Beyond form and aesthetics, my strength lies in the resolution of mechanical design and technical drafting. I approach every project with a problem-solving mindset, integrating strategic, human-centered design with rigorous functional engineering.
From initial conceptualization through the deep technical development, industrialization, and launch, my goal is to deliver designs that are not only aesthetic and intuitive but optimized for production, durability, and real-world performance.
SKILLS
Research and Analysis
Design thinking toolkit, human-centered approach, product benchmark.
Ideation and conceptualization
Strategic solution seeking, sketch work, playful experimentation.
Development and iteration
Realize an idea through technical work, fast prototyping, and quick design iterations.
Development and iteration
Realize an idea through technical work, fast prototyping, and quick design iterations.
KNOWLEDGE
CREO
Photoshop
Premier
Augmented
AI: Gemini, ChatGPT, Midjourney
HANDLE
Illustrator
Corel
Keyshot
Office package
ERP
SKILLED
Solidworks
Solidedge
Mechanical Design
CAD modeling
3D printing
Generate, and evaluate abstract ideas, briefs, or requests, turning them into a well-defined, practical, and actionable product design.
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.