Designed IoT device and mobile application to replace outdated sprinkler system controller to reduce water waste and costs of 100,000 sq. ft. facility.

Programmed mobile application's UI with React Native for iOS and Android devices.

Collaborated with team members to analyze legacy system requirements, and client demands to develop backend data management and processing using Firebase Functions and Realtime Database.

Led project management efforts for team of 5 software engineers to conceptualize and launch hydroponics tower IoT system; increased yield by 10% through hourly and daily monitoring of pH, water loss, and light exposure sensors.

Generated and recommended requirements/design specs to team, resulted in collaboration to develop firmware in C language employing agile design methodology on Arduino, and implementation of RESTful API utilizing Django framework and PostgreSQL to log and analyze data.

Composed mobile-friendly web application with ReactJS, AJAX, and Bootstrap to report dataset and analytics to users.