Generate, and evaluate abstract ideas, briefs, or requests, turning them into a well-defined, practical, and actionable product design.
I am focused on a human-centered design based on user needs and market demands. Through brainstorming and sketches, I develop innovative and functional concepts. I collaborate with stakeholders and research thoroughly to align ideas with project goals.
Driven by the "10 principles for good design" by Dieter Rams.
During mechanical design, I transform concepts into detailed, practical designs using advanced CAD software. I focus on solving components ingeniously, ensuring robustness, efficiency, and manufacturability. Simulations and stress tests help refine designs for optimal performance and reliability.
Prototyping helps validate ideas. I create physical models using wide variety of materials, tools, processes, and builds to test functionality and aesthetics. This process allows quick real-time feedback and adjustments to meet all design specifications.
3D printing enables rapid iteration and refinement of designs. High-resolution printers allow me to produce detailed models for quick evaluation and modification. This technology supports experimenting with complex geometries, accelerating development, and providing a cost-effective way to perfect designs before mass production.
FDM, SLA & SLS - MATERIALS - PLA, ABS, PETG, and FLEX. EQUIPMENT - Stratasys F170 & F270, BCN 3D W27, Formlabs Form 3, Creality ender 3, Alfawise U20 One, Creality CR-5 H Pro. POST-PROCESSING - ABS treatment in acetone vapor chamber. Sanding, caulking, and painting of PLA and PETG parts.
In the industrialization phase, I prepare designs for mass production, focusing on assembly and manufacturing tools. I work closely with different company departments to streamline production processes. This ensures the product is efficiently produced, maintaining design integrity and quality while meeting industry standards.
*Images used for reference only and have no commercial or intellectual property use intention.