Hire the best Abaqus CAE experts for your company

Dynamic OEM Executive with over 20 + years of proven ` and business unit leadership with a focus on ICE and Electric vehicles. Seeking a senior leadership role to shape the future of automotive tec... Read more

Dynamic OEM Executive with over 20 + years of proven ` and business unit leadership with a focus on ICE and Electric vehicles. Seeking a senior leadership role to shape the future of automotive technologies and business growth

Hardworking and detail-oriented engineer with experience in maintenance, problem-solving, and drafting. Currently a Junior Maintenance Engineer with past internships in maintenance and drafting. Skill... Read more

Hardworking and detail-oriented engineer with experience in maintenance, problem-solving, and drafting. Currently a Junior Maintenance Engineer with past internships in maintenance and drafting. Skilled in mechanical design, process improvement, and teamwork. Passionate about project engineering and aiming to become a Project Engineer, using technical skills and leadership to improve efficiency and complete projects successfully.

Hello, I'm a seasoned Mechanical Design Engineer with over 5 years of experience in CAD, CAM, FEA, and CFD. In addition to this I am also a certified Quality, Risk, and Project Management Professional... Read more

Hello, I'm a seasoned Mechanical Design Engineer with over 5 years of experience in CAD, CAM, FEA, and CFD. In addition to this I am also a certified Quality, Risk, and Project Management Professional. I'm your best bet at getting it right. I specialize in transforming innovative ideas into tangible, high-quality designs, and easily manufacturable solutions with a keen eye for detail and a passion for pushing boundaries Tools I use; ◼ Solidworks ◼ ANSYS ◼ Abaqus ◼ MSC ADAMS ◼ Arduino IDE ◼ Caesar II ◼ AVEVA E3D & Pro/II I excel in; ◼ Creating detailed 3D models ◼ Conducting FEA and CFD simulations ◼ Reverse Engineering ◼ Optimizing designs for performance and manufacturability ◼ Prototyping and Testing ◼ Cost Optimization ◼ Documentation and writing of technical reports and papers ◼ Process plant design and simulation ◼ Effectively communicating technical concepts ◼ Collaborating with cross-functional teams, clients, and stakeholders as required. ◼ Ensuring accuracy, completeness, and compliance with specifications and requirements. My goal is to collaborate closely with you to understand your unique requirements and deliver customized solutions that exceed expectations. From concept development to final production, I am committed to delivering excellence and driving success in every project I undertake. Less words more action, feel free to send me a message. Let's bring your ideas to reality!

Aerospace Engineering undergraduate with hands-on experience in multiscale modeling, advanced materials, and computational simulations. Skilled in FEA, molecular dynamics, and machine learning for sol... Read more

Aerospace Engineering undergraduate with hands-on experience in multiscale modeling, advanced materials, and computational simulations. Skilled in FEA, molecular dynamics, and machine learning for solving complex process–structure–property problems in aerospace applications. Worked on additive manufacturing simulations, CNT-based composite modeling, and ML-driven material design, delivering measurable improvements in prediction accuracy and structural performance. Proficient in Python, MATLAB, ANSYS, ABAQUS, COMSOL, and LAMMPS, with practical exposure to SEM, XRD, and wind tunnel testing. Currently pursuing B.E. in Aerospace Engineering with research experience at ARCI, NIT Warangal, and NAL. Passionate about interdisciplinary research in aerospace structures, nanocomposites, and next-generation materials.

Hi guys, I am a Mechanical Engineer who is passionate about finding solutions to tangible problems. The biggest problem we face is fighting the climate crisis and I am determined to help. My experti... Read more

Hi guys, I am a Mechanical Engineer who is passionate about finding solutions to tangible problems. The biggest problem we face is fighting the climate crisis and I am determined to help. My expertise are broad and diverse. I am into a blend of mechanical design, product development and Industrial design too. I can range from drawing with charcol to in depth engineering analysis (structural, fluids and thermo). Aditionally I am learning a framework on how to build a revolutionary product, and also some digital design with framer and Figma. Explore my website to see my past development capabilities. www.emiliotoro.com Cheers. Emilio

M.Eng. in Mechanical Engineering candidate at Beijing Institute of Technology, specializing in active vibration control and multiphysics propulsion. With a strong foundation in aerospace engineering,... Read more

M.Eng. in Mechanical Engineering candidate at Beijing Institute of Technology, specializing in active vibration control and multiphysics propulsion. With a strong foundation in aerospace engineering, I excel in transforming complex problems into innovative solutions through Sketch-To-CAD design. An analytical problem-solver with experimental and programming expertise. Passionate about sketching/drawing and proficient in Solidworks/FreeCAD (2D/3D modeling). I can turn ideas into concrete product. Accomplishments and Projects : - Contributor to NeboEYE-1, a lunar water detection project selected for the 11th China Graduate Future Flight Vehicle Innovation Competition (2025). - Designed and validated a 6-DoF Active Vibration Isolation System (AVIS) controller, earning 3rd prize at the 3rd IS-Academic Forum for Outstanding International Students at USTB (2025). - Conducted numerical simulations of laser ignition for hybrid rocket propulsion using ANSYS Fluent, focusing on slab burners (2023). - Developed a data acquisition system for dynamic testing of Senegalese Air Force helicopters Mi17/Mi35 using Python and Arduino (2021)

I am an R&D Chief Engineer in Product Design, Simulation, and Materials, with strong industrial experience in the development of home appliance products, mechanical components, and engineering-driven... Read more

I am an R&D Chief Engineer in Product Design, Simulation, and Materials, with strong industrial experience in the development of home appliance products, mechanical components, and engineering-driven product solutions. My expertise combines product conception, engineering simulation, materials engineering, and design optimization, allowing me to support projects from initial concept to technical validation. I specialize in: Structural and mechanical simulation (FEM) CFD and thermal analysis Materials engineering (metals & polymers) Design validation and optimization Failure analysis and durability assessment Engineering modeling and technical problem solving I have extensive experience working with both metallic and plastic components, including their: mechanical behavior manufacturing constraints durability performance structural limitations material selection criteria I am proficient in a wide range of advanced engineering tools, including: Altair HyperMesh AcuSolve OptiStruct Abaqus SimLab HyperForm SolidWorks I also have strong programming skills in: MATLAB Python Fortran These skills allow me to build custom scripts, automate repetitive engineering tasks, optimize workflows, and perform advanced data analysis for simulation and product development projects. Services I can provide: CAD modeling and design support Finite Element Analysis (FEA / FEM) CFD and thermal simulations Engineering calculations Materials selection and analysis Product design improvement and optimization Simulation automation and scripting Technical support for R&D and industrial development I focus on delivering reliable, technically sound, and practical engineering solutions that help clients reduce risk, improve product performance, and accelerate development.

Mechanical engineer with 8+ years of expertise in 3D design, modeling, and simulation—mastering SolidWorks, CATIA, and Abaqus to turn complex ideas into precision-engineered solutions. Let’s bring you... Read more

Mechanical engineer with 8+ years of expertise in 3D design, modeling, and simulation—mastering SolidWorks, CATIA, and Abaqus to turn complex ideas into precision-engineered solutions. Let’s bring your next project to life with innovation you can trust. My expertise extends beyond the realm of engineering, as I hold a Python developer certification and boast a comprehensive understanding of JavaScript, CSS, and HTML. Throughout my journey, I've consistently championed innovation, leading cross-functional teams to deliver pioneering solutions that meet and exceed industry demands. My unyielding dedication to precision and my commitment to harnessing cutting-edge technologies have been the driving forces behind my successful career. As I continue to bridge the gap between mechanical engineering and software development, I'm eager to forge new connections and contribute my multidisciplinary prowess to novel and impactful projects.

13+ Years of Industrial Design Engineering | 100+ Successful Projects Delivered I am a Senior Mechanical Design Engineer specializing in the full product development lifecycle—from conceptual design... Read more

13+ Years of Industrial Design Engineering | 100+ Successful Projects Delivered I am a Senior Mechanical Design Engineer specializing in the full product development lifecycle—from conceptual design to manufacturing-ready documentation. With over 13 years of experience on and off ▒▒▒▒▒▒, I have successfully delivered hundreds of projects ranging from industrial machinery to precision consumer electronics. Why work with me? I don't just provide "CAD drawings"; I provide validated engineering solutions. I combine advanced modeling with high-fidelity simulations to ensure your design works perfectly before you invest in tooling. My Core Expertise Includes: Full-Cycle Design: Concept to Detailed Design (CAD) using Creo Parametric & SolidWorks. Advanced FEA Simulation: I perform non-linear, dynamic, vibration, and thermal analysis in Abaqus, ANSYS, and COMSOL to validate structural integrity. Reverse Engineering: Using Reverse Engineering Tools like Geomagic Design X, I transform 3D scans into fully parametric, editable CAD models (not just dumb surfaces). Manufacturing Documentation: Production-ready 2D drawings with GD&T, BOMs, and assembly instructions tailored to your shop floor. Functional Prototyping: 6 years of 3D printing experience (FDM) using engineering materials like ABS and PC for physical proof-of-concept. Specialties: Industrial Machinery, Mechanism Design, Structural Engineering, Jigs & Fixtures, and Consumer Product Development. A Proven Track Record: My career is built on high-stakes industrial projects and successful freelance collaborations. Whether you need a complex mechanism optimized or a legacy part reverse-engineered, I deliver industrial-grade results that adhere to international standards (ASME/ISO). Ready to move your project to the next stage? Click "Invite" to discuss your requirements.

Experienced mechanical engineer with a strong background in CAD design, FEM simulation, and material testing. Skilled in tools like CATIA, Autodesk Inventor, SolidWorks, and Abaqus, with over 5 years... Read more

Experienced mechanical engineer with a strong background in CAD design, FEM simulation, and material testing. Skilled in tools like CATIA, Autodesk Inventor, SolidWorks, and Abaqus, with over 5 years in R&D, project management, and technical documentation. I deliver precise, efficient, and innovative design solutions for engineering challenges.

Mechanical Design Engineer | PhD Candidate in Mechanical Engineering I'm a dedicated Mechanical Engineer currently pursuing my PhD, with a strong focus on precision mechanical design, geometric dimen... Read more

Mechanical Design Engineer | PhD Candidate in Mechanical Engineering I'm a dedicated Mechanical Engineer currently pursuing my PhD, with a strong focus on precision mechanical design, geometric dimensioning and tolerancing (GD&T), and industrial fixture & gauge development. -Core Expertise: Advanced 3D modeling and detailed part design in SolidWorks GD&T-compliant drawings based on ASME Y14.5 standards Custom jig & fixture design for machining, inspection, and assembly processes Tolerance stack-up analysis and DFM/DFA principles. -Ongoing Skill Development: I’m actively strengthening my capabilities in simulation and multiphysics analysis using Abaqus and COMSOL, with plans to master Siemens NX (including advanced modeling and integrated CAE workflows) in the near future.

Mechanical and Manufacturing Engineer with hands-on experience in CAD modelling, FEA simulation and design for manufacturing across automotive, medical device and industrial applications. Skilled in t... Read more

Mechanical and Manufacturing Engineer with hands-on experience in CAD modelling, FEA simulation and design for manufacturing across automotive, medical device and industrial applications. Skilled in turning concepts into robust, manufacturable components using tools such as SolidWorks, Siemens NX, CATIA, Creo, ANSYS and ABAQUS, with strong knowledge of material selection and manufacturing processes including additive manufacturing, CNC machining and rapid prototyping. Experience includes improving catheter production throughput in medical devices, optimising laser-welded automotive components, and designing suspension systems for Formula Student and Baja vehicles, supported by a double Master’s in Manufacturing Engineering & Management and a top-ranked Mechanical Engineering bachelor’s degree.

Mechanical engineer with tendency to design. Proficient in CAD and FEA. Worked with high profile companies

Mechanical engineer with tendency to design. Proficient in CAD and FEA. Worked with high profile companies

Phd in biomechanical design, master and engineering degree in structural, design and production.You need help? i'm here.

Phd in biomechanical design, master and engineering degree in structural, design and production.You need help? i'm here.

With over 18 years of cross-functional R&D leadership, I specialize in simulation-driven product design, CAE, and the integration of AI/ML in engineering workflows. I’ve worked extensively across the... Read more

With over 18 years of cross-functional R&D leadership, I specialize in simulation-driven product design, CAE, and the integration of AI/ML in engineering workflows. I’ve worked extensively across the automotive, industrial equipment, agricultural machinery, and defense sectors—bridging the gap between theoretical research and real-world application. 🔧 Core Technical Strengths: Advanced Finite Element Analysis (Crash, Impact, NVH, Durability, Biomechanics) Human Body Modeling for Injury Prediction (IITDHBM) Computer-Aided Engineering (HyperMesh, LS-DYNA, Abaqus, MSC ADAMS, Nastran, Optistruct, Radioss) Engineering Design & NPD Lifecycle Management Predictive Modeling, Time Series, Gradient Boosted Models Machine Learning & AI for Simulation Optimization Engineering Data Analytics & Visualization Mechanical Design & System-Level Validation Digital Twins & Virtual Prototyping 🧠 Key Projects & Achievements: Lead Scientist on India’s first anthropometric Finite Element Human Body Model for defense (published in the Journal of the Institution of Engineers). Former R&D Manager at Mahindra’s Farm Division, contributing to next-gen tractor platforms and simulation-based safety validation. Principal Project Scientist at IIT Delhi, leading crash safety and biomechanics simulations for high-impact projects. Founder of a bootstrapped e-commerce brand focused on artisan products and digital marketing strategy—blending business, tech, and engineering acumen. Successfully managed technology portfolios involving regulatory compliance, design iteration, validation planning, and customer-focused development. 💡 What Sets Me Apart: I don't just "simulate" problems—I solve them using a blend of engineering fundamentals, data-driven insights, and modern AI/ML approaches. Whether it's designing safe, durable components, reverse engineering systems, validating a mechanical product concept, or analyzing real-world field failures using data, I bring clarity, speed, and technical precision. 🎓 Academia & Certifications: M.Tech in Mechanical Engineering (specialization in CAE and Design) Ongoing professional development in AI/ML (TensorFlow, scikit-learn, Python for Engineers) Multiple publications and upcoming research in injury biomechanics and human-centric design for extreme loading conditions 📈 Industries Served: Automotive | Aerospace | Defense | Manufacturing | Medical Devices | Agri-tech | E-Commerce (Product Strategy) | EdTech 🔍 Let’s Collaborate: Whether you're an early-stage startup needing product validation, an engineering firm seeking high-fidelity simulation models, or a researcher looking for biomechanical modeling expertise—I bring hands-on execution, technical leadership, and an entrepreneurial mindset. 📬 Drop me a message to discuss your project and see how we can solve complex challenges, together.

I’m not just here to draw CAD models—I’m here to solve problems. With over 10 years of experience as a Mechanical Engineer and Technical Project Manager, I bring full-cycle, solution-driven thinking t... Read more

I’m not just here to draw CAD models—I’m here to solve problems. With over 10 years of experience as a Mechanical Engineer and Technical Project Manager, I bring full-cycle, solution-driven thinking to every engagement. I help businesses go from concept to production by combining strong technical design (CAD, FEA, prototyping) with project ownership, cross-functional collaboration, and supplier management. I’ve led product development across the automotive, consumer electronics, and industrial sectors, managing timelines, vendors, and deliverables while ensuring high technical quality. I can deliver turnkey solutions—from system architecture and detailed design to documentation, validation, and cross-team coordination. If you’re looking for someone who understands both the technical details and the bigger picture—how to take an idea, make it real, and manage the chaos in between—I’m your guy.

I design innovative engineering solutions with a focus on practical applications. My experience includes creating a right-angle bevel gearbox through analytical calculations, CAD modeling in Fusion 36... Read more

I design innovative engineering solutions with a focus on practical applications. My experience includes creating a right-angle bevel gearbox through analytical calculations, CAD modeling in Fusion 360, and FEA using Abaqus. I also developed a manual seedling transplanter by engaging with farmers to transform user needs into precise engineering requirements. Additionally, I collaborated on an anti-UAV umbrella project, utilizing Ansys for light and explosion simulations to enhance design effectiveness. With a strong foundation in engineering principles and a hands-on approach, I can bring unique ideas to life. If you need a detail-oriented engineer ready to tackle complex challenges, let’s discuss how I can help your project succeed.

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 am a dedicated electromechanical engineer with a strong background in CAD modelling, simulation, and manufacturing process design. I use SolidWorks and CATIA V5 for mechanical design and, Abaqus and... Read more

I am a dedicated electromechanical engineer with a strong background in CAD modelling, simulation, and manufacturing process design. I use SolidWorks and CATIA V5 for mechanical design and, Abaqus and Marc (Hexagon) for FEA simulations, and I also work with MATLAB/Simulink for system modeling and control design. Key Projects & Experience: - Designed and built a 6-DOF industrial pick and place robotic arm. - Designed a 3U CubeSat structure and performed simulation - Built a working CanSat prototype for atmospheric data collection - Modeled and simulated automated waving machine and Automated a galvanized sheet metal de-coiler machine - Designed a modular JIS production system using visTABLE for Hyundai Mobis - Created machining process plans for sleeve batch production (MCT) - Developed bulk metal forming process (backward and forward cup extrusion) using SolidWorks.

A Structural engineer with more than 13 years of vast experience in infrastructure like metro stations, road and railway tunnels, bridges and metro rail viaduct structures and high-rise buildings, lon... Read more

A Structural engineer with more than 13 years of vast experience in infrastructure like metro stations, road and railway tunnels, bridges and metro rail viaduct structures and high-rise buildings, long-span bridges, cable-stay bridges, industrial building design, structural design of Fire Safety buildings, workshop, control center, etc.

I’m a PhD in Orthopedic Biomechanics from IIT Ropar and postdoctoral research at IIT Delhi and AIIMS Delhi. My expertise combines finite element simulation, biomechanics, and artificial intelligence,... Read more

I’m a PhD in Orthopedic Biomechanics from IIT Ropar and postdoctoral research at IIT Delhi and AIIMS Delhi. My expertise combines finite element simulation, biomechanics, and artificial intelligence, applied to improve human safety, medical device performance, and product reliability. For more than a decade, I’ve built and validated complex finite element (FE) and AI-driven models across biomedical, defense, industrial, and consumer domains, from human dummy simulations under blast impact to fatigue analysis of home furniture. My work integrates LS-DYNA, Abaqus, HyperMesh, and MATLAB/Python to translate physical behavior into computational insight. Key Expertise: 1. Biomedical & Implant Design • Developed FEA models of hip, shoulder (RTSA), femoral, cranial, mandibular, and dental implants to evaluate stress, fatigue, and bone-implant interactions. • Designed a novel glenoid implant for Reverse Total Shoulder Arthroplasty (RTSA), optimized for aged bone with reduced cortical density. • Conducted FEA of Total Hip Arthroplasty (THA) and Short-Stem Total Arthroplasty (STA) to study stress shielding, load transfer, and implant stability. • Simulated stent deployment and expansion behavior, studying elastic recoil, von Mises stress, and fatigue life under pulsatile pressure. • Designed surgical plates and fixation systems for midline mandibular fractures and femoral neck repairs. • Performed CT-to-CAD reconstruction of anatomical models using 3D Slicer, Materialise 3-Matic, and SolidWorks to create accurate patient-specific implants. 2. Human Dummy & Injury Simulation • Led 6 years of FEA-based trauma analysis for cricket ball impacts on pediatric head and thorax models, predicting injury indices (HIC₁₅, Nᵢⱼ, TCC, CSI). • Conducted blast simulations using human dummies in crawling, kneeling, and seated postures to assess lumbar, neck, and thoracic injury risks. • Modeled vehicle occupants (driver and passenger) with and without seatbelts to evaluate restraint effectiveness and injury reduction mechanisms. • Validated Hybrid III dummy models against experimental crash and impact data for defense and sports safety research. 3. Industrial & Structural Mechanics • Designed and analyzed pressure vessels, rotating propellers, and heat-affected components, integrating fatigue and creep modeling. • Performed FEA on chairs and home furniture to determine maximum load capacity, fatigue life, and product safety under real-use conditions. • Applied optimization and multi-physics coupling to predict failure thresholds in composite and metallic structures. 4. AI, Machine Learning & Data Modeling • Cybersecurity: Developed GAN- and Transformer-based anomaly detection systems for attack severity classification. • Agriculture/Botany: Created Soil–Crop recommendation models using SHI and CRI indices derived from PCA and z-score normalization. • Color Vision Deficiency (CVD): Built an AI-driven framework for color blindness diagnosis, simulation, and enhancement using LAB/YCbCr features and Daltonization. • EEG Signal Analysis: Implemented entropy- and complexity-based models for psychiatric disorder classification using ELM and SVM. • Integrated FEA-generated data with ML for injury prediction, material fatigue modeling, and reliability forecasting. Tools & Skills FEA: LS-DYNA, Abaqus, ANSYS, HyperMesh, SolidWorks Simulation Modeling: Rhino, SolidWorks, 3D Slicer, Materialise 3-Matic Programming & ML: MATLAB, Python, TensorFlow, Scikit-learn Specializations: Structural & Nonlinear Dynamics, Fatigue, Superelastic Nitinol Modeling, Optimization, Neural Networks, CAD-based Reconstruction Representative Research & Publications • An Invertible Mathematical Model of Cortical Bone Adaptation — Scientific Reports, 2019 • In Silico Model for Woven Bone Adaptation Under Heavy Loading — Biomechanics & Modeling in Mechanobiology, 2022 • Modeling Cortical Bone Adaptation Using Strain Gradients — Proc. IMechE Part H, 2021 • Alternating Layers of Allograft and Injectable Ceramic Bone Graft Substitute in Acetabular Reconstruction — Arthroplasty Today, 2023 • Temperature Measuring Techniques in Metal Cutting — JJMIE, 2014 (Full list: Google Scholar Profile) Professional Summary My research and consulting work unify simulation physics and intelligent data modeling. Whether simulating stent deformation, optimizing a glenoid implant, predicting crash injuries, or classifying network intrusions, the goal remains the same — translate complexity into understanding. I bring an interdisciplinary edge: deep FEA capability, clinical biomechanics experience, machine-learning fluency, and a strong design sensibility. This combination allows me to deliver scientifically robust, industry-relevant, and innovation-ready solutions.

About Me I’m a research engineer currently pursuing my doctorate in Civil and Mechanical Engineering. I work out of an advanced research lab, where I apply and expand my expertise across a range of d... Read more

About Me I’m a research engineer currently pursuing my doctorate in Civil and Mechanical Engineering. I work out of an advanced research lab, where I apply and expand my expertise across a range of disciplines, including: Finite Element Analysis (FEA) CAD Drafting & Design Materials Testing & Characterization Composite Materials & Polymer Science Chemistry, Mathematics, and Electrical Engineering I thrive on solving complex problems and bringing clarity to technical challenges. Whether it’s simulating structural behavior, optimizing a product design, or interpreting test data, I combine academic depth with real-world practicality. What I Offer FEA & CAD Expertise – I use tools like ANSYS, SolidWorks, and COMSOL to run accurate simulations and optimize designs for performance and efficiency. Material Science Know-How – I provide lab-grade insights on how materials behave under real-world conditions, from polymers and composites to metals and hybrid systems. Cross-Disciplinary Solutions – I connect mechanical, chemical, and electrical principles to solve problems holistically and creatively. Clear Communication – Expect well-organized reports, actionable feedback, and transparent collaboration throughout your project. Why Work With Me? I’m detail-driven, data-oriented, and genuinely passionate about engineering. I take pride in delivering solutions that are technically sound, thoughtfully designed, and easy to understand. You'll get: Honest, respectful communication Reliable delivery and follow-through Big-picture thinking with technical precision Let’s Connect If you need an engineer who can think critically, work independently, and solve challenging problems with care, I'm your guy. I’d love to help bring your project to life.

Mechanical Engineering MSc student with skills in CAD (SolidWorks, Fusion 360), FEA (ANSYS, Abaqus), and programming (MATLAB, Python, VBA). Designed modular gear inspection tools, created detailed 3D... Read more

Mechanical Engineering MSc student with skills in CAD (SolidWorks, Fusion 360), FEA (ANSYS, Abaqus), and programming (MATLAB, Python, VBA). Designed modular gear inspection tools, created detailed 3D models and technical drawings. Strong problem-solving skills, detail-oriented, and quick to learn. Passionate about engineering design and analysis.

Naval Engineer and CFD researcher with a academic background in sustainable maritime technologies and marine renewable energy systems. Experienced in Computational Fluid Dynamics and OpenFOAM, with re... Read more

Naval Engineer and CFD researcher with a academic background in sustainable maritime technologies and marine renewable energy systems. Experienced in Computational Fluid Dynamics and OpenFOAM, with research focused on marine turbines, wave energy converters, and hydrodynamic analysis. Holds a Master’s degree in Sustainable Ship and Shipping 4.0, with expertise in numerical modeling, simulation, and sustainable shipping solutions.

I am Rajnish Kumar with around 4 years of experience in the aeroengine gas turbine domain. I am a highly focused Structural Durability and Life Management Engineer specializing in the High-Pressure Co... Read more

I am Rajnish Kumar with around 4 years of experience in the aeroengine gas turbine domain. I am a highly focused Structural Durability and Life Management Engineer specializing in the High-Pressure Compressor (HPC) rotor for the LEAP-1B engine program. My core expertise lies in performing advanced fatigue analysis using 2D FEA and LCF, Fracture Mechanics principles to ensure component integrity and define safe service life. My responsibilities encompass the full scope of life management, including: Calculating Low Cycle Fatigue (LCF) life using mission profiles, Rainflow Counting, and Miner's Rule. Executing detailed crack initiation and crack propagation analyses to establish Serviceable Limits for critical features like the Seal Wire Groove. Developing 3D to 2D stress correlation factors to enable accurate and efficient full-mission life calculations. I have a strong foundation in Thermo-mechanical Fatigue (TMF) and Stress Concentration Factor (Kt) calculation, directly supporting the Life Management team in making critical decisions regarding non-conforming components and long-term rotor reliability.

I'm a 3D CAD designer, I have ability to work with Solidworks,Catia v5,NX,Autocad,Keyshot and ABAQUS I have 10 years of experience in mechanical design engineering, I have good experience in petroleum... Read more

I'm a 3D CAD designer, I have ability to work with Solidworks,Catia v5,NX,Autocad,Keyshot and ABAQUS I have 10 years of experience in mechanical design engineering, I have good experience in petroleum and pelletising industry