- Designed and improved temperature and humidity data collection device for beekeepers to monitor bee hives- Implemented Arduino, Raspberry Pi, EEPROM, I2C, temperature and humidity sensors, solar panels, battery and power management over multiple renditions of the device- Work jointly with different teams specializing in different aspects of developing an IoT device (weigh scale team, bee tagging team, wireless team, audio team, etc.)- Designed PCB to integrate and combine data collection hardware with components from multiple teams, ensuring seamless collaboration and efficient operation of the IoT device.- Analyze data outputs to discover information about beehives and optimal placement of device, sensors, and solar panels

- Analyzed and modified communication and electrical networks, ensuring compliance with industry standards and improving network efficiency- Utilized tools such as ArcGIS Pro, Katapult, and Excel to analyze, map, and visualize complex electrical and communication networks- Gained industry knowledge through hands-on experience and applied continuous learning to contribute to ongoing projects

- Collaborated with employees to ensure quality service in an orderly manner- Managed customer requests and provided all necessary service for customer satisfaction- Motivated new employees and taught methods for efficient service and quality control- Awarded April 2021 Employee of the Month