3D Model Electrical Mild Enclosure__NR-280925

devices requiring themal mangement. Design Featiures: Compact frootprint for easy mounting, optimezed airflow for thermal efficiency.

3D Model Vortex Damper

flow control device used in exhaust systems, HVAC, power plants, and industrial ducts to regulate airflow by adjusting vanes inside a cylindrical or rectangular housing. In SolidWorks, it is designed using

Designer sabastiandarko

Biomechanical Designer

validation and stakeholder presentation Simulation & Biomechanical Analysis (ANSYS) – stress testing, airflow simulation (CFD), deformation analysis, and performance validation under real-world loads Human-Centered

2D to 3D Modeling 3D CAD Modeling 3D Modeling 3D Models of Machine Parts 3D Presentation Design 3D Product Animation 3D Product Modeling 3D Solid Modeling 3D Solidworks ANSYS Biomedical Engineering Blender Blender 4.5 CAD Design CAD Modeling Equipment Design Ergonomics FEA Finite Element Analysis Medical Device Parametric Modeling Simulation SolidWorks Structural Engineering

3D Model Laser Engaver for Passports

2 different directions on the YZ plans which required a gimbling device and turntable. There is airflow through a plenum beneath the card and the chamber had to go through UL and FDA testing for both laser

3D Model V6 ENGINE DESIGN

Inspired by real automobile systems, this project deepened my expertise in mechanical components, airflow dynamics, and CAD best practices. Each iteration was a step toward innovation, precision, and engineering

3D Model Round-type induced draft cooling tower

successfully fabricated and deployed in an industrial setup, optimized for thermal efficiency and airflow performance.

3D Model 3D Printed Pipe Design

of this project was to create a functional and manufacturable part that can be used in fluid or airflow systems. The pipe geometry was carefully designed to ensure smooth flow and structural integrity

3D Model cooler-asmbly-v13

blower unit. The design accommodates cooling pads and internal water circulation, ensuring optimal airflow and evaporation. Ideal for residential or industrial use, the housing combines functionality with

3D Model HVAC Duct 3D Modeling for a Single-Family House

according to architectural and structural constraints. The duct system was optimized for efficient airflow, complying with ASHRAE and SMACNA standards. Full coordination was done with other MEP disciplines

3D Model Impeller_v2

Surfacing: Developed using complex surface modeling techniques in Autodesk Fusion 360 to ensure smooth airflow and optimal blade geometry. • Design for Manufacturing (DFM): The blade profiles and hub transition