Hire the Best COMSOL Multiphysics Specialists
in India

CFD and FEA consultant with post-doctoral research experience and 15+ publications in peer-reviewed journals. I run simulations from CAD cleanup through meshing, solving, and post-processing, and deliver results with clear reports and animations. Can handle complex and multi-disciplinary projects. Applications: - HVAC, ventilation, and indoor air quality - Heat transfer and thermal management (heat exchangers, cold plates, data centers) - Turbomachinery and aerodynamics - Multiphase flow (free-surface, particle-laden, droplet dynamics) - Adjoint-based design optimization (DAFoam, Dakota) - FEA structural and thermal-structural analysis - Far-UVC pathogen modeling and disinfection Interested in and exploring AI/ML integration with CFD workflows (surrogate modeling, physics-informed approaches). Tools: - CFD: OpenFOAM, Ansys Fluent, Basilisk, CONVERGE - FEA: Code_Aster, Calculix, Elmer, Abaqus - CAD/Meshing: Blender, FreeCAD, Gmsh, snappyHexMesh - Post-processing: ParaView, Python, Blender - Programming: Python, C/C++, Fortran, MATLAB I have my own high-performance compute server, so simulations run on my hardware with no cloud costs passed to you.

🏆 Top-Rated Freelancer with 100% Job Success Score 🥇 10+ Patents 💡 Collaborated with Global Industries like TATA Trust-Social Alpha, DRDO, INS Kalinga, ISRO ⚡ Harnessing 9,200-Core HPC Infrastructure for Lightning-Fast Simulations __________________________________________________________________________ Hello! 👋 I'm Santhan, a results-driven engineering simulation and optimization expert passionate about transforming complex challenges into practical and efficient technological solutions. With extensive experience in aerospace ✈️, energy ⚡, automotive 🚗, and marine sectors 🚢, I am committed to helping you bring your engineering visions to life. __________________________________________________________________________ 🌟 State-of-the-Art Infrastructure at Your Fingertips Elevate your projects with my cutting-edge computational resources: 🔹High-Performance Computing Cluster 🖥️💨: Access to a parallel cluster with 32,000 cores, reducing computational time from 30 days to just 8 hours. 🔹Advanced GPU Technology 🎮🚀: Single GPU performance equivalent to over 400 CPUs, with six GPUs surpassing 2,000 CPUs. This powerful infrastructure enables me to handle both small and large-scale simulations efficiently, providing you with faster results and real-time insights. __________________________________________________________________________ 💼 Expertise That Delivers Results 🌊 Computational Fluid Dynamics (CFD) Services: 🔹Aerodynamics and Hydrodynamics Analysis 🌬️🌊: 🔹Turbulence Modeling and Simulation 🌪️: 🔹Multiphase Flow and Particle Tracking 💧🔬: 🔹Heat Transfer and Thermal Management 🔥❄️: 🔹Combustion and Reacting Flows 🔥💨: 🔹Custom User-Defined Functions (UDFs) in ANSYS Fluent 🛠️: 🔹Fluid-Structure Interaction (FSI) 💧🏗️: 🔹Optimization and Design Studies 🎯: 🔹CFD Automation and Scripting 🤖: 🛠️ Finite Element Analysis (FEA) Services: 🔹Structural Analysis 🏗️: 🔹Thermal Analysis 🌡️: 🔹Modal and Vibration Analysis 🎵: 🔹Fatigue and Fracture Mechanics 🪨: 🔹Buckling and Stability Analysis 🌀: 🔹Composite Material Analysis 🧩: 🔹Explicit Dynamics and Impact Analysis 💥: 🔹Multiphysics Simulations 🔄: 🔹Optimization and Design Studies 🎯: 📐 3D CAD Modeling and Design Services: 🔹Complex Surface Modeling 🌀 🔹Sheet Metal Design and Fabrication Drawings 🛠️ 🔹Reverse Engineering and Redesign 🔄 🔹3D Product Design for Manufacturing (DFM) 🏭 🔹Detailed 3D Drawings and Assembly Modeling 📏 🔹Rapid Prototyping and Functional Testing ⚙️ 🔹Injection Molding Design and Technical Drawings 🧪 🔹3D Rendering and Animations for Presentations 🎥 🔹Tailored Mechanical Engineering Solutions to Fit Your Needs 💡 __________________________________________________________________________ 💎 What Sets Me Apart 🔹Proven Track Record 🏅: Successfully completed over 250 projects, helping clients reduce product development time by up to 60% and cutting costs by 35%. 🔹Advanced Technical Expertise 🚀: 🔹Certified ANSYS Specialist 🥇: Proficient in ANSYS Fluent, Mechanical, and Workbench. 🔹Software Proficiency 💻: Extensive experience with OpenFOAM, STAR-CCM+, Abaqus, and COMSOL Multiphysics. 🔹Custom Scripting and Automation 🤖: Development of custom scripts in Python for automation and advanced analysis. 🔹AI/ML Integration 🧠: Applying machine learning algorithms to optimize designs and predict performance. 🔹Innovative Solutions 💡: Developed __________________________________________________________________________ 🤝 Why Collaborate With Me? 🔹Accelerate Your Projects ⏩: Leverage my powerful infrastructure to get faster, more accurate results. 🔹Exceptional Quality ⭐: Delivering precise simulations and designs that exceed expectations. 🔹Transparent Communication 🗣️: Regular updates and open dialogue throughout the project. 🔹Global Experience 🌍: Collaborated with Fortune 500 clients and innovative startups alike. __________________________________________________________________________ 🚀 Let's Turn Your Vision Into Reality! Ready to elevate your engineering projects with unparalleled computational power and expertise? Feel free to leave a message as I instantly respond to queries. I'm excited to collaborate and help you achieve your goals. __________________________________________________________________________ 📞 Get in Touch Contact me today for a free consultation or to discuss your project needs. ____________________________________________________________________________ Together, we'll push the boundaries of what's possible in engineering. 🌐✨

I am a CFD Engineer with 3+ years of experience in thermal and fluid simulations using Ansys Fluent and Star-CCM+. I have worked extensively on battery thermal management, rocket launch simulations, and turbomachinery flow analysis.

I’m an Aerospace Engineer with a strong foundation in engineering design, computational analysis, and complete project execution across aerospace and mechanical systems. I enjoy working at the intersection of theory and application, taking analytical concepts and translating them into practical, high performance designs. Why me? !) I don’t rely solely on software outputs. I understand the governing physics, mathematical models, and engineering assumptions behind every design and simulation, ensuring results are technically sound and defensible. !!) I prioritize technical accuracy, structured documentation, and timely delivery. Each project is approached with a strong engineering methodology, ensuring solutions that are not only computationally sound but also practically implementable. Core Competencies: 1) Advanced 3D CAD Modelling : Parametric and surface modelling for complex geometries, design for manufacturability (DFM), assembly integration, and detailed engineering documentation. 2) Computational Fluid Dynamics (CFD) : Aerodynamic, internal flow, and thermal simulations including meshing strategy development, turbulence modelling, boundary condition optimization, and result validation for performance enhancement. 3) Structural & Thermal Analysis (FEA) : Linear and nonlinear simulations for stress analysis, deformation studies, fatigue estimation, and coupled thermal-structural evaluations to ensure design integrity and reliability. 4) Engineering Research & Development : Experience in experimental validation, analytical modelling, and simulation driven design optimization for academic and applied engineering projects. 5) Academic Mentorship : Over three years of experience teaching physics and core engineering subjects, with a focus on strengthening fundamentals and applied problem-solving skills. 6) Project Consultation & Execution : Comprehensive support for undergraduate, postgraduate, and research level projects, including concept development, modelling, simulation, validation, and technical documentation. If you’re looking for technically rigorous, well-validated, and professionally executed work, let’s collaborate.

Hey there, I am Aniket! MSc in Computational Fluid Dynamics from Cranfield University, 7 years at ANSYS as Product Owner for Conjugate Heat Transfer, 3 granted US patent, and 15+ GenAI systems shipped to production since. I build engineering simulation and AI that survives review. Most people who can run a solver cannot build an ML pipeline, and most people who can build an ML pipeline have never defended a mesh-independence study. I do both, which is why my work usually lands on problems sitting between the two. Simulation CFD end to end: geometry cleanup, meshing (snappyHexMesh, cfMesh, Salome), solving, and grid-independence studies in OpenFOAM, SU2, Fluent, and Icepak. Conjugate heat transfer, buoyancy-driven flow, multiphase, rotating machinery (MRF), FSI. FEA with documented assumptions: thermal and thermo-structural analysis, factor-of-safety iteration, and material behaviour flagged honestly so the report holds up in an audit. AI for engineering Surrogate models and multi-fidelity co-Kriging that blend many cheap coarse runs with a few expensive fine ones. On server-thermal quantities this cut prediction error by 62 to 67 percent against a single-fidelity model, so you explore thousands of design variants in the time one solver run used to take. Design optimization with genetic algorithms (NSGA-II), parametric sweeps, and knee-point selection wired straight to the solver. Applied AI RAG, agentic workflows, voicebots, information extraction, and evaluation harnesses, all in production settings. A 19-label PII/PCI classifier at 95 percent test accuracy shipped in 6 weeks. An LLM extraction pipeline that structured 1M food-product records at 90 percent field accuracy. A multilingual voice-interview platform running 100+ concurrent sessions across 11 languages at roughly $0.05 per interview. How I work I read the brief before I quote, and I say up front what is inside and outside my experience. Every simulation deliverable includes mesh-independence evidence, documented boundary conditions, and a plain statement of what was not tested. My pipelines run automated verification checks; on one study a checking step caught a sign-convention error before it reached the report. Compute and confidentiality: I run my own 24-core dual-RTX-3090 Linux server with OpenFOAM in Docker and local LLMs. Your geometry and data can stay on hardware I control, or on yours. NDA-friendly, and you own all IP and source files. Tools: OpenFOAM, ANSYS Fluent and Icepak, SU2, Salome, ParaView, Python, PyTorch, SMT, scikit-learn, LangChain, LangGraph, CrewAI, MCP, promptfoo, Langfuse, MLflow, vLLM, Ollama, FastAPI, Postgres, Docker, AWS, GCP, Azure. If you have geometry, operating conditions, or prior test data ready, send them across and I will come back with a scoped plan rather than a canned bid.

Professional Summary I am a technology consultant specializing in Quantum Computing, Artificial Intelligence (AI), Blockchain, IoT, Full-Stack Development, and DevOps services. I focus on providing practical solutions to complex challenges, enabling businesses to innovate and streamline operations. Key Services Offered: Quantum Computing Solutions: • Developing quantum algorithms for finance, optimization, and materials science. • Researching and implementing quantum machine learning models for data analysis. • Simulating and deploying quantum systems to optimize workflows and predict outcomes. Artificial Intelligence and Machine Learning: • Designing AI-driven applications, including NLP tools using large language models (LLMs). • Building machine learning models for predictive analytics and anomaly detection. • Creating AI frameworks for automation, decision-making, and recommendation systems. Blockchain and IoT Development: • Developing blockchain applications for secure, scalable solutions in various industries. • Designing smart contracts for workflow automation and transparency. • Implementing IoT solutions integrated with blockchain for secure data handling. Full-Stack Development and DevOps Services: • Building modern web and software applications with a focus on user experience and functionality. • Providing end-to-end development services, from frontend and backend to database design. • Offering DevOps solutions, including CI/CD pipelines, cloud deployments, and Kubernetes-based scaling. Educational Background: • Ph.D. in Physics – Specialization in Quantum Information & Optics. • Postgraduate Certification – Fundamentals of Blockchain Technology. • Master’s and Bachelor’s Degrees – Physics with a focus on Theoretical Physics. Notable Projects: Quantum and AI Projects: • Developing portfolio optimization algorithms using quantum and classical methods. • Designing anomaly detection systems with Isolation Forest and LSTM models. • Simulating quantum key distribution protocols for secure communication. Blockchain and Web Development: • Designing decentralized applications (dApps) with advanced smart contract functionalities. • Developing scalable web applications for industries like e-commerce, education, and finance. • Implementing DevOps pipelines and cloud-based deployment strategies for efficient operations. Why Choose My Services? • Diverse Expertise: Proficiency across Quantum Computing, AI, Blockchain, IoT, and Full-Stack Development. • Tailored Solutions: Custom-designed applications and algorithms to meet your business objectives. • Comprehensive Support: End-to-end services from ideation to deployment and maintenance. I am dedicated to helping businesses leverage advanced technologies to achieve their goals. Let’s collaborate to create impactful solutions tailored to your needs. For more details and to discuss your project send an invitation to my profile.