3D Model High‑Efficiency R290 Heat Pump for Europe (Aesthetics, Noise & Safety)
Collaborated with performance engineers to optimize compressor frequency, power output and fan speed balance * Continuously iterated design based on acoustic testing while maintaining thermal performance Result:
3D Model Skylight Roof
combine architectural aesthetics, structural integrity, daylight optimization, and weather-resistant performance into a fully integrated design package. This project involved the design, engineering, and technical
Designer Cull_Engineering
Mechanical Design Engineer | 25+ Years Solving Complex Engineering Challenges
(FEA) using SolidWorks Simulation, Fusion 360, and ANSYS to validate structural integrity, thermal performance, and fatigue life. ● Specialist in Computational Fluid Dynamics (CFD), particularly in fire
2D CAD Design Services 3D Design Services 3D Modeling ANSYS ANSYS Fluent API AutoCAD AutoCAD Design Services Autodesk Fusion 360 CAD Design Computational Fluid Dynamics Concept Design Design Engineer Design Engineering Design Engineering Services Electronic Enclosures Design Engineering Design FEA FEA Finite Element Analysis Finite Element Analysis Fire Dynamics Simulator (FDS) Fluid Dynamics Gadgets Design General CAD Drafting HVAC Design Services Industrial Design Services Mechanical CAD Design Mechanical Design Mechanical Design Services Mechanical Engineering Photorealistic Rendering Product Design Product Development Product Engineering Services Prototyping PyroSim Rapid Prototyping Rendering Simulation SolidWorks SolidWorks Design Services SolidWorks Engineering Services SolidWorks Simulation Tool Design
3D Model MBD Compliant Raspberry Pi HAT Enclosure
Leveraging my background as an Electrical Engineer, I focused on ensuring maximum functionality and thermal performance. - **MBD Compliant:** Model includes fully annotated 3D views, eliminating the need for separate
3D Model HVAC Simulation and Validation for Pharmaceutical Company
improvement in the HVAC system. Provide actionable insights and recommendations to enhance the performance and efficiency of the HVAC system. Methodology: Requirement Analysis: Gather information on the
Designer muhammadowais369
Mechatronic and Control Engineer with SolidWorks, Inventor, AutoCAD experience.
assemblies, I ensure every design is optimized for functionality, manufacturability, and real-world performance. Engineering Analysis (FEA & Motion Studies) I don't just design – I validate. Using built-in simulation
2D Drawing 3D Solidworks AutoCAD Autodesk Inventor BOM CAD Design Design Optimization FEA Finite Element Analysis Manufacturing Drawings Material Selection Mechatronics Motion Analysis Onshape Product Design Robotics Simulation SolidWorks
Designer Balal
Mechanical Design Engineer | Expert On Solidworks, AutoCAD, ANSYS, 2D, and 3D Product Design
employing SOLIDWORKS simulation tools to analyze and optimize designs for structural integrity, thermal performance, and fluid dynamics. This expertise enables me to identify potential design flaws early in
2D and 3D Solid Modeling 2D CAD Design Services 2D Mechanical Design 2D to 3D Conversion 2D to 3D Conversion Services 3D Furniture Modeling 3D Furniture Modeling Services 3D Furniture Rendering 3D Mechanical Design 3D Modeling 3D Modeling and Analysis 3D Modeling and Assemblies 3D Modeling and Drawings 3D Models 3D Models of Machine Parts 3D Product Animation 3D Product Design 3D Product Modeling 3D Product Rendering 3D Product Rendering and Design 3D Solid Modeling 3D Solidworks ANSYS API Assembly Modeling Services AutoCAD 2D to 3D Conversion AutoCAD Mechanical CAD Design CAD Mechanical Design CAD Mechanical Engineering Computational Fluid Dynamics Design for Manufacturing Design Optimization DWG to DGN Conversion Services FEA Fluid Dynamics Image Rendering Image to CAD Conversion Image to CAD Conversion Services Image to DWG Service Machining Manufacturing Processes Mechanical 3D Rendering Mechanical CAD Design Mechanical CAD Drafting Mechanical CAD Engineering Mechanical Design Mechanical Design and Analysis Mechanical Design Services Mechanical Engineer Mechanical Engineering Mechanical Engineering Design Motion Analysis Parametric Modeling Preparing 3D models Product Development Prototyping Simulation SolidWorks SolidWorks Assembly Engineering SolidWorks Design Services SolidWorks Engineering Services SolidWorks Simulation
Designer deepkumarsingh
Mechanical Design Engineer | SolidWorks | FEA | CFD | IoT Product Development | Caravan & UAV Specia
helping clients reduce development costs, minimize prototype iterations, and improve product performance. ---- Finite Element Analysis (FEA) * Static Structural Analysis * Stress & Strain Analysis * Fatigue
2D & 3D Modeling Solidworks 2D to 3D Conversion Services 2D to 3D Modeling 3D Design Services 3D Exterior Rendering 3D Furniture Rendering 3D Home Rendering 3D Modeling 3D Rendering 3D Solid Modeling 3D Visualization Services Arduino Assembly Drawings Bill of Materials BOM CAD Design CAM CFD Analysis Concept Design Design Development Design Engineer Design Engineering Design for Assembly Design for Manufacturing DFM Design Engineering Design Engineering Services FEA Finite Element Analysis Fluid Dynamics Furniture Design and Engineering Services Heat Transfer Industrial Automation Manufacturing Drawings Mechanical Design Mechanical Engineer Mechanical Engineering Mechanical Product Design New Product Development Part Modeling Product Design Product Development Programming Prototype Design Engineering Prototyping Rendering Reverse Engineering Sheet Metal Design Simulation SolidWorks SolidWorks Design Services SolidWorks Engineering Services Static Structural Analysis Structural Analysis Surface Modeling Topology Optimization
3D Model Refrigerator Thermal & Flow Simul
No-Frost Refrigerator: CFD Thermal & Flow Simulation (Transient Analysis) Performed a detailed CFD and thermal simulation of a no-frost refrigerator system, focusing on airflow distribution and transient
3D Model thermal simulation of heat sink
Valdiation by simulation, Steady-state thermal simulation of an aluminum heat sink subjected to a 0.5 W/m² heat flux, with an ambient temperature of 300 K and natural convection cooling. The study is performed