Hire the Best WinDev Specialists

I am an energy modeller from Viet Nam with over five years of experience in residential energy modelling across Australia. I gained hands-on experience creating detailed models for both complex dwellings and Class 2 buildings under the NatHERS framework. I am highly skilled in using HERO and FirstRate5 for thermal performance modelling, as well as Speckle for workflow integration and data management. My background allows me to deliver accurate, efficient, and well-documented energy models for a wide range of residential projects.

Looking for accurate CFD/FEA simulations or a professional Product or Mechanical Parts Designer? I’m a Mechanical Engineer specializing in ANSYS, CFD, FEA, SolidWorks, 3D Modeling, and Mechanical Design. I help clients design, simulate, analyze, and optimize mechanical systems—from CAD models to validated engineering results. ⚙️ CFD & ANSYS Fluent Internal & external flow analysis Aerodynamics, Aerospace & fluid-flow simulation Heat transfer & thermal analysis Pressure, velocity & turbulence analysis Mixing of fluids or Chemical Engineering Analysis Meshing, convergence & post-processing 🔩 FEA & Structural Analysis Stress, strain & deformation analysis Static structural analysis Factor of safety & design validation Structural and mechanical optimization 📐 SolidWorks & CAD 3D part & product modeling Mechanical components & assemblies Engineering drawings CAD preparation for CFD/FEA Design modification & optimization 💻 Additional Expertise: Python, Machine Learning, Deep Learning, predictive modeling, and AI-driven engineering optimization. Tools & Skills: ANSYS Fluent | ANSYS Mechanical | SolidWorks | Abaqus | CFD | FEA | CAD | Thermal Analysis | Structural Analysis | Product Design | Mechanical Engineering My focus is not just producing simulations, I provide clear engineering results, technical insights, and practical design recommendations. Have a mechanical design or simulation problem? Send me your requirements and let’s discuss the best approach.

I am a Mechanical Engineer and Certified CAD professional with over three years of experience in the industry. I specialize in the field of unmanned aviation and have been working as a UAV Design & Integration Engineer and UAV pilot in middle east. My strong areas are 3D CAD design, FEA structural analysis, CFD analysis, autopilot configuration, and drone flight operations. The software I use in design & development phase are SolidWorks & Fusion 360 (for CAD), XFLR5 (for aerodynamic analysis), and ANSYS (for CFD & FEA). Similarly, for UAV testing and operation, I am proficient in configuring various flight controllers, e.g., Pixhawk and in using GCS tools like Mission Planner & QGC. In a nutshell, I am your one-stop solution for all your design, development, and operational needs. I can single handedly lead a project from concept design to development.

Need a CAD model that actually fits, prints, assembles, and performs perfectly under real-world loads? That is exactly what I build. Many designers can make a 3D model look good on screen, but I design with manufacturing and engineering physics in mind. I help clients turn rough sketches, PDFs, or ideas into accurate, production-ready designs and validate them using advanced simulations before manufacturing. What I Can Help You With: 1. 3D CAD Modeling & Prototyping: Clean, parametric models and assemblies ready for production. 2. Design for Manufacturing (DFM): Specialized in sheet metal design, CNC-ready components (DXF/STEP), and 3D printing optimization. 3. Engineering Simulation (FEA & CFD): High-accuracy stress, fatigue, structural analysis, thermal modeling, and fluid dynamics to ensure your product won't fail. 4. 2D Technical Drawings: Fully dimensioned manufacturing and shop drawings. Software I Use: 1. CAD & Design: SolidWorks, Fusion 360, AutoCAD 2. Simulation & Analysis: ANSYS, COMSOL Multiphysics, Abaqus, SolidWorks, Rocky DEM Why Work With Me? I focus on clean geometry, highly accurate dimensions, and fast turnaround. Every simulation comes with a clear, decision-ready engineering report, not just black-box numbers. Let’s discuss your project and bring your idea to life. Send me a message today!

Hi, I'm Widad Elyamani – an aerospace engineering graduate with deep experience in CFD, CAD, and structural analysis. I've used ANSYS and Abaqus to evaluate composite structures, always aiming for efficient, high-performance outcomes. MATLAB & Simulink help me handle data analysis, control logic, and simulation automation. Whether you need aerodynamic analysis, structural FEA, or detailed CAD modelling, I focus on delivering precise, high-quality results. Because engineering isn't just theory – it's solving real problems with practical, well-executed solutions. My background combines analytical rigour with hands-on design and simulation. I've run aerodynamic studies using XFLR5 / XFOIL, created production-ready models in SolidWorks and CATIA V5, and performed advanced simulations across multiple physics domains. Tools I work with : °ANSYS (CFD, thermal, multiphase, microfluidics, coupled loads) °Abaqus (FEA, composites) °SolidWorks (3D modelling, assemblies, surfaces) °CATIA V5 °MATLAB & Simulink °XFLR5 / XFOIL How I work: °Clarify requirements before starting °Keep a clean, organised engineering workflow °Stay precise, communicate regularly, meet deadlines From 3D mechanical design to CFD, FEA, or general technical support – my goal is the same: add real value with professional, reliable work. Let's talk about your project and what you need to achieve. Best, Widad E.

I act as a Digital-Physical Systems Architect(Engineer), bridging the high-resolution gap between computational simulation and 3-micron physical execution. My workflow is governed by a Zero-Error Philosophy: I do not provide "attempts"; I engineer solved outcomes. Strategic References Rolls-Royce Marine: Manufacturing Lead for 5-meter propulsion assemblies and thrusters. Optimized high-speed kinematics and manual G-code for heavy industrial maritime systems. • Maersk & Siemens: Tier 1 Liaison managing strategic governance, data traceability, and operational integration for global infrastructure. • Danish Government & PET: Handled sensitive infrastructure projects requiring absolute operational security and zero-error data frameworks. • Defense & MedTech: Specialized in thermal management for Defense HVAC and ISO 13485 compliant manufacturing for the Japanese medical market (3-micron tolerances). The Integrated Execution Loop For Tier 1 government, defense, and MedTech (ISO 13485, SMACNA) projects, failure is a result of fragmented data. I eliminate this friction by integrating the entire loop: • Virtual Validation (CFD & FEA): High-fidelity simulation of fluid-to-air heat transfer (STAR-CCM+, nanoFluidX) and structural integrity (Simcenter Nastran). I validate the physics before a single resource is committed. • Design for Manufacturing (DFM): Translating complex geometry into flawless CAD/CAM architecture (NX, SolidWorks or any preferred file format). I ensure that the 3D model, technical drawings, and G-code are a perfectly synchronized loop. • High-Precision Production: Expert-level mastery of 5-Axis Milling and Swiss-Type Turning (Citizen/Nakamura-Tome, Fanuc/robotics) for exotic materials like Titanium and PEEK. Strategic Governance & Value My background includes designing data traceability frameworks for PET, the Danish Government, and leading manufacturing for Rolls-Royce Marine (5-meter propulsion assemblies). I specialize in Operational Turnaround, using first-principles logic to solve engineering friction that traditional vendors miss. The Zero-Error Guarantee I do not accept payment for unstable or unverified solutions. I prioritize Fixed-Price, Solution-Based contracts because my value is measured by the elimination of technical risk. Note on Availability: To maintain 100% fidelity and precision tolerances, I accept only a limited number of high-stakes strategic partnerships per year.