Hire the best Abaqus CAE experts for your company

I’m a Mechanical Engineer with a strong background in Finite Element Analysis (FEA) and structural mechanics. I specialize in simulations using Abaqus, ANSYS, and SolidWorks Simulation, helping client... Read more

I’m a Mechanical Engineer with a strong background in Finite Element Analysis (FEA) and structural mechanics. I specialize in simulations using Abaqus, ANSYS, and SolidWorks Simulation, helping clients improve product performance and reliability before physical testing. Expertise: Linear & nonlinear static analysis Modal & dynamic simulations Thermal & coupled field analysis Contact & impact problems Fatigue and buckling analysis

I have a team of experienced mechanical and FEA/CAE engineers with 30+ years of combined engineering experience, providing advanced simulation and engineering solutions for industrial clients worldwid... Read more

I have a team of experienced mechanical and FEA/CAE engineers with 30+ years of combined engineering experience, providing advanced simulation and engineering solutions for industrial clients worldwide. Our team specializes in Abaqus, ANSYS, and COMSOL, covering structural, nonlinear, thermal, dynamic, fatigue, fracture, composite, multiphysics, and geotechnical simulations. We also have strong capabilities in developing custom Fortran UMAT/VUMAT subroutines, Python automation scripts, and advanced material models for complex engineering problems. Our engineers have extensive experience in pressure vessels, composite structures, steel structures, heavy machinery, wind turbine components, additive manufacturing, high-temperature applications, and simulation-driven design. We have delivered projects involving thermo-mechanical optimization, structural optimization, composite material modeling, fatigue and damage analysis, and advanced numerical simulation. Our broader engineering capabilities also include process engineering, P&ID development, equipment design, process integration, and turnkey industrial projects. Our team has provided FEA/CAE consulting and technical training for international companies and leading universities, including NASA, Intel, BMW, Ford, Hyundai, MIT, Oxford, TU Delft, KAIST, and other research institutions. We are available for remote engineering projects involving FEA/FEM, Abaqus simulation, advanced material modeling, Fortran subroutine development, Python automation, optimization, and complex industrial simulation.

Final-year Mechanical Engineering (B.Tech) student with a focus that goes past standard coursework FEA — I write and debug custom Abaqus material subroutines (UMAT) in Fortran, not just run built-in m... Read more

Final-year Mechanical Engineering (B.Tech) student with a focus that goes past standard coursework FEA — I write and debug custom Abaqus material subroutines (UMAT) in Fortran, not just run built-in models. Recent work: reviewed and debugged a coupled thermomechanical shape-memory-alloy (SMA) constitutive UMAT — catching an incorrect transformation-strain direction tensor (causing ~18% underprediction), a memory-safety issue when NTENS ≠ 6, a missing corotational rotation of tensor state variables, and a secant-vs-consistent-tangent stiffness problem. I also build Python tooling for inverse material-parameter identification (Gauss-Newton / Levenberg-Marquardt refinement against nanoindentation and tensile-test data), and I'm developing my own browser-based FEA/material-characterization platform on the side — this is an active interest, not a one-off skill. What I take on: nonlinear implicit/static analysis, custom material model (UMAT/USDFLD) development, Abaqus Python scripting for parametric or repetitive workflows, and material-parameter identification from experimental test data. Happy to start with a smaller, well-scoped task first so you can evaluate the work before a bigger commitment.

Mechanical Design & Product Development Professional having multi-disciplinary experience across different cultures with major areas including renewable energy, machine design and composite tooling.... Read more

Mechanical Design & Product Development Professional having multi-disciplinary experience across different cultures with major areas including renewable energy, machine design and composite tooling. SPECIALTIES: Production Support - Drafting & Drawing Inspection Finite Element Analysis (ANSYS Workbench and Abaqus CAE) Conceptual & Mechanical Design (CATIA V5 R21 & PTC Creo Elements 3.0)

I am a Mechanical Engineer with expertise in Finite Element Analysis (FEA), impact simulations, machine learning, and data analytics. My work focuses on high-speed impact simulations using ABAQUS CAE... Read more

I am a Mechanical Engineer with expertise in Finite Element Analysis (FEA), impact simulations, machine learning, and data analytics. My work focuses on high-speed impact simulations using ABAQUS CAE (Explicit & Implicit), nonlinear FEM, and parametric studies, combined with SQL and data analytics to extract meaningful insights from engineering simulations.

Dr. Shamsoon Fareed, is a Professor at the Department of Civil Engineering, NED University of Engineering and Technology in Karachi, Pakistan. He has an over 15 years of teaching and research experien... Read more

Dr. Shamsoon Fareed, is a Professor at the Department of Civil Engineering, NED University of Engineering and Technology in Karachi, Pakistan. He has an over 15 years of teaching and research experience. He did his PhD in Civil Engineering from Heriot-Watt University, United Kingdom. During his PhD he carried out both experimental (via drop weight testing) and numerical (using non-linear finite element package ABAQUS) investigations on the behaviour of the subsea pipes under high mass low velocity impact loading. Dr. Shamsoon Fareed has published over fifty (50) research articles in international refereed journals and conferences. He has secured funding worth USD 447,508 in the form of research projects both nationally in Pakistan and internationally. Some of his research projects include the development of Ultra High Strength Concrete (UHSC), Impact behaviour of RC UHSC structural elements, development of structural health monitoring system for infra-structure, use of recycled aggregates concrete in structural elements, retrofitting and strengthening of structural elements using fiber reinforced polymers and development of composites for structural strengthening using locally available textile materials. Furthermore, his research interest also includes the behaviour of structures under accidental loading (impact, blast), materials under high rate loadings, Shear behaviour of reinforced concrete beams, strengthening of structural elements using CFRP, use of recycled aggregates in the structural elements.

I’m a Mechanical Engineer experienced in providing end-to-end solutions from design to manufacturing. Whether you need precise 3D models, advanced structural simulations, or optimized CNC programs, I... Read more

I’m a Mechanical Engineer experienced in providing end-to-end solutions from design to manufacturing. Whether you need precise 3D models, advanced structural simulations, or optimized CNC programs, I can help. - Expert in 3D CAD Modeling, HyperMesh (Meshing), Abaqus (Simulation), and CNC Programming. - Full technical project management from initial design to production-ready files. - Quality and precision are my top priorities, ensuring reliable results for every project.

Mechanical Engineering graduate with a Master's degree in Mechanical Engineering/Design. I work with SolidWorks for mechanical 3D modeling, assemblies and engineering drawings. I am currently strength... Read more

Mechanical Engineering graduate with a Master's degree in Mechanical Engineering/Design. I work with SolidWorks for mechanical 3D modeling, assemblies and engineering drawings. I am currently strengthening my practical CAD skills through mechanical design projects and am available for remote CAD modeling, drafting and design-support work.

I am a Mechanical Design Engineer with experience in product development, 3D CAD modeling, mechanical assemblies, and engineering documentation. I specialize in creating accurate, manufacturable CAD s... Read more

I am a Mechanical Design Engineer with experience in product development, 3D CAD modeling, mechanical assemblies, and engineering documentation. I specialize in creating accurate, manufacturable CAD solutions using SolidWorks, Siemens NX, and other engineering tools. Currently working as a Mechanical Design Engineer at BJIT Limited, I contribute to international engineering projects involving mechanical component design, assembly modeling, technical drawings, and product development. My work focuses on transforming concepts and requirements into detailed CAD models and production-ready documentation. I have experience designing and documenting a wide range of mechanical products and systems, including rehabilitation devices, industrial components, consumer products, and custom mechanical assemblies. My expertise includes parametric modeling, complex assemblies, reverse engineering, surface modeling, and preparation of detailed manufacturing drawings. My technical capabilities include: • SolidWorks Part, Assembly, and Drawing Creation • Siemens NX Mechanical Design • 3D CAD Modeling and Parametric Design • Reverse Engineering of Existing Components • Product Design and Development • Manufacturing and Technical Drawings • GD&T and Dimensioning Practices • Assembly Design and Exploded Views • Sheet Metal and Fabrication Design • Design for Manufacturing (DFM) • CAD Conversion and Drawing Recreation I have developed projects ranging from medical rehabilitation equipment and mechanical systems to consumer product designs such as safety helmets, furniture, and custom structures. I also have experience creating engineering models and simulations using tools such as ANSYS Fluent and Abaqus CAE. My engineering background allows me to approach CAD projects with both design creativity and practical manufacturing considerations. I focus on producing clean, accurate, and functional designs that meet client requirements while considering manufacturability, assembly, and real-world application. Whether you need a new product designed, an existing part reverse engineered, or professional CAD documentation prepared, I aim to deliver reliable mechanical engineering solutions with attention to detail and clear communication. Certifications: • Certified SOLIDWORKS Professional (CSWP) • Certified SOLIDWORKS Associate (CSWA)

I am a Mechanical Engineering student with a strong interest in Mechanical Design, CAD modeling, and product development. I enjoy turning ideas into practical designs and continuously improving my en... Read more

I am a Mechanical Engineering student with a strong interest in Mechanical Design, CAD modeling, and product development. I enjoy turning ideas into practical designs and continuously improving my engineering skills. Currently, I am developing my expertise in CATIA V5 and preparing to expand my knowledge in Finite Element Analysis (Abaqus). I am passionate about solving engineering problems, learning new technologies, and working on projects that challenge me to grow both technically and professionally. My goal is to build an international career in mechanical design while collaborating with companies and clients on innovative engineering projects. I am always open to connecting with engineers, designers, recruiters, and professionals who share similar interests.

Mechanical Design & FEA Engineer — SolidWorks, CATIA & Abaqus I’m a mechanical engineer with experience in CAD design and finite element analysis. I work with SolidWorks, CATIA, and Abaqus for mechan... Read more

Mechanical Design & FEA Engineer — SolidWorks, CATIA & Abaqus I’m a mechanical engineer with experience in CAD design and finite element analysis. I work with SolidWorks, CATIA, and Abaqus for mechanical design, 3D modeling, and engineering simulations. I can help with: * 3D part and assembly modeling in SolidWorks and CATIA * 2D drawings and manufacturing-ready designs * Mechanical component and assembly design * Finite Element Analysis (FEA) using Abaqus * Static structural analysis * Stress, strain, and deformation analysis * Contact and nonlinear analysis * Meshing and setting up appropriate boundary conditions * Interpreting simulation results and preparing engineering reports * Modifying and improving existing CAD models based on analysis results I pay attention to dimensions, design details, and realistic engineering conditions rather than simply creating a model or running a simulation. If you already have a CAD model, technical drawing, or a specific engineering problem, feel free to send me the details. I can review the requirements and suggest the most suitable approach before starting the work. I’m available for both small tasks and longer-term engineering projects.

I am an MSc computational engineering student with 2 years of experience in the automotive domain. I have majorly worked on air box sealing analysis and valvetrain. I have worked with tools like Hyper... Read more

I am an MSc computational engineering student with 2 years of experience in the automotive domain. I have majorly worked on air box sealing analysis and valvetrain. I have worked with tools like Hypermesh, Abaqus, Femfat, and VALDYN. Apart from analysis, I have experience in meshing (engine components, sheet metal etc)

Skills: Structural analysis & design Software: Staad Pro | Abaqus CAD and drafting: AutoCAD 2D and 3DProject management: Microsoft Project | Lean Construction | Microsoft Office suite - Advanced MS Ex... Read more

Skills: Structural analysis & design Software: Staad Pro | Abaqus CAD and drafting: AutoCAD 2D and 3DProject management: Microsoft Project | Lean Construction | Microsoft Office suite - Advanced MS Excel, MS Power Point, MS Word, Outlook, Teams, OneNote | Google Suite – ▒▒▒▒▒, Docs, Sheets, Slides, Calendar, Forms, Sustainable Construction: Sustainable construction materials | Material characterization | Efficiency analysis | Concrete Technology, Software development & data analysis: Python | Trend Analysis | Statistical Analysis | XLSTAT | ArcGIS PROJECTS: 1. INFLUENCE OF CONSTRUCTION AND DEMOLITION WASTE CONCRETE AS COARSE AGGREGATE FOR DEVELOPING CEMENT-BASED MESH-EMBEDDED PAVER BLOCKS. Major project Analysed the potential of 100% replacement of recycled mortar-surrounded coarse aggregate (RMSCA) as coarse aggregate and embedment of steel fibre for achieving the highest compressive strength. RMSCA paver showed a 12% increase in compressive strength over conventional NCA blocks. Steel wire mesh reinforcement in RMSCA further increased strength by 38%, making the blocks suitable for non-traffic zones. The research aimed to reduce carbon footprints and provide valuable insights into the potential of using RMSCA in paver block production, which contributes to sustainable construction practices. And determined the size of RMSCA for better strength performance, which yielded promising results. 2. APPLICATION OF DISCRETE WAVELET TRANSFORM AND INNOVATIVE TREND ANALYSIS FOR RAINFALL TREND ANALYSIS IN GREATER CHENNAI CORPORATION, TN, INDIA. The research focused on the importance of understanding the uncertainties of rainfall patterns. And analyzed the effect of climate change-induced rainfall fluctuations on the Greater Chennai Corporation (GCC) using seasonal and annual rainfall data for over a period of 35 years. The data was extracted from the Center for Hydrometeorology and Remote Sensing (CHRS platform) and bias-corrected with a resolution of 0.040 degree. With the incorporation of the homogeneity test for a uniform and consistent data format, found the monotonically and non-monotonically increasing trend by innovative trend analysis and discrete wavelet transform. INTERNSHIPS: 1. National Institute of Technology, Tiruchirappalli Research Internship - Structural Design Engineer • Directed comprehensive analysis of pre-engineered industrial steel building structure, employing Finite Element Analysis (FEA) techniques. Utilized Abaqus CAE and STAAD Pro for detailed structural modelling and dynamics under diverse loading scenarios. Implemented steel structure design and detail for meticulous analysis. • Investigated design parameters' impact on PEB steel frame performance, emphasizing haunches' role in enhancing structural stability. Contributed to design modifications based on FEA results to enhance overall reliability. • Implemented advanced FEA techniques using Abaqus CAE and STAAD Pro, influencing the optimization approach for PEB steel frame designs. Played a pivotal role in enhancing structural performance through simulation and analysis. • Generated comprehensive reports and presentations detailing FEA findings and design recommendations. Communicated implications and benefits of haunch utilization in PEB steel industrial structures, facilitating informed decision-making. Technologies and skills: Structural design and analysis, pre-engineered steel industrial structures, and finite element analysis. 2. Public Works Department, Thanjavur Structural Design Engineering Trainee • Directed the structural design of Prefabricated Structures, ensuring integrity and stability. Applied expertise in structural engineering principles and collaborated with engineers to meet regulatory standards. • Utilized AutoCAD to create detailed structural drawings, translating architectural concepts into precise technical specifications. Ensured compliance with regulatory standards and engineering best practices. • Provided crucial design insights to integrate aesthetics with regulatory standards. Collaborated with Executive Engineer and Assistant Engineers for large-scale projects, ensuring adherence to engineering and regulatory requirements. • Conducted on-site inspections to oversee the implementation of AutoCAD-generated designs, ensuring compliance with safety and quality standards. Played a vital role in ensuring the execution of designs for optimal project outcomes. Technologies and skills: AutoCAD 2D and 3D, floor plan, layout plan, and Prefabricated structures. RESEARCH PAPER PRESENTATION: Research paper presenter: 14th Structural Engineering Convention, SEC-2024, NITT • I Presented my research (major project) at the SEC 2024, Organized by the Department of Civil Engineering at the National Institute of Technology, Tiruchirappalli, from 12th to 14th Dec 2024. The conference was organized under the aegis of the Indian Association for Structural Engineering (IASE), RILEM, and TLC2. Editorial Board - Springer Scopus.

Working in CAE for more than 8 years. Have worked on various software and solvers for static load cases. Also an expert in meshing sheet metal, plastics and solids. Leading a team since last 2 years

Working in CAE for more than 8 years. Have worked on various software and solvers for static load cases. Also an expert in meshing sheet metal, plastics and solids. Leading a team since last 2 years

I am a Materials Engineer with strong experience in 3D CAD modeling and technical design using SolidWorks. I specialize in mechanical parts, mold design, and detailed 2D manufacturing drawings. I hav... Read more

I am a Materials Engineer with strong experience in 3D CAD modeling and technical design using SolidWorks. I specialize in mechanical parts, mold design, and detailed 2D manufacturing drawings. I have hands-on experience from industrial and academic projects, including work in manufacturing methods and die casting environments. I am CSWA certified, which confirms my ability to create accurate parts, assemblies, and technical documentation. I am detail-oriented, reliable, and committed to delivering high-quality designs that meet client requirements and deadlines.

Mechanical Engineer specializing in the design and manufacturing of industrial machinery. I have hands-on experience in the development and production of industrial equipment, including plastic extrus... Read more

Mechanical Engineer specializing in the design and manufacturing of industrial machinery. I have hands-on experience in the development and production of industrial equipment, including plastic extrusion and injection machines. My expertise includes mechanical design, CNC machine design, manufacturing processes, and CAM programming using PowerMill. I also have experience with CAD/CAM workflows and developing practical, manufacturable mechanical solutions. I hold a M.Sc. in Mechanical Engineering.

VED is a research and development-driven engineering firm specializing in advanced computational simulation and simulation-driven engineering. We help industries, startups, researchers, and R&D teams... Read more

VED is a research and development-driven engineering firm specializing in advanced computational simulation and simulation-driven engineering. We help industries, startups, researchers, and R&D teams investigate complex engineering problems, evaluate new concepts, optimize designs, and understand performance through high-fidelity numerical modelling, validation, and engineering analysis. Our expertise includes finite element analysis (FEA), structural and thermal simulations, multiphysics modeling, virtual prototyping, and design optimization. By integrating digital engineering with applied research, we support the development of safer, stronger, lighter, and more efficient engineering solutions while reducing the need for costly physical trial-and-error.

I’m a Mechanical Design Engineer with a Master’s degree in Mechanical Engineering, specializing in CAD, product development, FEA and composite structures. I work mainly with SolidWorks and Abaqus, de... Read more

I’m a Mechanical Design Engineer with a Master’s degree in Mechanical Engineering, specializing in CAD, product development, FEA and composite structures. I work mainly with SolidWorks and Abaqus, developing 3D models, technical drawings, mechanical components and structural analyses. I also have hands-on experience with composite materials, prototyping, mold design and manufacturing processes. My experience includes projects in the marine sector, such as recreational boat structures, hydrofoil components and carbon-fiber composite parts. I can help with: 3D CAD modeling and mechanical design Technical drawings and manufacturing documentation Structural analysis and FEA Composite component design Product development and prototyping Design for CNC machining and 3D printing I focus on practical, manufacturable and technically sound engineering solutions.