Aasin A. Thomas is an industrial designer and engineering-minded product developer known for transforming ideas into refined, functional, and manufacturable products. With a background deeply rooted i... Read more

Aasin A. Thomas is an industrial designer and engineering-minded product developer known for transforming ideas into refined, functional, and manufacturable products. With a background deeply rooted in design, building, and problem-solving, Aasin approaches every project with the belief that great products begin with thoughtful design and end with practical engineering. As the founder of EDIN Studio, Aasin specializes in product design, CAD development, 3D modeling, and high-quality photorealistic renderings. His work focuses on turning concepts into production-ready digital assets that help inventors, startups, and businesses bring their ideas to life. Whether starting from a rough sketch, a patent drawing, or simply an idea in someone's mind, Aasin helps guide products through the critical stages of development—from concept to functional design. Aasin’s work bridges the gap between creativity and engineering. His design process focuses not only on the aesthetics of a product but also on its functionality, structural integrity, and manufacturability. By thinking through how products will be assembled, used, and produced, he helps clients avoid costly design mistakes while improving the overall quality of the final product. His expertise includes CAD modeling for mechanical parts, consumer products, housings, enclosures, and engineered assemblies. Aasin frequently develops detailed models used for prototyping, 3D printing, engineering analysis, and manufacturing preparation. His workflow also includes the creation of photorealistic renderings that allow clients to visualize their products clearly before production begins—an essential step for presentations, investor pitches, and marketing. Aasin is also experienced in developing enclosed designs and mechanical components that require precise tolerances and thoughtful structural design. By combining industrial design thinking with engineering principles, he is able to develop products that are not only visually compelling but also practical to manufacture and durable in real-world use.

My name is Moein Shams, and I’m a CG artist. I have an M.A degree in English literature (which means I’m absolutely fluent in English), and since my father was a visual artist I’ve been learning fine... Read more

My name is Moein Shams, and I’m a CG artist. I have an M.A degree in English literature (which means I’m absolutely fluent in English), and since my father was a visual artist I’ve been learning fine arts like drawing, sculpting, painting since I was a child. A mixture of ultimate passion and curiosity towards computer animation has helped me learn multiple software at the same time. Since, I started learning I was never satisfied with a singular application exclusively. First, I started with Maya, and since there was a great debate about the clash between Maya and 3Ds Max, I learned them simultaneously beside one another, and for the time being, I know both of them like my mother tongue. Then I decided to learn Cinema 4D and the ease and convenience of this software has made 3D animation more like a fun game than a challenge. And by the advent of Blender 2.8 I made up my mind (just like any other 3D artist) to reconsider using blender for production, and as a result I fell in love with how easily you can create 3D content in blender. Needless to say that, the Evee and Cycles are a handy rendering approach that any CG artist would appreciate.

I offer SolidWorks-based mechanical design and 3D CAD modeling services with a strong foundation in mechanical engineering principles. I focus on accurate, manufacturable, and well-documented designs.... Read more

I offer SolidWorks-based mechanical design and 3D CAD modeling services with a strong foundation in mechanical engineering principles. I focus on accurate, manufacturable, and well-documented designs. My SolidWorks skills include: 3D part modeling (mechanical components, machine parts) Assembly design with proper mates and motion checks High-quality renderings 2D engineering drawings with dimensions and tolerances Sheet metal design (bends, flat patterns) Basic surface modeling Design modification and optimization Converting hand sketches or PDFs into SolidWorks models Exporting files for manufacturing (STEP, IGES, STL, DXF) Engineering knowledge applied: Mechanical design fundamentals Material selection basics Manufacturing considerations Basic stress and fit awareness I am detail-oriented, eager to learn, and committed to delivering clean, accurate, and client-ready CAD models suitable for academic projects, prototypes, and small-scale manufacturing.