Building a paludarium requires balancing a terrestrial terrarium with a fully functioning aquatic ecosystem.
Rather than relying on off-the-shelf timers, I engineered a custom microcontroller-driven environment
that actively monitored and adjusted the internal climate to sustain delicate plant and animal life.
> Core Automation & Ecology
Arduino Environmental Control:
Designed and programmed an embedded controller to continuously monitor and regulate internal temperature and humidity levels, ensuring optimal atmospheric conditions.
Dynamic Weather Simulation:
Programmed custom logic for the lighting arrays to simulate natural sun cycles (sunrise/sunset) and randomly generate cloudy weather patterns, reducing stress on the ecosystem's inhabitants.
Biological Cultivation:
The environmental stability achieved through the automated controls allowed for successful plant propagation and the breeding of various fish species within the habitat.
Expanded Marine Projects:
During this same era, I also applied these habitat-building principles to construct and maintain a thriving saltwater reef tank housing various corals and marine fish.