4 Topology Optimization Jobs

To support the simulation team at the customer location in analyzing their products with the Ansys tool. Duties: Perform 2D & 3D FE analysis of mechanical, electromechanical devices, and components. Providing online/offline training to customers on the Ansys tool. Well-versed with 3D FEA Pre/Solver/Post processors of Ansys LS-Dyna and Mechanical. Must be skilled in the following Linear and Nonlinear analysis types: -Statics -Dynamics -Thermal -NVH/Acoustics -Durability/Fatigue -Topology optimization (Basic) -Design optimization Perform the following with a focus on quality and delivery metrics. Finite Element Preprocessing (Geometry clean-up/de-featuring & meshing), Solving (Convergence, numerical stability, and accuracy) Post Processing (Generation of stress, deformation contours, and other essential features) Verification and Validation of FEA Results with test data/analytical data Generation of FE Analysis Reports Interact with customer teams for inputs and deliverables Preparation of analysis summary for technical review meetings with the clients Provide valuable recommendations and design suggestions to clients. Skills: Proven experience in structural analysis with ANSYS LS-Dyna and LSTC. Demonstrated problem-solving skills with a passion for learning and teaching. Excellent understanding of Strength of Materials, Engineering Mechanics, Machine design, Mechanics of Machines, Engineering Mathematics, and Finite Element Analysis Self-starter with excellent verbal, communication, and interpersonal skills. Demonstrated ability in FEA simulation and clear presentation of simulation results. Strong ability to handle multiple projects. Show more Show less

Role overview Dhruva Space is seeking a CAE Engineer to support the design, analysis, and optimization of spacecraft structures and mechanisms through advanced simulation techniques. This role demands a strong foundation in mechanical principles, finite element analysis (FEA), and multidisciplinary collaboration. The ideal candidate will possess deep technical expertise in structural, thermal, and dynamic simulations, with prior experience in aerospace, space, or defense sectors preferred. Key responsibilities Perform advanced structural and dynamic simulations for spacecraft components to ensure compliance with mission requirements, safety margins, and applicable standards. Collaborate with design engineers to optimize CAD models for simulation and manufacturability, ensuring the seamless integration of simulation insights into the product development workflow. Development of reduced models or super elements, familiarity with various FEA formats, and deck preparation. Develop finite element models of composite components and structures using Hypermesh. Develop and execute test plans for validation of simulation predictions, including environmental testing (vibration, thermal, shock) and functional assessments. Correlate results with simulations to refine model accuracy. Conduct optimization studies to minimize weight while maintaining structural integrity, and perform risk assessments to identify potential failure modes and propose mitigation strategies. Act as a bridge between design, manufacturing, and testing teams to ensure alignment between simulated results and real-world performance. Provide technical support during manufacturing, assembly, and testing phases. Manage multiple projects simultaneously, ensuring timely delivery of high-quality simulation outputs within defined budgets and timelines. Stay current with emerging CAE technologies such as AI-driven optimization and reduced-order modeling to improve simulation efficiency and effectiveness. Candidate requirements Do you have a Bachelor&aposs or Master&aposs degree in Mechanical, Aerospace, or a related engineering field Do you have a minimum of 2 to 3 years of hands-on experience in Finite Element Modeling (FEM) Strong grasp of mechanics: statics, dynamics, kinematics, and heat transfer. Proficiency in FEA tools: ANSYS, HyperMesh (latest GUI is preferred). Experience with high-fidelity simulation models and interpreting critical results (stress, thermal, failure points). Hands-on with modal, harmonic, transient, and multiphysics simulations (thermal-structural, FSI). Knowledge of topology optimization and CAE-based design validation. Background in aerospace/space/defense; familiarity with spacecraft design standards and environmental testing. Collaborative mindset; ability to work across design, manufacturing, and testing teams. Strong technical reporting and presentation skills. Analytical thinking with problem-solving and risk assessment capabilities. Adaptable, quick to learn new tools and workflows. Understanding of materials (metals, composites) and manufacturing processes (additive, machining). Show more Show less

You will be part of Charcoal, a company dedicated to revolutionizing everyday products through great design and engineering. Our mission is to transform mundane items like desks and clothing into innovative and valuable pieces that enhance our lives in meaningful ways. At Charcoal, we have already made waves with our award-winning intelligent desk and are constantly innovating, as seen in our latest project - the Charcoal Case. As a Consultant in Smooth Form Modelling, you will play a crucial role in developing high-quality, production-ready organic and freeform surfaces. We are looking for a seasoned professional with expertise in Rhino (preferably SubD workflows) and/or Blender, focusing on clean topology and smooth surface control. Your responsibilities will include collaborating with our design and engineering teams to translate sketches and concepts into smooth, manufacturable 3D forms. You will also provide guidance on SubD modelling best practices, NURBS surface continuity (G2/G3), and topology optimization. Additionally, you will assist in establishing workflows between Blender, Rhino, and Solidworks, ensuring efficient file transfer, conversion strategies, and clean-up techniques. The ideal candidate will possess expert-level proficiency in either Rhino or Blender, with a strong background in industrial design, consumer product design, or furniture/soft goods modelling. A deep understanding of surface continuity, smooth transitions, and curvature control is essential, along with experience in design for manufacturing processes. Your ability to work collaboratively and coach internal teams will be key to your success in this role. This position is project-based, offering you the opportunity to contribute to Charcoal's innovative projects and be a part of our dynamic team. If you are passionate about design, engineering, and pushing the boundaries of traditional product concepts, we would love to hear from you.,

Associate Technical Leader /Sr Project Engineer - CAE (FEA - Ansys WB skills with core engine experience) Perform linear & non-linear stress analysis, Modal & Modal scaling, fatigue analysis, Bolted joint analysis, Sealing analysis, Nonlinear contact analysis, Topology Optimization, Cylinder Head fatigue analysis to evaluate HCF/LCF/S3T margins to handle critical FIRG issue. Test Plan Creation and to support new product development, current analysis and failure analysis. Thermo-Mechanical Fatigue Analysis of Cylinder Head | Bore Deformation Analysis Thermo-Mechanical Fatigue Analysis of Exhaust Manifold. Engine Block Fatigue Analysis. Topology Optimization (Ansys Optimization / OptiStruct) Must have experience in above any one of the domain. Sound experience in various types of FEA: Linear, Non-linear, Dynamic (Modal / Harmonic / PSD), Thermal (Steady state / Transient) Good skillsets in FEA tools (ANSYS and ANSYS-Workbench preferred, Exposure to Optistruct will be advantage). Strong understanding of FE theory. Skills : - FEA, Ansys Workbench, Engine, Gasket, Cylinder head/ block, piston, Camshaft, Crankshaft, Rocker, Static , Dynamic , Fatigue, Modal, durability, vibration analysis.