Designer
guilhermeitinose
Mechanical engineering professional with SolidWorks experience and Machining
of the projects are developed from technical specifications or based on real component reverse engineering. I focus on functionality, manufacturability, and integration with existing systems, ensuring that
Designer
adithyaraob
Mechanical Design Enginee with experience in Inventor, AutoCAD, and SolidWorks
3D printing. My expertise includes stress and thermal simulations, helping optimize products for durability and performance. I have successfully delivered projects such as an IPR-filed milled chassis design
3D Model
shearing machine
efficient and precise shearing operations. The machine structure is designed to provide stability and durability during operation while maintaining accurate alignment between the cutting blades. Skills Demonstrated:
Designer
ceciln
Mechanical Engineering Professional With CAD Experience
experience in mechanical design, drafting, and engineering support. I hold a National Diploma (2016–2020) and an Advanced Diploma (2021–2023) in Mechanical Engineering, as well as Multidisciplinary Draughting
Designer
mohamedshafi
I am a mechanical engineer with solid academic foundation proficient in 3D modelling .had a great in
modeling and mold making, I excel in designing and developing innovative solutions for complex engineering challenges. My proficiency in advanced 3D modeling software enables me to create precise and detailed
Job
Design Refinement for Compact, Waterproof Plastic Tray
designed to securely house small components.
- The design should be optimized for simplicity and durability.
Deliverables:
A refined 3D CAD model ready for manufacturing.
A detailed report
3D Model
Staubli Dobby Loom Cam – Reverse-Engineered 3D Replacement Parts
This portfolio project showcases the reverse engineering and 3D CAD modeling of precision cams for a Staubli dobby loom. The components were developed as functional replacement parts for an operational
3D Model
Compact Enclosure Design
realistic visuals — this design balances engineering precision with modern product appeal. Engineered to fit within tight spaces while maintaining durability and accessibility. The form factor is optimized
3D Model
3D Modeling & 2D Drafting - Bearing Housing Assembly
selection. Using my expertise in mechanical design, I ensured that the assembly meets performance and durability requirements. Key highlights of this project include: 1. Accurate shaft calculations for optimal
3D Model
Industrial Anvil
to ensure durability under heavy-duty applications. Whether for simulation, manufacturing, or as part of a larger assembly, this anvil design exemplifies the essence of precision engineering. Its robust