A solid mechanical engineering background focused on advanced surface modeling, complex mechanism design, and manufacturing feasibility assessment. Combining Creo 3D modeling expertise with Python-based engineering tools to deliver end-to-end solutions — from concept to production.
Bridging design and manufacturing — solving engineering challenges to build market-ready hardware products.
Precise 3D solid and advanced surface modeling, complex internal mechanism breakdown, and systematic kinematic analysis using Creo Mechanism.
Material stress evaluation, interference checking, and draft angle analysis — ensuring designs are fully production-ready for tooling and mass manufacturing.
From early concept ideation to final high-fidelity product renders — delivering commercially compelling visuals for crowdfunding, catalogs, and brand presentations.
Custom Python scripts for engineering calculations and automated data processing — significantly reducing design validation time and boosting development efficiency.

Motion simulation using Creo's kinematic module — precise stroke calculation and interference elimination for smooth mechanism operation.

Advanced surface techniques used to build ergonomic, flowing forms — with full consideration of part split lines and assembly logic.

Structural reinforcement of snap hooks and load-bearing parts, wall thickness optimization to minimize sink marks and warping in injection-molded components.

Python scripts replacing tedious Excel manual calculations — dramatically cutting down parametric design verification time.

Dedicated structural design for die-cast and sheet metal parts — accounting for machining tolerances and surface treatment process requirements.

High-fidelity material and lighting setups producing photorealistic product images ready for crowdfunding platforms or commercial catalogs.
Have a mechanism design, 3D modeling, or product development need? Let's discuss your concept and specifications.
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