This project focused on creating an ergonomic laptop stand with an integrated keyboard lamp attachment, engineered exclusively for 100% additive manufacturing. The primary design constraint was to eliminate the need for external fasteners or non-printable hardware, allowing a 3D printer to handle…

Engineered and prototyped a high-throughput, automated coin sorting and counting machine from concept to functional test phase within an aggressive three-month timeline. The mechanical sorting architecture is optimized for 100% additive manufacturing, utilizing modular sizing slots calibrated for…

Designed a futuristic, cyberpunk-aesthetic storage and deck case optimized entirely for 3D printing. The project involved merging complex, mechanical visual styling with functional utility and structural sci-fi-like accents. Every moving part and structural wall was modeled with strict geometric…

Developed an all-in-one hardware and software automation hub designed to completely manage the operations of a diskless internet café. The controller establishes an IoT-enabled framework allowing remote facility scheduling; it automates perimeter security via heavy-duty magnetic door locks according…

Designed and built "SolarTrek," a portable, self-contained solar generation unit featuring an active, closed-loop solar tracking system. The unit consolidates an active dual-axis tracking arm, an integrated solar charge controller, and a battery storage bank into a single mobile footprint. The…

Designed a fully 3D-printed, heavy-duty, tamper-resistant tablet mounting enclosure tailored specifically for PocoPad M1 devices deployed in high-traffic computer shops. The protective housing isolates power buttons and ports from public tampering while securely mounting onto a standard 4×4-inch…

Executed the structural engineering and load-bearing design for a robust 2-car residential garage canopy engineered to double as a solar racking substructure. A frame composed of 2×3-inch and 2×4-inch tubular steel members would safely support a massive 350 kg overhead static payload consisting of…

Developed a compact, long-term diagnostic data logger engineered to track and store real-time performance metrics from any photovoltaic panel setup. Operating purely off a standard 5V USB power input, the firmware utilizes advanced sleep states and low-power polling intervals to log voltage,…

Designed an ergonomic, space-saving structural bridge to mount a Creality CFS unit securely atop a Creality Hi 3D printer frame. The design utilizes precision-modeled 3D-printed bracket sockets tailored to tightly sleeve standard 23.5 mm × 23.5 mm wooden square dowels. This configuration distributes…

This educational device is designed to train students on how to assemble a computer system unit. It features a unique dual-compartment layout: a pre-built "guide" PC is housed in the rear compartment to serve as a visual reference, while the front compartment serves as the active workspace where…

This intelligent storage enclosure securely houses and tracks various computer components and laboratory tools. It features built-in presence-detection sensors inside individual slots to monitor inventory in real time, an integrated RFID system for secure user access control, and an external LED…

This training workbench was designed to demonstrate the distinct operating principles of various industrial proximity sensors. It features a modular testing bay where students can hot-swap and evaluate different sensor types under varying conditions. Tasked with transforming a rough 2D sketch from…

This project involved designing an all-in-one, self-contained workshop station optimized for heavy-duty grinding operations, tool maintenance, and workplace safety. The design modifies a standard bench grinder setup by integrating a custom-engineered debris suction shroud to capture grinding waste…

This specialized training machine helps welding students build muscle memory and torch control. The device features multiple physical welding tracks that students must trace precisely from start to finish; if their torch veers outside the designated path tolerances, an integrated alarm is triggered.…

This educational asset was developed to show students the inner mechanical workings, piston timing, and physical movements of a 4-stroke internal combustion engine. Working from the client's existing physical model, I reverse-engineered the assembly into 3D, strategically sectioning out portions of…

This educational training device was developed to visually demonstrate the thermodynamic principles of the refrigeration cycle for engineering students. The machine maps out the core components of the cycle which is the compressor, condenser, expansion valve, and evaporator and utilizes an…

This additive manufacturing project involved transforming a client's standard 2D family photograph into a translucent, 3D-printed lithophane plate to be installed inside a bedroom nightlamp. By mathematically converting image pixel values into accurate thickness profiles, I managed variable light…

Designed for free-flight birds, this custom identification leg band serves as a safety recovery tool. The client required a lightweight, non-restrictive band displaying their contact information so that anyone who locates a lost bird can easily contact them. I engineered a low-mass, comfortable…

For this small-scale manufacturing contract, I took a client’s flat 2D graphic proposal and converted it into a printable, multi-layered 3D model using Autodesk Inventor Pro. After optimizing the geometric constraints and slicing configurations for multi-material additive manufacturing, I…

This project involved optimizing and prototyping a consumer hobby tool inspired by an online design trend to improve small-component organization. I engineered a sorting tray featuring specialized geometric grooving that automatically aligns tiny diamond rhinestones face-up, making them easier to…

To help a computer shop owner effectively plan their layout and communicate with furniture fabricators, I designed a heavy-duty, space-optimized internet café table in 3D. The design incorporates structural load-bearing support for heavy hardware, adequate ventilation clearance paths for PC towers,…