts and tools for automation. - Conduct data analysis and quality assessments. - Ensure data integrity through validation tests. - Provide technical guidance and support to end-users. - Collaborate with IT teams to address system compatibility issues. - Troubleshoot technical problems. - Optimize performance. - Document migration processes and best practices. - Stay updated with the latest features of the 3DEXPERIENCE platform. Qualifications and Skills: - Bachelor's degree in Computer Science, Engineering, or a related field. - Proven experience in data migration projects, preferably in the CAD and PLM domain. - In-depth knowledge of the 3DEXPERIENCE platform, including its modules and migration methodologies. - Proficiency in programming languages such as Python, SQL, or C# for scripting and automation. - Familiarity with CAD and PLM software systems like CATIA, ENOVIA, or SolidWorks. - Strong analytical and problem-solving skills to resolve data inconsistencies and system compatibility issues. - Excellent communication and interpersonal skills for effective collaboration with cross-functional teams and end-users. - Ability to work in a fast-paced environment, manage multiple tasks simultaneously, attention to detail, and a commitment to delivering high-quality results.,

As a Senior Engineer - Interconnect (Wiring Harness) in Bengaluru, your role involves proposing solutions for interconnections, wiring harness, component packing, and printed circuit board. You are responsible for designing and manufacturing wiring harnesses, testing and inspecting them, and ensuring the contents of the product Data package meet specified requirements. Your expertise in WHMA-620 or IPC-620 standards will be crucial for defining wiring harness design and quality requirements. Additionally, familiarity with military and aerospace standards such as SAE-AS50881 is essential for wiring harness design. Key Responsibilities: - Propose solutions for interconnections, wiring harness, component packing, and printed circuit board - Design and meet manufacturing requirements for wiring harness/cable harness - Test and inspect wiring harnesses according to specified requirements - Ensure the product Data package contents align with defined standards - Utilize knowledge of WHMA-620 or IPC-620 standards for wiring harness design and quality requirements - Apply expertise in military and aerospace standards like SAE-AS50881 for wiring harness design - Utilize VeSyS2.0 wiring harness design tool and AutoCAD - Identify necessary engineering skills for successful Bid/Project/Product delivery Qualifications Required: - Proficiency in CAD Tools: VESYS 2020.1, AutoCAD premium, MS-VISIO 2016 - Familiarity with CATIA V5, ATIM & MENTOR TOOLS for harness design (desired) - Knowledge of Design Standards: WHMA-620, IPC-610, SAE AS50881, MIL-Standards for wiring harness - Strong background in Wiring Harness Design Standards & components knowledge of electrical and wiring harness Your expertise in wiring harness design, manufacturing, testing, and adherence to industry standards will be instrumental in ensuring the successful delivery of bids, projects, and products.,

You will be responsible for BoM Management & DMU Engineering at Ather. You will be located at IBC, Bangalore and report to the Team Lead - BoM Management & DMU within the Mechanical Engineering team. In this role at Ather, you will undertake various tasks which include: - Vehicle packaging, Concept generation, and Layout creation - Performing change content identification, Impact Analysis & highlighting risks - Conducting Vehicle Interaction Study - DMU Check, Report, and driving closure - Preparation of add-delete sheets at every stage of the project - Managing the model and variants EBOM and layout with variants rule creation - Knowledge of the system release process, understanding release workflow cycle, and change management - Handling Product Configurator - Tool knowledge, EBOM variants, MBOM variants - Validating EBOM & MBOM Parts and Releasing based on VI checklist - Conducting BOM Audit and Closure - TC Enhancements/Customization - Staging validation and Deployment Sign Off - Creating 3D and 2D drawings at part, subassembly, and layout level following the Coordinate system (GCS and VCS) - GD&T and tolerance stack-up analysis Your key responsibilities will include: - Having CAD tools experience in Teamcenter, UG Nx, CATIA, and SAP/ERP exposure - Proficiency in Python or equivalent coding software - Knowledge of system-level packaging studies and interaction checks - Experience in DFx of automobiles (DFA, DFM, DFS), e2W knowledge is advantageous - Familiarity with Teamcenter, E-Bom, MBOM, release, and version management - Design process/CAD automation using NX Open AI To qualify for this role, you should have the following qualifications: - B.Tech or equivalent with Specialization in Mechanical Engineering/Machine design - Relevant experience working with CAD packages as per RRF number of years At Ather, you are expected to exhibit the following behavioral competencies: - Generating ideas, Concept creation & detailing - Analyzing situations of EBOM management - Evaluating Problems & Investigating Issues - Communicating Information - Adjusting to Change,

As a Mechanical or Aerospace Engineer with a minimum of 5 years of experience in CATIA V5, you will be responsible for the following: - Analyze and interpret engineering inputs such as Change Requests, Technical Requirement Documents (TRDs), and customer specifications. - Design and model components using CATIA V5, including Part Design, Surface Design, Assembly, Sheet Metal, and Drafting. - Develop detailed designs focusing on metallic structures with foundational knowledge of sheet metal, casting, and forging. - Perform detailed and assembly-level dimensional stack-ups. - Support material selection and conduct component weight assessments. - Select appropriate fasteners based on structural requirements and design standards. - Conduct trade studies and evaluations to assist in design decisions. - Apply Geometric Dimensioning and Tolerancing (GD&T) and create Model-Based Definitions (MBD). - Generate 3D PDF and technical documentation. - Have knowledge in Teamcenter. - Contribute to Interface Control Document (ICD) creation (preferred). Preferred Qualifications: - Experience with Nacelle systems and structural components. - Knowledge of aerospace structural design involving both metallic and composite materials. You should have a Bachelor's degree in Mechanical, Aerospace Engineering, or a related field, along with a minimum of 5 years of experience with CATIA V5. Familiarity with CATIA CPD (Composites Part Design) is a plus. Additionally, you should have proficiency in Microsoft Word, a strong working knowledge of Excel and PowerPoint, a solid understanding of aerospace structural design and industry standards, and overall awareness of manufacturing processes and design-for-manufacture principles.,

Role Overview: You will be responsible for developing concepts, 3D finish, and 2D detailing of BIW fixtures. Your role will involve proficiency in concept design of Geo stations, Re-spot, and Grippers. Additionally, you should have knowledge and understanding of BIW manufacturing processes. Exposure to Welding Lines Process & Layout (Spot Welding, ARC welding) will be essential. You must be flexible to adapt to changing circumstances and consistently achieve deadlines under pressure. Effective communication skills are a must for this role. Key Responsibilities: - Develop concepts, 3D finish, and 2D detailing of BIW fixtures. - Proficient in concept design of Geo stations, Re-spot, Grippers. - Knowledge and understanding of BIW manufacturing processes. - Exposure to Welding Lines Process & Layout (Spot Welding, ARC welding). - Flexibility to adapt to changing circumstances and consistent ability to achieve deadlines under pressure. - Effective communication skills. Qualifications Required: - DTDM / ITI / DME / BE - Hands-on experience of 2-6 years on Catia V5 / NX / FIDES.,

As a potential candidate for the position at CADD NEST, you will be part of the leading institution offering comprehensive CAD & IT courses that are technologically advanced and tailored to meet industrial requirements. The institution boasts dedicated teaching staff and high-end infrastructure, providing a perfect environment for professional growth. Key Responsibilities: - Train diploma and engineering college students on software such as Autocad, Catia, Creo, Hypermesh, Pro-E, Ansys, Unigraphics, and Solidworks. Qualifications Required: - B.E or Diploma in Mechanical Engineering CADD NEST provides employees with monthly 1 free paid leave. There is a requirement of a 1-year agreement with any one of the original marks cards. It is mandatory for employees to give a 2-month notice period before resigning. Failure to inform 2 months prior will result in the deduction of 2 months" salary from the employee's end. This position is available in various job types including Full-time, Part-time, Fresher, and Walk-In. The candidate should be proficient in English and Kannada languages and have 0-3 years of experience.,

Role Overview: As the Manager - Structures & DfAM, you will lead, mentor, and contribute a dedicated group of mechanical and aerospace engineers to deliver innovative and high-quality projects on time, within budget, and with optimal resource allocation. You will drive design excellence, integrate engineering best practices, and ensure rigorous adherence to mechanical engineering principles across all projects while collaborating closely with both internal and external stakeholders. This role is pivotal in driving innovation and continuously improving design and development processes in line with strategic organizational goals. Key Responsibilities & Accountabilities: - Team Leadership - Contribute to, supervise, motivate, and develop a team of mechanical and aerospace engineers. - Foster a collaborative environment, ensuring that all team members work cohesively towards project objectives. - Project Management - Oversee the entire project lifecycle from conceptual design through implementation ensuring adherence to timelines, budgets, and resource plans. - Implement robust project management methodologies to track progress, manage risks, and resolve issues promptly. - Conduct periodic progress reviews and adjust resource allocation as necessary to mitigate risks and overcome challenges. - Technical Oversight - Direct the design, simulation, prototyping, and testing of mechanical systems and structures, ensuring compliance with industry standards. - Ensure that engineering practices such as DFMA (Design for Manufacture and Assembly), Design for Additive Manufacturing (DfAM), Finite Element Analysis (FEA), Computational Fluid Dynamics (CFD), Optimization methodologies, and quality control processes are rigorously applied. - Drive design trade-offs and decision-making processes to balance performance, cost, and reliability. - Quality Assurance & Risk Management - Ensure all projects exceed customer expectations through rigorous adherence to quality standards. - Establish robust risk assessment and mitigation protocols to address challenges proactively throughout project lifecycles. - Stakeholder Engagement - Collaborate with internal cross-functional teams (e.g., electrical, software, production, quality assurance) to ensure integrated project execution. - Engage with external stakeholders including clients, suppliers, and regulatory bodies to align project requirements and secure necessary resources and approvals. - Represent the team in technical forums and strategic meetings to communicate project progress and innovation initiatives. - Innovation & Continuous Improvement - Champion innovative solutions and emerging technologies that enhance system performance and competitive advantage. - Lead initiatives to refine development processes, ensuring continuous improvement in project execution and quality outcomes. Qualification Required: - Strong foundation in core mechanical principles such as statics, dynamics, fluids, thermodynamics, and material science. - Experience in the conceptualization, design, optimization, testing, and flight qualification of aerospace structures, both metallic and composites. - Experience in undertaking the design, simulation, and validation of thermal systems for aerospace applications. - Familiarity with Additive Manufacturing technologies, such as Laser Powder Bed Fusion (LPBF) and hands-on experience in undertaking Topology Optimization and Design for Additive Manufacturing (DfAM). - Hands-on experience with Design, Engineering, and Simulation tools (e.g., SolidWorks, UG NX, CATIA, ANSYS, Altair HyperWorks, Simufact). - Intimate knowledge of the global best practices and standards for the design and flight certification of Aerospace Structures and Components, such as for Launch Vehicles, Satellites, or Spacecrafts.,

Role Overview: At Capgemini Engineering, a global leader in engineering services, you will be joining a team of engineers, scientists, and architects dedicated to helping innovative companies unleash their potential. As a Fatigue & Damage Tolerance Engineer, you will play a crucial role in performing fatigue and damage tolerance analysis on aircraft structures using advanced simulation tools. Your work will contribute to ensuring the safety and reliability of primary and secondary aircraft components. Key Responsibilities: - Perform 1D, 2D, and 3D modeling using Hypermesh. - Conduct linear, non-linear, and thermal analysis. - Apply hand calculations for structural validation. - Utilize ISAMI for fatigue and damage tolerance assessments. - Work with FEA tools such as Nastran and Abaqus for simulation. - Prepare and review stress and certification reports. - Collaborate with design teams to propose engineering solutions. Qualifications Required: - Bachelor's degree in Engineering (BE/B.Tech). - 4-6 years of experience in fatigue and damage tolerance analysis. - Strong knowledge of FEA and aircraft structural components. - Proficiency in ISAMI, Patran, Hypermesh, Nastran, Abaqus, CATIA, and Excel. - Familiarity with scripting tools like Python and tcl/tk. - Excellent communication and problem-solving skills.,

As a Design Engineer in the Sheet Metal and Heavy Engineering domain, you will be responsible for the following key responsibilities: - Designing in the Sheet Metal Domain and Heavy Engineering sector. - Designing of Trailers, Semitrailers, Tippers, and Truck Bodies will be an added advantage. - Demonstrating knowledge of Welding and Sheet Metals. - Proficiency in manufacturing drawings with a basic understanding of GD&T. - Expertise in using MS tools. - Exhibiting good communication skills and being an active team member. - Ability to join immediately. Qualifications Required: - BE/DME in Mechanical, Automobile, or Production Engineering. - Proficiency in Catia V5/CATIA 3D with an expertise level of 7/10. - Knowledge of Welding & Sheet metals. - Understanding of manufacturing drawings with GD & T basics. If there are any additional details about the company present in the job description, please share them with me so I can include them in the final output.,

As a Mechanical Product Design Engineer at the leading Energy Technology company, your role involves designing, simulating, and analyzing components related to Centrifugal Compressor, Turbo Expanders, and allied machines in the Energy Sector. You will collaborate closely with design teams to enhance structural integrity, ensuring product durability and reliability through static, dynamic, thermal, and fatigue analysis using tools like Ansys, Abaqus, or similar software. Your responsibilities also include interpreting and validating simulation results, generating technical reports, and presenting findings to internal teams and stakeholders. - Conduct structural and finite element analysis (FEA) on mechanical systems and components - Utilize FEA software such as Ansys, Abaqus, or similar tools to simulate stresses, deformations, and failure mechanisms - Perform static, dynamic, thermal, and fatigue analysis to ensure product durability and reliability - Interpret and validate simulation results through hand calculations and experimental testing - Optimize designs based on analysis findings and collaborate with design teams to enhance structural integrity - Generate technical reports and present findings to internal teams and stakeholders - Stay updated on industry trends, best practices, and advancements in FEA methodologies - Execute the design, analysis, or evaluation of assigned projects using sound engineering principles Qualifications Required: - Bachelor's or Master's degree in Mechanical Engineering - 1-5 years of experience in structural analysis and finite element simulations - Proficiency in FEA software such as Ansys, Abaqus, or similar tools - Strong understanding of mechanics of materials, structural dynamics, and failure analysis - Strong understanding of Thermo-Mechanical phenomena and Heat Transfer concepts - Experience with linear and nonlinear analysis, fatigue, and thermal simulations is a plus - Ability to interpret engineering drawings and material specifications - Strong analytical, problem-solving, and communication skills - Experience with CAD software (e.g., SolidWorks, CATIA, or Creo) is a plus - Preferred qualifications include experience in aerospace, automotive, energy, or related industries, knowledge of scripting languages like Python or MATLAB, familiarity with industry standards such as ASME, ASTM, or ISO, and good interpersonal, communication, and leadership skills.,

As an Electrical, Aerospace, or Mechanical Engineer, you will be responsible for the following: - Define and maintain consistent equipment avionics interfaces and system wiring in alignment with the overall systems architecture. - Conduct particular root cause analysis and develop corrective actions for electrical system failures and anomalies. - Analyze and understand EWIS (Electrical Wiring Interconnection System) failure modes, contributing to robust design and mitigation strategies. - Lead and support configuration and change management processes, ensuring traceability and compliance with industry standards. - Collaborate with cross-functional teams to ensure efficient Verification & Validation (V&V) of electrical systems and wiring. - Participate in design reviews, FMEA (Failure Modes & Effect Analysis), and safety assessments related to electrical systems. Qualifications required for this role include: - Bachelors or Masters degree in Electrical, Aerospace, or Mechanical Engineering. - Experience in aircraft electrical system design and installation. - Proficiency in CATIA V5/V6, ENOVIA, and electrical design tools. - Knowledge of aerospace standards such as AS50881, FAR/CS-25. - Familiarity with aircraft certification processes and documentation. - Strong analytical and communication skills. If there are any additional details about the company in the job description, please provide them for a more comprehensive understanding.,

In this role at Airbus India Private Limited, you will be responsible for proposing and developing new kinematic mechanisms, considering design constraints, performance, and business requirements. Your core activities will include understanding the type of joints/connections required for MBS modeling using CAD data, creating hard points for joints/connections in CATIA, and creating stick models to analyze kinematics. You will also create MBS models with friction, contacts, springs, forces, and constraints, and perform pre-processing and post-processing steps for flexible bodies. Key Responsibilities: - Propose and develop new kinematic mechanisms - Understand and model joints/connections for MBS using CAD data - Create hard points for joints/connections in CATIA - Create stick models to analyze kinematics - Develop MBS models with various elements - Perform pre-processing and post-processing steps for flexible bodies - Conduct clearance/clash prediction, DoE, sensitivity studies, and analyze failure cases - Determine forces, torques, displacements, and range of motion using MBS - Correlate MBS model results with physical test results if necessary Qualifications Required: - Basic knowledge of aircraft architecture and flight loads - Understanding of movable mechanical systems in an aircraft - Sound knowledge of kinematic joints, DOFs, couplers, and gear systems - Experience with design and analysis of mechanisms - Familiarity with creating flexible bodies for MBS - Basic knowledge of meshing - Ability to understand and create/modify Python scripts - Analytical and reasoning skills - Experience with co-simulation using MSC Adams would be a plus In addition to the technical aspects of the job, it is important to be aware of potential compliance risks and to act with integrity, as this is crucial for the company's success, reputation, and sustainable growth. By joining Airbus, you will be part of an organization committed to equal opportunities for all. Airbus does not engage in any form of monetary exchange during the recruitment process. Flexible working arrangements are encouraged to stimulate innovative thinking and collaboration.,

As a highly motivated and skilled Mechanical Design Engineer, you will be joining the e-mobility team at Schaeffler. Your primary responsibility will be to design, develop, and optimize mechanical and High Voltage components and systems for electric vehicles, ensuring performance, safety, and manufacturability are the key focus areas. - Design and develop mechanical and High Voltage components and assemblies for EV Power Electronics, HV BOX, Inverter, powertrains, battery systems, chassis, and other vehicle sub-systems using CAD software like Creo, CATIA, SolidWorks, NX. - Conduct structural, thermal, and vibration analysis using FEA/CAE tools to optimize designs for performance, durability, and weight. - Collaborate with electrical, software, manufacturing, and supply chain teams for seamless integration of mechanical designs and manufacturability. - Develop detailed engineering drawings, specifications, and Bill of Materials (BOMs) following industry standards such as ASME Y14.5. - Perform tolerance stack-up analysis to ensure proper fit and function of assemblies. - Support prototyping, testing, and validation of designed components, analyzing test data for design improvements. - Conduct feasibility studies and material selection processes to optimize design solutions for cost, weight, and performance. - Implement Design for Manufacturing and Assembly (DFMA) principles in all designs. - Participate in design reviews, FMEA (Failure Mode and Effects Analysis), and DVP (Design Validation Plan) activities. - Bachelor's or Master's degree in Mechanical Engineering or a related field. - 2-5+ years of experience in mechanical design, preferably within the automotive or e-mobility industry. - Proficiency in 3D CAD software like Creo, CATIA, SolidWorks, NX, and WISE, PDM/PLM systems. - Strong understanding of mechanical engineering principles including statics, dynamics, fluid mechanics, heat transfer, and material science. - Experience with FEA/CAE tools for simulation and analysis. - Knowledge of various manufacturing processes such as machining, casting, stamping, injection molding, and additive manufacturing. - Familiarity with GD&T (Geometric Dimensioning and Tolerancing). - Excellent problem-solving, analytical, and communication skills. - Ability to work effectively in a fast-paced, multidisciplinary team environment.,

As an NC Programmer/CNC Lead, you will be responsible for utilizing your expertise in CNC programming and manufacturing engineering, particularly in the aerospace domain. Your role will involve working in a service-based engineering environment or supporting global OEMs/Tier-1 suppliers. Key Responsibilities: - Proficiency in multiple CAM software platforms such as NX, CATIA, Mastercam, Creo, and Simulation tools like Vericut. - Strong understanding of GD&T, aerospace blueprints, and machining tolerances. - Expertise in programming for multi-axis CNC machines and complex aerospace components using materials like Aluminium, Steel, Titanium, etc. - Hands-on experience with tool path optimization, cutting tools, and fixturing. - Proven expertise in cycle time optimization. Qualifications Required: - Bachelors Degree / Diploma in Mechanical, Aerospace, or Manufacturing Engineering (or equivalent). - 10+ years of experience in CNC programming and manufacturing engineering, with a preference for the aerospace domain. - Strong customer-facing skills, communication, and presentation abilities. - Proven leadership and mentoring skills for distributed teams. - Ability to manage multiple customer projects simultaneously. If you are looking for a role where you can leverage your skills in CNC programming and manufacturing engineering, this position offers the opportunity to work with global aerospace customers, multi-cultural teams, and be part of Industry 4.0 initiatives. Additionally, having Lean Manufacturing / Six Sigma certifications and shop floor experience will be advantageous in excelling in this role.,

Role Overview: You will be responsible for supporting design activities as per project requirements and delivering them with quality within specified timelines. Your role will involve adhering to and maintaining process-related documents, coordinating with internal teams and customers for project queries, and clarifications. Additionally, you will be required to maintain process-related documents. Key Responsibilities: - Conceptualize and detail design mounting definitions for mechanical equipment/subsystems under minimal guidance. - Possess knowledge of sheet metal component design, materials, and processes, as well as welded joints, symbols, and their implementation. - Ability to compute and represent mass in assemblies, aggregates, and installations. - Understand Functional Dimensioning requirements and design for manufacturability and serviceability. - Selection of fasteners and joint design, along with the ability to perform basic calculations. - Good understanding of drawing rules and Geometric Dimensioning and Tolerancing (GD&T) using relevant standards. - Hands-on experience in 3D, 2D, and 3DFTA for modeling and detailing of parts, assemblies, and installations using CATIA V5 and PLM tools like Enovia. Qualifications Required: - Total experience of 4 to 6 years in a similar role. ,

As a Senior Automotive Interior Engineer with expertise in CATIA V5, PLM systems, and interior plastic component design, your role will be crucial in leading the design and development of various plastic interior components for European OEM/Tier-1 projects. Your responsibilities will include: - Leading the design and development of plastic interior components such as instrument panels, consoles, door trims, pillars, seat trims, and other cabin plastic systems. - Creating, modifying, and validating 3D CAD models and 2D drawings in CATIA V5 (Part Design, Assembly, Drafting modules). - Ensuring all designs comply with European automotive standards, regulations, and project-specific codes. - Collaborating with various teams within European project environments including styling, manufacturing, CAE, quality, and supplier engineering. - Utilizing PLM systems like ENOVIA or Teamcenter for data management and engineering release processes. - Conducting feasibility studies, packaging checks, and plastic design validations including draft analysis, wall thickness checks, ribs, bosses, clips, and tolerance stack-ups. - Supporting DFMEA, DFM/DFA, and technical reviews with cross-functional stakeholders. - Developing product documentation, BOM structures, and design reports for European customer programs. - Interacting with European OEMs/Tier-1 customers to gather requirements, resolve issues, and ensure design acceptance. - Mentoring junior engineers and enforcing best practices in plastic design and CAD methodology. Qualifications Required: - Bachelor's in mechanical/automotive engineering or related field. - 8-10 years of hands-on experience in automotive interiors, plastic components design & development. - Expert proficiency in CATIA V5 (Part Design, Assembly, Drafting). - Strong knowledge of PLM systems and engineering release workflows. - Deep understanding of plastic part design fundamentals including drafts, splits, ribs, clips, mounting, warpage considerations, and tooling feasibility. - Experience working on European OEM/Tier-1 projects with understanding of standards and coding systems. - Knowledge of European automotive regulatory requirements including safety, crash, ergonomic, and environmental standards. - Strong familiarity with GD&T, DFMEA, and DFM/DFA practices. - Excellent communication and customer interaction skills. By joining us, you will have the opportunity to work on advanced European automotive programs, collaborate with global engineering teams and top OEMs, and enjoy competitive compensation, benefits, and growth opportunities.,

As a ME Work Preparation Engineer, your role involves developing manufacturing processes, E BOM, M BOM, assembly routes, and providing workshop support. Key Responsibilities: - Analyze 2D drawings/3D (DMU: Digital Mockup) and provide feedback to the Design Office on tolerancing, geometry, key characteristics, and torque values. Conduct feasibility analysis and offer technical proposals when necessary. - Participate in multi-functional team (MFT) meetings for risk analysis and have knowledge of the PFMEA process. - Verify and validate drawings and associated bill of materials (BOM). Familiarity with technical perimeter structure assembly, components assembly, cabinet, and elementary parts, including knowledge of metallic and composite structures. - Create and/or modify routings (assembly and/or manufacturing) and manage associated tasks in the IT system (SAP, Catia V5, 3DX, etc.). - Generate and/or update tooling requests and repair routings following nonconformities, design query notes, etc. - Manage a routing portfolio and associated configuration management. Proficiency in Digital Mockup (3D DMU) for simulations. Qualifications: - Bachelor's and Engineer's degree in the aeronautical domain. Desired Skills: - Proficiency in SAP, ARP (PGI, PAC, PEA, PEM), Aircraft Progress ACPNG, Catia V5, and 3DX. Experience: - 3 to 5 years of experience in Aerospace Work preparation activity.,

At Capgemini Engineering, the world leader in engineering services, you have the opportunity to join a global team of engineers, scientists, and architects to unleash the potential of the world's most innovative companies. From autonomous cars to life-saving robots, you will be working with digital and software technology experts who provide unique R&D and engineering services across all industries. Your career at Capgemini Engineering will be full of opportunities where you can make a difference every day. **Role Overview:** As a Structural Analysis Engineer at Capgemini Engineering located in Bangalore with 4-6 years of experience, you will be responsible for performing finite element modeling and analysis of aircraft structures. Your role will involve utilizing advanced simulation tools to evaluate structural integrity under different loading conditions and contribute to design optimization. **Key Responsibilities:** - Perform 1D, 2D, and 3D modeling using Hypermesh. - Conduct linear, non-linear (primary), and thermal analysis. - Apply hand calculations for structural validation. - Analyze primary and secondary aircraft structures using FEA techniques. - Utilize ISAMI for structural sizing and certification. - Work with simulation tools such as Nastran and Abaqus. - Collaborate with design teams to propose engineering solutions. **Qualifications Required:** - Bachelors degree in Engineering (BE/B.Tech). - 4-6 years of experience in FEA and structural analysis. - Proficiency in ISAMI, Patran, Hypermesh, Nastran, Abaqus, CATIA, Excel. - Familiarity with scripting tools like Python and tcl/tk. - Strong communication and problem-solving skills. At Capgemini Engineering, you will enjoy a hybrid work mode offering flexibility and collaboration, exposure to global aerospace programs and advanced simulation tools, an inclusive culture with continuous learning opportunities, competitive compensation, and opportunities for career growth. Capgemini is a global business and technology transformation partner with a diverse team of over 340,000 members in more than 50 countries. With a strong heritage of over 55 years, Capgemini is trusted by clients to unlock the value of technology across all business needs, leveraging capabilities in AI, generative AI, cloud, and data, supported by deep industry expertise and a strong partner ecosystem.,