I merge engineering accuracy with industrial aesthetics. Focused on product development,
prototyping, and manufacturing – from concept sketches to production-ready systems.
I’m Dani Abou Zamel, a Mechanical Design Engineer specializing in product development, prototyping, and manufacturing. I design and build innovative mechanical systems – from first sketch to production, blending precision engineering with refined aesthetics.
Fueled by coffee, curiosity, and the occasional broken prototype, I approach every project as both an engineer and a maker, constantly learning through iteration.
At Camerabotics, I lead the design of advanced robotic systems and mechanical devices, focusing on performance, reliability, and manufacturability.
Outside of work, I founded DzinePlus, a studio where I develop experimental prototypes and collaborate on select design projects. It’s how I stay hands-on with innovation, explore new technologies, and continually refine my approach to design and engineering.
Designing functional mechanical systems from concept to prototype, ensuring performance, reliability, and manufacturability.
Advanced 3D modeling, assemblies, and motion or stress simulation using SolidWorks, Fusion 360, Catia, and Inventor.
Optimizing designs production with attention to tolerances, materials, and process-specific constraints.
Integrating electronics and sensors into mechanical assemblies, enabling responsive prototypes — and testing my patience in the best way.
Developing photorealistic renders, exploded views, and presentation-ready visuals in KeyShot and SolidWorks.
Leading the full product development cycle through collaboration with electrical, software, and manufacturing teams.
Lightweight adjustable stand and dock combining aluminum and injection-molded ABS, engineered for portability, thermal efficiency, and user comfort. Both the product and the showcase video were fully designed and produced by me.
Design and development of high-end cinematography hardware, including robotic tracks, fixed bases, and foldable quadpods. Rendered visuals showcase the products’ mechanical precision, rigidity, and refined industrial design.
Tracked robotic rover engineered for extreme terrain and modular payloads, equipped with a robotic arm, multiple sensors, and a high-power drive system. Features a custom drivetrain and sealed electronics bay for field reliability.
Concept design for a portable smart security device with a companion mobile app. Combines camera, sensors, and connectivity in a compact 5×5×5 cm form, envisioned as an affordable, customizable alternative to traditional fixed systems.