Mechanical
Design

As a researcher, 3D CAD design skills are essential for translating ideas into feasible solutions and optimizing experimental and manufacturing processes. Precise modeling minimizes design errors, enables scenario testing, and streamlines prototype development. Additionally, CAD data facilitates seamless collaboration across disciplines, allowing for efficient problem-solving in complex research projects.

Professional 3D Design Expertise with CATIA V5

Through my experience designing uprights and gearboxes for an FSAE student-built race car, I have developed advanced mechanical design skills. I am proficient in 3D CAD modeling, ensuring that complex mechanical components meet both functional and manufacturability requirements. My design approach balances performance, structural integrity, and ease of production.

Tolerance Design

Proper tolerance allocation is essential for ensuring smooth assembly and reliable operation. With both theoretical knowledge and hands-on experience, I can apply precise tolerances to minimize mechanical interference while maintaining durability and manufacturability. My expertise allows me to optimize designs based on real-world constraints and engineering principles.

Technical Drafting with Global Standards

I am well-versed in international mechanical design standards, including ANSI (U.S.), DIN (Germany), JIS (Japan), and KS (Korea). This enables me to create technical drawings that align with specific regional requirements, facilitating seamless collaboration in global research and manufacturing environments.

All photos are taken and editted by me

Mechanical Design

Mechanical
Design