CAE Jobs in Pune

Job Description: Key Responsibilities: Working knowledge of Durability domain (theory & principles of Linear, Non-Linear, Fatigue and Vibrations) Working knowledge of vehicle durability assessment and testing Analysis model building for vehicle aggregates, BIW, suspension, trims, full Vehicle durability simulation etc. Sound knowledge mechanical engineering and automotive engineering. In-depth knowledge of vehicle Durability domain for theory, objective & subjective assessment, experimental data analysis, durability target setting, root cause analysis. In depth knowledge of vehicle subsystem / systems (e.g., Body, trims, Powertrain, Suspension, Chassis etc) for construction, operation & its dynamics. Expert in meshing and modelling software in Automotive companies or Engineering services company with hands on Durability-CAE tools. Educational Qualification: BE / B.Tech / ME / M.Tech Number of Positions: 3 Skills: ANSA & Abaqus

Position: Manager M2 / M3 (Vehicle Dynamics) Functional Unit: Vehicle Dynamics Location: Pune Department: Vehicle Dynamics About SRDI: SRDI is a trailblazer shaping the future of mobility through cutting-edge automotive research, IT, and product development. We are passionate pioneers committed to leveraging innovative technologies to create safer, smarter, and more sustainable transportation solutions. From sustainable mobility to connected vehicles, we are electrifying the future of mobility! At SRDI, we provide a dynamic environment where talent meets tomorrow s mobility. Whether you are an engineer, programmer, or strategist, we foster personal and professional growth while redefining the future of automotive technology where innovation meets sustainability. About Suzuki: Join a global automotive leader with over a century of innovation! Founded in 1909, Suzuki has 70,000 employees worldwide and has sold more than 3 million automobiles. With 31 production facilities across 21 countries, Suzuki offers a diverse range of products including automobiles, motorcycles, motorized wheelchairs, and electro-senior vehicles, sold in over 209 countries. Educational Qualifications: Graduation: B.Tech in Automobile / Mechanical / Electronics / Mechatronics Post-Graduation: M.Tech in Automobile / Mechanical / Electronics / Mechatronics Experience: Minimum: 3 years Maximum: 5 years Required: Experience in modeling and mechanism analysis using tools such as Adams, SolidWorks, RecurDyn, SIMPACK, or MotionSolve Job Responsibilities: Enhance vehicle development efficiency by visualizing specifications that achieve target performance. Develop and optimize CAE models for ride comfort, including elastic body modeling. Perform optimization calculations and analyze CAE data related to ride comfort. Conduct on-site deputation/training at Suzuki Motor Corporation, Japan (6 12 months). Software Knowledge: Adams MotionSolve RecurDyn SIMPACK SolidWorks Key Competencies & Skills: Modeling experience with mechanism analysis tools (Adams, SolidWorks, RecurDyn, SIMPACK, MotionSolve). Structural analysis using MSC.Nastran and Altair HyperWorks. 1D-CAE experience with MATLAB/Simulink, Modelica, or AMESim. Programming proficiency in MATLAB/Simulink, Excel, Python, or other numerical computing tools. Statistical knowledge for data analysis. Experience with AI and machine learning applications in vehicle dynamics. Vehicle motion analysis using CarSim or CarMaker. Experience in MBD development at OEMs. Japanese language proficiency preferred. Hands-on experience with sensory evaluation of steering stability and ride comfort. Performance development experience related to steering stability and ride comfort in mass production vehicles. Practical knowledge of vehicle operation stability through real-world experiments and data analysis. Soft Skills: Team collaboration Conceptual thinking and analytical ability Strong communication and presentation skills Problem-solving and creativity Eagerness to learn Qualification : B.Tech in Automobile / Mechanical / Electronics / Mechatronics

Position: Deputy General Manager (DGM/GM) Vehicle Dynamics Functional Unit: Vehicle Dynamics Location: Pune Department: Vehicle Dynamics About SRDI: SRDI is at the forefront of automotive research, IT, and product development, shaping a safer, more efficient, and sustainable mobility future. We harness cutting-edge technologies to deliver transformative solutions from sustainable mobility innovations to connected vehicles. At SRDI, innovation and sustainability drive everything we do. At our Innovation Hub, talent meets tomorrow s mobility. We offer a dynamic environment that fosters professional growth and challenges you to redefine the future of automotive technology. About Suzuki: Join a global automotive pioneer with over a century of innovation! Founded in 1909, Suzuki employs 70,000 people worldwide and has sold over 3 million automobiles. With 31 production facilities across 21 countries, and products ranging from automobiles and motorcycles to motorized wheelchairs and electro-senior vehicles, Suzuki s impact spans 209 countries. Educational Qualifications: Graduation: B.Tech in Automobile / Mechanical / Electronics / Mechatronics Post-Graduation: M.Tech in Automobile / Mechanical / Electronics / Mechatronics Experience: Minimum: 10 years Maximum: 15 years Strong knowledge of physics (mechanics) at a B.Tech level Minimum 2 years of experience with HyperMesh and Nastran Key Responsibilities: Enhance vehicle development efficiency by visualizing specification ranges that meet target performance. Develop CAE models for ride comfort, incorporating elastic body modeling. Perform optimization calculations and CAE data analysis related to ride comfort. Lead team expansion, talent management, and skill development initiatives. Drive leadership development and plan training for team members. Deputation/training at Suzuki Motors Corporation, Japan (6 12 months). Software Knowledge: Adams MotionSolve RecurDyn SIMPACK SolidWorks Core Competencies & Skills: Expertise in vehicle dynamics modeling and mechanism analysis. Proficiency with CAE tools (HyperMesh, Nastran) for structural and ride comfort analysis. Strong analytical and conceptual thinking skills. Experience in team leadership, talent management, and skill enhancement planning. Excellent communication, presentation, and problem-solving abilities. Knowledge of AI/ML applications in vehicle development (preferred). Qualification : B.Tech in Automobile / Mechanical / Electronics / Mechatronics

Job Title: Sales Support Engineer Qualifications: Post Diploma / Diploma in Plastic Mold Technology or related field Experience: 3-4 years in hot runner design, mold maintenance, or related fields Job Location: Viman Nagar, Pune Note: Immediate joining required Job Summary The Sales Support Engineer plays a vital technical role by ensuring customer requests are fulfilled with accuracy and precision. This role involves close collaboration with the sales team and customers to understand project specifications, analyze CAD files, and design preliminary hot runner systems using 3D modeling software and AutoCAD. The Sales Support Engineer also supports the CAE team in optimizing designs and assists service engineers in diagnosing and resolving system issues. Effective communication, attention to detail, and problem-solving abilities are essential to succeed in this role. Key Responsibilities Design preliminary hot runner systems using 3D modeling software and AutoCAD. Analyze customer requests and CAD files to identify critical technical aspects. Collaborate with Sales and Application Engineering teams to clarify project specifications. Ensure all necessary specifications are gathered and documented accurately. Conduct CAE simulations to optimize hot runner designs and interpret mold flow analysis results (pressure, injection times, flow rates, etc.). Verify compliance with internal standards and evaluate any deviations or process criticalities with the Mold Flow team before finalizing quotes. Prepare and submit mold flow requests with complete technical data. Communicate all design information accurately to the design department via the planning team and Sales Assistant. Provide technical support to service engineers for diagnosing and resolving hot runner system issues. Review alignment between technical specifications and commercial offers made to customers. Ensure technical accuracy of system configurations and maintain clear communication with sales and customers. Collaborate across departments to ensure customer and company requirements are met. Manage site visits to customer premises when needed, including supporting system trials, troubleshooting, and performance monitoring. Stay updated on industry trends and technological advancements in hot runner systems. Required Knowledge & Skills Basic knowledge of injection mold design, technical drawings, and plastic processing. Proficiency in 3D modeling software (SolidWorks) and AutoCAD. Strong communication and problem-solving abilities. Willingness to travel when required. Ability to manage multiple projects under tight deadlines. Team player with a customer-focused approach. About Oerlikon Oerlikon is a global innovation leader in surface engineering, polymer processing, and additive manufacturing. We serve industries such as aerospace, automotive, energy, tooling, and textiles, helping our customers enhance the performance, functionality, and sustainability of their products and processes. With over 11,800 employees across 93 nationalities, operating in 38 countries and 207 locations, Oerlikon values diversity, innovation, and excellence, making us a trusted partner worldwide.

Senior Engineer Projects Location: Pune Role Overview As a Senior Engineer Projects, you will lead the mechanical engineering design and documentation efforts for projects from start to finish. Your responsibilities include reviewing customer specifications, finalizing basic designs (P&IDs, GA drawings, BOM), performing piping and structural analyses, and coordinating with vendors and internal teams. You will ensure quality compliance, support procurement through technical evaluations, engage with customers for clarifications and deviations, and oversee project progress through to successful handover. Purpose of the Role Deliver high-quality mechanical engineering design and project execution aligned with customer requirements and industry standards. Key Responsibilities Review customer specifications and inputs to define project scope Generate and manage project documentation and drawings Lead engineering design activities and finalize project basic designs including P&IDs, mechanical equipment layouts, GA drawings, and bills of materials Perform piping and structural analysis; coordinate with designers and engineers to implement design changes Engage with customers through kickoff meetings, query resolution, and deviation management Ensure quality compliance of project documentation and maintain quality records Prepare enquiry datasheets and material requisitions for long lead mechanical items Evaluate vendor technical bids and review vendor drawings and documents Manage sub-vendors through follow-ups, design reviews, and escalation handling Monitor mechanical work progress and report project status and scope variations to project managers Prepare as-built documentation and coordinate project handover to services Perform engineering calculations including pressure drop, head loss, pipe wall thickness, and lifting lug design Provide technical engineering support to E&I, Quality, Purchasing, and Project Management teams Participate in internal and external audits and project kickoff meetings as needed Eligibility & Qualifications Bachelor s degree in Mechanical Engineering Minimum 4 years of experience in piping, oil & gas, or process industry projects Strong knowledge of oil & gas equipment, instruments, piping, and structural systems Familiarity with industry standards such as ASME, ANSI, API, API MPMS, ISO related to oil & gas measurement services Experience with piping and structural welding and non-destructive testing methods Good experience in meter and prover sizing Proficiency in stress analysis using CAESAR-II, STAAD, or equivalent tools Excellent analytical, communication (verbal & written), and drawing skills (AutoCAD/MicroStation) Proficient in Microsoft Office Suite Results-driven, decisive, and capable of delivering innovative solutions Qualification : Bachelors degree in Mechanical Engineering