Built Digital Thermo Table, a browser-based thermodynamic and psychrometric solver for Mechanical Engineering students with saturated-property pairing, workflow tools, cycle plotting, and an interactive psychrometric chart. Try it here.

Sir Rj Igdon and I started solving problems facing our community by using a vertical-axis wind turbine. The goal is small-scale, low-wind, omnidirectional power.

Designed and built a small wood tensegrity table intended to support a light load such as a phone, it does not need structural cables or heavy hardware. Just a goal of low stretch, good knot/crimp reliability, and clean aesthetics. I have documented it here!

I liked driving my motorcycle! I was inspired of it and made a Self-balancing robot (it could also be a two-wheeled vehicles, bikes, or reaction-wheel cubes) solve the classic inverted pendulum problem: the robot’s center of mass must be kept above its wheel-base or pivot. I have documented it here!

I was appointed by Engr. Rayvencer Reyes as consultant to the entire Mechanical Engineering batch for the radio-controlled ornithopter project. If you want to know the step by step process, under the hood, what its like to build it. I have documented it here USTP Ornithopter

DIY‑oriented approach to converting a recycled mini fridge into a temperature‑controlled fermentation and dehydration cabinet, similar in function to what is commonly seen in contemporary kitchens (including those depicted in The Bear Season 1 Episode 5).. Documented the full process here!

Led the whole batch of mechanical and electrical engineering(for the subject course) in the design and implementation of a water rocket launcher pad which is a hands-on engineering challenge that combined physics, creativity, and design, where participants built and launched water rockets while learning fundamental aerospace principles. Documented the full process here!

Wooden Air Engine is a complex machines can be built using simple, sustainable materials. This project highlights design efficiency, craftsmanship, and fundamental thermodynamic concepts—without metal or fuel of an engine. Documented the full process here!

We built one of the strongest, best-looking tower using only spaghetti and glue that supports a top load and meets weight and size limits. Documented the full process here!

How A Competition-Winning Spaghetti Bridges Actually Carry Heavy Loads and the Structural detail and Design to make one! Documented the full process here!

From scratch guide for turning a portable plastic watering can into a DIY vacuum cleaner using your strong fan! Documented the full process here!

We also built a rocket stove with materials that are only found in our local junk shops :D