Worked with co-president to bring club back from COVID impacts, requiring a large effort to handle developing new student onboarding material, social media advertisement, and administration tasks required by the university

Worked to develop multi-feature camera-based lane estimation via sequential polyline cellulation, implementing with PyTorch and integrating with Robot Operating System (ROS) to supplement physical mapping and positioning informationDeveloped RGB Camera-to-LiDAR pointcloud projection in C++ using LibPCL and integrated with Robot Operating System (ROS) using TF2 to transform between LiDAR, camera, and world coordinate spaces

Learned customer service skills by a variety of customer & associate problems, and training on all four front-end positions to both relieve pressure on short-staffed positions and alleviate customer wait times by filling in as needed

Organized ~50 students to run a cohesive robotics team, valuing creativity, experience, and connection over direct competitive success. Allowing students room to fail gave them numerous opportunities for growth, developing high school students into competent problem solvers with tangible experience.

Started and subsequently led the vision targeting sub-team, leveraging a Raspberry Pi, Python (Numpy, OpenCV), and math concepts including both classroom concepts & student researched ideas

Researched digital support desk solutions to improve communication between clients and employees; Selected & implemented OSTicket on system servers by remote connection and file sharingImplemented monitoring application Zabbix on company servers in order to alert employees of downtime and improve company infrastructure uptimeEnsured security of installation & server through installation of SSL/TLS certification and credential protection via HashiCorp VaultProcessed & cleaned large client Excel sheet using Python, Pandas, and Numpy for upload to client’s database through their supplied REST API