Hire freelance Structural Analysis designers near Chennai, TN

I am an accomplished Mechanical Engineering graduate from the Indian Institute of Technology Madras. With top rankings in national exams and a CGPA of 8.32, I have been consistently excelled academica... Read more

I am an accomplished Mechanical Engineering graduate from the Indian Institute of Technology Madras. With top rankings in national exams and a CGPA of 8.32, I have been consistently excelled academically. I am skilled in CAD designing, programming languages, and documentation tools. As a member of the IIT Madras robotics club, I contributed to the development of a versatile robotic arm called CricBot. I also served as a mentor and led projects such as CoilGun. My passion extends beyond academics, with achievements in sports and martial arts.

Design transforms 'Vision to Value'. I am a freelance designer and finite element analyst. I have been doing this successfully for an year now. I believe in sustainable, productive and ergonomic desig... Read more

Design transforms 'Vision to Value'. I am a freelance designer and finite element analyst. I have been doing this successfully for an year now. I believe in sustainable, productive and ergonomic design. I do product/process design and structural, thermal, dynamic and computational fluid dynamic analysis. I also try to make my my design as optimized as possible. I have received the good will of clients for my timely delivery and adequate follow ups.

Mechanical Design Engineer with 3+ years of experience specializing in product design & development, simulation, validation and optimization of industrial systems. I help engineering teams develop ma... Read more

Mechanical Design Engineer with 3+ years of experience specializing in product design & development, simulation, validation and optimization of industrial systems. I help engineering teams develop manufacturable, production-ready solutions by improving performance, reducing redesign cycles, and minimizing prototyping through engineering calculations, simulation-driven optimization, and practical design methods focused on manufacturing feasibility, reliability, and reduced development risk. ------------------------------------------------ 🔧 What I Help You Achieve ✅ Validate concepts before costly prototyping and testing ✅ Optimize weight without compromising safety or performance ✅ Ensure compliance with ISO, EN, IS, DIN, MIL standards ✅ Improve manufacturability, reliability, and system efficiency ✅ Reduce development time using simulation and engineering analysis ------------------------------------------------ 🛠 Core Engineering Design & Development Services 🔹 Design Optimization: Improve performance, weight, and compliance 🔹 End-to-End Design: From concept to production-ready systems 🔹 DFM/DFA: Design for efficient, manufacturable production 🔹 Reverse Engineering: Re-design for cost reduction and improvement 🔹 Advanced Simulation: FEA, CFD, NVH, and MBD validation ------------------------------------------------ 🏭 What systems do I design and validate? 🔸 Load-bearing structural and frame-based mechanical systems 🔸 Heavy-duty mechanical assemblies and machine structures 🔸 Precision-engineered components for dynamic loading applications 🔸 Equipment-level design involving actuation and support systems 🔸 Structural systems requiring high reliability and safety margins ------------------------------------------------ 📊 Why Choose to Work With Me ✔ Decisions backed by engineering calculations, simulation, and standards compliance ✔ Design documentation ready for review, validation, and certification workflows ✔ Manufacturing-focused approach that ensures real-world feasibility beyond CAD ✔ Clear, structured communication with no ambiguity in execution ✔ Risk-driven engineering that reduces redesigns, delays, and cost overruns ------------------------------------------------ 📩 What are you looking to build or optimize? If you need support with design optimization, validation, or production-ready engineering, feel free to reach out with your project details. I’ll review your requirements and outline a structured approach aligned with your technical goals, standards, timelines, and manufacturing constraints. ------------------------------------------------

As a skilled mechanical engineering student with hands-on experience in CAD modeling and engineering simulations, I specialize in delivering high-quality 3D design and analysis solutions. I am profici... Read more

As a skilled mechanical engineering student with hands-on experience in CAD modeling and engineering simulations, I specialize in delivering high-quality 3D design and analysis solutions. I am proficient in industry-standard tools such as SolidWorks, AutoCAD, and ANSYS for both FEA and CFD simulations. My expertise includes part and assembly modeling, detailed technical drawings, tolerance analysis, and optimization for manufacturability. I have successfully executed projects involving structural analysis, thermal simulations, and fluid flow studies, ensuring accurate and reliable results. Whether you're developing a new product or validating an existing design, I bring a detail-oriented, problem-solving mindset to every task, ensuring both functionality and efficiency are achieved.

I'm a second-year BTech Mechanical Engineering student with skills in SolidWorks CAD design and ANSYS engineering simulation. My technical interests include mechanical component design, finite elemen... Read more

I'm a second-year BTech Mechanical Engineering student with skills in SolidWorks CAD design and ANSYS engineering simulation. My technical interests include mechanical component design, finite element analysis (FEA), and simulation-based design improvement. Technical Skills - SolidWorks 3D Part and Assembly Modeling - 2D Engineering Drawings - ANSYS Workbench and Mechanical - Static Structural Analysis - Stress and Deformation Analysis - Meshing and Boundary Conditions - Engineering Result Interpretation - Technical Documentation I enjoy combining CAD design and simulation to better understand the behavior of mechanical components under engineering loads. I'm interested in CAD modelling, engineering simulation, and technical learning or consulting opportunities appropriate to my qualifications and software licensing. I value accurate analysis, clear assumptions, and timely communication.

Senior CAE Executive with 17+ years leading simulation programmes across automotive and industrial domains. Expert in structural analysis, nonlinear FEA, hyperelastic/rubber modelling, and explicit dy... Read more

Senior CAE Executive with 17+ years leading simulation programmes across automotive and industrial domains. Expert in structural analysis, nonlinear FEA, hyperelastic/rubber modelling, and explicit dynamics. Proven track record building high-performance CAE teams, delivering certification-ready analyses, and translating complex physics into actionable design decisions.

Versatile and Detail-oriented Design Engineer with 4 years of experience in CAD drafting, structural analysis, and documentation, with a foundation in mechanical engineering. Skilled in AutoCAD, Micro... Read more

Versatile and Detail-oriented Design Engineer with 4 years of experience in CAD drafting, structural analysis, and documentation, with a foundation in mechanical engineering. Skilled in AutoCAD, MicroStation, SolidWorks, Creo, and Ansys Workbench & SpaceClaim for 2D/3D modeling, FEA, GD&T, and BOM preparation. Quick to learn new tools and processes, with a proven ability to solve problems and coordinate effectively with cross-functional teams. Well-versed in Windchill PLM, welding symbols, and international standards such as API, ASME, ISA, ANSI, and DIN. Strong expertise in CAD, FEA, and GD&T to contribute to product innovation and precision engineering.

Experienced CAE Analyst and CAD Designer with 3.10 years of hands-on experience in simulation (CAE) and design (CAD) roles. • 3.9 years of Experience on FEA Static Structural analysis, Stress Analysis... Read more

Experienced CAE Analyst and CAD Designer with 3.10 years of hands-on experience in simulation (CAE) and design (CAD) roles. • 3.9 years of Experience on FEA Static Structural analysis, Stress Analysis, Linear and non linear simulation using Ansys Workbench for Automotive components. • Experience on Machine learning - Artificial Intelligence( Al) to obtain the Real test material stress strain curve and its Mechanical properties using Artificial Neural network ANN. • Experience in creating an workflow of Artificial Intelligence in Simulation Activites(Al in Stamping Simulation, FEA simulation- Static and dynamic simulation).. • Expertise in Stamping Simulation, stamping tool design, Blank optimisation & provide design changes/suggestions to the Process team • Expertise in Forming simulations like Riveting, Crimping, Fitting, Coining, Cutting, Orbital Forming, performing Design of Experiments (DOE) • Experience in Welding Simulations and Heat treatment simulation • Bridging the gap between the real test results and the Simulation results by Results mapping process (Manufacturing simulation to FEA Simulation) • Proficient in utilizing a range of software tools including Altair Hyperworks, ANSYS, Simufact, COLDFORM, MATLAB, Pro-E (Creo), Solidworks, Spaceclaim, and Catia V5 • Specialized in FEA simulation for powertrain components, manufacturing simulations, DOE studies, and CAE automation using MATLAB to enhance efficiency and reduce costs • Adept at creating 2D drawings, 3D part models, assemblies, and providing design modifications for automotive powertrain systems • Experience in creating MATLAB Scripts to optimise the simulation Pre processing workflow.

A little about Etroit Technologies Pvt. Ltd.: Etroit Technologies provide solutions with numerical/mathematical modeling – FEA/CFD in the arena of industries from food to cement to steel; includin... Read more

A little about Etroit Technologies Pvt. Ltd.: Etroit Technologies provide solutions with numerical/mathematical modeling – FEA/CFD in the arena of industries from food to cement to steel; including chemicals/minerals, energy and oil & gas. We strongly believe that we can add value to your organization with custom solutions in terms of problem driven FEA/CFD services that can augment your in-house engineering design, drafting, and analysis capacity to reduce cost and time to market. Our service includes: CAD 2D – 3D Modeling Reverse Engineering New Product Development Parametric Modeling (API) Engineering Detailing (GD & T) CAE Finite Element (FE) Modeling & Analysis Computational Fluid Dynamics (CFD) Solutions Motion simulation/analysis CAM Programming support.

I am an Aerospace Engineering professional with a strong foundation in aircraft design, engineering analysis, and product development. I am currently specializing in Computational Fluid Dynamics (CFD)... Read more

I am an Aerospace Engineering professional with a strong foundation in aircraft design, engineering analysis, and product development. I am currently specializing in Computational Fluid Dynamics (CFD) and Structural Analysis using ANSYS. My core expertise lies in SolidWorks CAD modeling. My technical capabilities include: 3D CAD Design and Product Development (SolidWorks) CFD Simulations and Flow Analysis (ANSYS Fluent) Structural, Static, and Thermal Analysis (ANSYS Mechanical) Aerospace Component Design and Optimization Engineering Documentation and Technical Reporting Beyond aerospace engineering, I possess strong multidisciplinary knowledge in: Embedded Systems Development Electronics Design and Integration Avionics Systems Sensor Integration and Control Systems Software Development and Programming My combination of mechanical, aerospace, electronics, and software expertise allows me to approach projects from a complete systems-engineering perspective

As a final-year B.E. Civil Engineering student with an exceptional academic foundation—highlighted by a 90% score (9.0+ CGPA) in my Diploma—I specialize in the end-to-end workflow of structural engine... Read more

As a final-year B.E. Civil Engineering student with an exceptional academic foundation—highlighted by a 90% score (9.0+ CGPA) in my Diploma—I specialize in the end-to-end workflow of structural engineering, from advanced computational analysis to data-rich BIM execution and cinematic visualization. My technical ecosystem seamlessly connects analytical engineering with architectural design across four core areas: * Structural Analysis & Design: Performing Finite Element Analysis (FEA), calculating load distributions (Dead, Live, Wind, and Seismic), and verifying structural safety against global design codes (IS, ACI, Eurocode) using STAAD.Pro. Building Information Modeling (BIM): Developing intelligent, coordinated 3D structural models, running clash detection, and automating precise quantity takeoffs using Revit and Archicad. 2D Drafting & Detailing: Producing high-precision structural detailing, reinforcement plans, and municipality-ready submission drawings via AutoCAD. 3D Modeling & Visualization: Creating rapid conceptual forms in SketchUp, building intricate structural geometry in 3ds Max, and rendering photorealistic, cinematic client walkthroughs in Lumion.

Final-year Aerospace Engineering student at SRM University with strong skills in 3D CAD (SolidWorks, CATIA and AutoCAD), FEA, and CFD. Experienced in mechanical design, structural analysis, and creati... Read more

Final-year Aerospace Engineering student at SRM University with strong skills in 3D CAD (SolidWorks, CATIA and AutoCAD), FEA, and CFD. Experienced in mechanical design, structural analysis, and creating production-ready models with detailed drawings and BOMs. Successfully designed and developed RC aircrafts and rocket systems. Focused on delivering accurate, efficient, and manufacturable engineering solutions.

👨‍💼 About Me I'm a passionate freelance Mechanical Engineer with 6+ years of hands-on experience designing and delivering innovative mechanical systems and products. My core strength lies in transfo... Read more

👨‍💼 About Me I'm a passionate freelance Mechanical Engineer with 6+ years of hands-on experience designing and delivering innovative mechanical systems and products. My core strength lies in transforming concepts into manufacturable products across various sectors — from industrial machines and drones to custom devices for automotive and agricultural needs. I specialize in providing end-to-end design solutions — CAD modeling, simulation, prototyping, and production support. 🛠️ Core Skills CAD Tools: SolidWorks, AutoCAD, Fusion 360, Creo, Simulation & Analysis: FEA (ANSYS), Thermal analysis Prototyping: 3D Printing, CNC, Sheet Metal, Fabrication Manufacturing Support: DFM, BOM, Vendor Coordination Documentation: Technical Drawings, Assembly Guides, User Manuals Project Management: Windchill, Team Center 📂 Project Highlights 🔹 Product Design – Industrial Machines & Automation Designed custom Special Purpose Machines (SPMs) for food processing, furnace systems, and automated factory shutters. Developed mechanical components, assemblies, and control integration with sensors and actuators. Created manufacturing-ready drawings, BOMs, and supervised prototype builds. 🔹 Drone Design – From Concept to Production Developed various UAV platforms: VTOL Drones for long-range delivery Agricultural Drones for pesticide spraying Mapping Drones with GPS-based navigation Complete mechanical design, structural analysis, motor & propeller integration, payload balancing, and enclosure design. 🔹 Automotive Product Engineering Converted artistic/3D concepts into practical and manufacturable mechanical designs. Designed fixtures, brackets, and enclosures suitable for high-volume automotive production. Experience with plastic part design, sheet metal, and surface modeling. 📈 Clients & Industries Served Startup UAV Manufacturers Food & Beverage Factories Automation and Robotics Companies OEM Suppliers in Automotive Industrial Equipment Suppliers 📩 Let’s Connect I'm always open to collaborating on innovative and challenging mechanical engineering projects. Whether it's early-stage product ideas or production-ready systems — I can support at every stage. Best Regards, Mathivanan Matheshwaran

VED — Virtual Engineering & Dynamics — is an engineering research and development firm focused on simulation-driven design, structural performance, and engineering innovation. We help businesses, pro... Read more

VED — Virtual Engineering & Dynamics — is an engineering research and development firm focused on simulation-driven design, structural performance, and engineering innovation. We help businesses, product developers, and research teams investigate engineering challenges, evaluate concepts, and improve designs through computational analysis. Our approach connects research with practical engineering: understanding the problem, identifying the governing physical behaviour, testing design alternatives, and developing evidence to support the next stage of development. Our core capability is advanced finite element analysis using Abaqus and ANSYS, supported by Python and MATLAB for automation, data analysis, and engineering calculations. WHAT WE DO Engineering Research & Feasibility Studies We investigate engineering concepts, review relevant technical literature, identify critical performance requirements, and develop analysis strategies. This helps clients understand technical uncertainties and define a practical development path. Simulation-Driven Design & Development We assess how components and structures respond to loads, temperatures, contact, and material behaviour. By comparing design alternatives, we help identify opportunities to improve strength, stiffness, stability, material utilisation, and overall performance. Advanced Structural & Thermal Analysis Our capabilities include nonlinear structural analysis, heat transfer, sequential thermal–structural analysis, buckling and post-buckling, contact interactions, and selected cyclic and dynamic problems. Material & Interface Behaviour We model concrete, steel, fibre-reinforced cementitious materials, masonry, and composite structural systems. Areas of focus include cracking, crushing, plasticity, bond–slip, cohesive interfaces, friction, and debonding. Validation & Performance Evaluation We compare simulation results with available experimental measurements, analytical solutions, or published benchmarks. We investigate differences, assess sensitivity to modelling assumptions, and explain the confidence and limitations associated with the results. Parametric Research & Design Relationships We develop structured numerical investigations to examine the influence of geometry, material properties, loading, and operating conditions. These studies can support design recommendations, performance relationships, and engineering equations within clearly defined limits. Engineering Automation & Custom Tools We use Python and MATLAB to automate repetitive analysis tasks, extract results, process datasets, and develop calculation workflows that make engineering investigations more efficient and repeatable. OUR CURRENT TECHNICAL STRENGTHS • Structural and civil engineering R&D. • Steel, concrete, and composite structural systems. • Concrete-filled steel tubular members. • Fire-exposed and post-fire structural behaviour. • Strengthening and rehabilitation of masonry systems. • Nonlinear material and interface modelling. • Monotonic and reversed cyclic response. • Experimental–numerical correlation. • Parametric modelling and simulation automation. OUR DEVELOPMENT APPROACH 1. Define the engineering problem and intended application. 2. Review existing knowledge, reference data, and technical constraints. 3. Establish the research or development methodology. 4. Build and verify computational models. 5. Evaluate performance and compare design alternatives. 6. Validate against available evidence. 7. Deliver findings, recommendations, and priorities for further development or physical testing. PROJECT DELIVERABLES Depending on the scope, we provide feasibility assessments, simulation models, analysis files, performance comparisons, parametric datasets, engineering plots, automation scripts, and technical reports. Our reports explain the findings, assumptions, limitations, and recommended next steps so clients can use the work to make development decisions. WHO WE WORK WITH We support businesses developing engineering products, manufacturers investigating component performance, engineering consultants requiring specialist analysis, and academic teams conducting applied research. WHY VED? VED combines a structural engineering research background with practical simulation experience. We approach each assignment as an engineering investigation, connecting the analysis to the question the client needs answered. Our objective is to help clients move from an idea or unresolved technical problem toward a better-understood, evaluated, and improved engineering solution. Share your concept, design challenge, or research objective to discuss a suitable R&D scope, deliverables, and timeline.

I am a mechanical engineer. Of all my abilities I would say my design and analysis ability to be the best.

I am a mechanical engineer. Of all my abilities I would say my design and analysis ability to be the best.