Advise students with learning impairments in basic programming languages such as C++ and Java to prepare them for upper-level programming classes at the university level. Conduct mock interviews (both behavioral and technical) to prepare students to use their programming knowledge and degrees in real-world applications.

COP3503C is an undergraduate class that hopes to teach students C++ basics and pave a foundation for future CS coursework at the University of FloridaAs a Teaching Assistant, I aid Professor Laura Cruz in the instruction of undergraduate students in C++ fundamentals! Currently, my responsibilities include hosting office hours 2 times / week so students who are having issues with their code can get a second opinion and troubleshoot any bugs with my assistance. Additionally, I… Show more COP3503C is an undergraduate class that hopes to teach students C++ basics and pave a foundation for future CS coursework at the University of FloridaAs a Teaching Assistant, I aid Professor Laura Cruz in the instruction of undergraduate students in C++ fundamentals! Currently, my responsibilities include hosting office hours 2 times / week so students who are having issues with their code can get a second opinion and troubleshoot any bugs with my assistance. Additionally, I work on creation and quality control for our Midterm and Final exams to ensure readability, fairness, and proper assessment questions for our students. I also currently am developing a script that allows IClicker attendance for ~650 students to be transmitted to Canvas - UF's hub for class information and grading - instantaneously. Show less

Lead a team of roughly 80 engineering and STEM students, working closely with an elected board at weekly meetings to discuss funding, design, and recruitment. Search for sponsors to fund new designs and innovations for the vehicle. Alongside working closely with UF's MAE (Mechanical and Aerospace Engineering) and ECE (Electrical and Computer Engineering) departments to determine school-funded budgets and events.Plan both FSGP (Formula Sun Grand Prix) and ASC (American Solar… Show more Lead a team of roughly 80 engineering and STEM students, working closely with an elected board at weekly meetings to discuss funding, design, and recruitment. Search for sponsors to fund new designs and innovations for the vehicle. Alongside working closely with UF's MAE (Mechanical and Aerospace Engineering) and ECE (Electrical and Computer Engineering) departments to determine school-funded budgets and events.Plan both FSGP (Formula Sun Grand Prix) and ASC (American Solar Challenge) for the upcoming 2024 summer. FSGP is a track race with 3 days of scrutineering and 3 days of racing, all in the same location. ASC is normally roughly 5 days along a pre-determined route such as the Historic Oregon Trail, or Pony Express. This involves coordinating travel plans for the team, ensuring our vehicle has the proper safety regulations in place for cross-country highway travel, and securing funding for track, travel, and other needs. Ensure safety regulations are met on both the vehicle and in our industrial shop. This includes shop check-ups, safety courses, and ensuring all members are following proper safety guidelines and procedures. Show less

Solar Gators is a design team at the University of Florida that is made up of many different disciplines of STEM students. Our goal is to build a single-occupancy solar powered vehicle to race in the Formula Sun Grand Prix (yearly) and the American Solar Challenge(bi-yearly). We are made up of around 75 students who work year round to design, manufacture, and test our vehicle. Our currently goal is to place 1st and Formula Sun Grand Prix 2023 in Topeka Kansas, and then complete the American… Show more Solar Gators is a design team at the University of Florida that is made up of many different disciplines of STEM students. Our goal is to build a single-occupancy solar powered vehicle to race in the Formula Sun Grand Prix (yearly) and the American Solar Challenge(bi-yearly). We are made up of around 75 students who work year round to design, manufacture, and test our vehicle. Our currently goal is to place 1st and Formula Sun Grand Prix 2023 in Topeka Kansas, and then complete the American Solar Challenge in 2024. As strategy and software lead, I headed a team of 4 other students who worked on incorporating C++ and Python programming into a strategy system to optimize vehicle charge to ensure sufficient battery charge was leftover to use throughout the remaining days of competition. This used our vehicle's telemetry system to read state of charge, speed, and power depletion, which we used to scope out the maximum number of laps we could theoretically make before the race ended. Show less