Latrell pryor
WHO AM I
University of South Florida Industrial Engineer Graduate
Looking back on my time at the University of South Florida, I see a journey of transformation. I arrived as an eager and independent student, and I leave a leader grounded in purpose and driven by impact.
From being selected for the Student Support Services Program (SSS/Trio) to growing into a peer advisor, mentor, and representative, my experiences were more than resume lines—they were growth moments. I found belonging through organizations like National Society of Black Engineers, PBM, BLN Scholars, and Brothers Reaching Ultimate Heights. These spaces gave me the chance to wear many hats, build lifelong bonds, and advocate for others who needed to be heard.
I didn’t just attend college—I built a legacy I’m proud of. A legacy that says: no matter your background, you belong in every room you work for.
Social Impact
Induction to the USF Student Ambassador organization ‘23 with the President of the University Rhea Law
‘24 Annual Breast Cancer Walk with the USF Ambassadors
One of many community service events with the ambassadors at both St. Pete and USF: Trash clean up
Induction to the USF Student Ambassador organization ‘23 with the president of the university Rhea Law
The first year I started the push up fundraiser for Sisters Network ‘22 with Sachenly Fortune, another founding member of Brother’s Reaching Ultimate Heights
Brothers Reaching Ultimate Heights: Push ups for Cancer Fundraiser. We delivered the check to Selina King the president of Sisters Network Inc. ‘24
Brother’s Reaching Ultimate Heights Monthly Boys Night, which is a community service initiative when we go mentor and
entertain the youth in local underrepresented community with BUBBA (local 301c nonprofit organization) and their founder Jalem Robinson whose mother is the assistant principal of the school
1st ever Brother
Reaching Ultimate Heights Dress For Success Event
non-pROFIT ORGANIZATION - usf bROTHERS REACHING ULTIMATE HEIGHTS
Brothers LaTrell Pryor and Sachenley Fortune represented B.R.U.H as we presented a check to @sistersnetworktampa from our Breast Cancer Awareness Push Up Fundraiser
Today, On December 6th, 2024, Brothers Reaching Ultimate Heights proudly presented our check to Sisters Network Inc. Tampa Bay, a breast cancer non-profit organization dedicated to supporting patients, advancing research, and uplifting families. 💕 Together, we raised funds through our supporting community to contribute to our shared mission of making a difference in the fight against breast cancer.
⚔️💎Grateful for an incredible third annual🙏🏾 Dress for Success event! A huge thank you to all the amazing USF organizations that showed up and supported us—your dedication means the world. Special to our inspiring guest speakers who shared their wisdom and stories. Together, we’re building a brighter future! 💼🌟
Projects
Project Manager—HydroTrack Smart Hydration Tracker
University of South Florida | Fall 2024 – Spring 2025
● Led the development of HydroTrack, an IoT-enabled water bottle designed to monitor real-time hydration patterns and promote healthy habits.
● Created a comprehensive bill of materials, facility layout, production schedule, and Excel-based financial projections for the full product lifecycle.
● Conducted a focused survey with 100+ participants, integrating customer feedback into feature development (real-time notifications, geofencing, user tracking).
● Managed deliverables including technical specifications, Gantt charts, financial forecasting, and break-even analysis.
● Oversaw team collaboration across product design, manufacturing planning, and market research to ensure project success.
Team Lead—Steel Ball Slalom Transport System
University of South Florida | March-May 2024
● Directed a 5-member team to design and fabricate a mechanical transport system, assigning roles based on technical strengths.
● Oversaw milestone execution: CAD modeling, 3D printing, laser cutting, and iterative test-fitting for rapid prototyping.
● Conducted cost analysis and enforced a strict $25 budget cap using
instructor-provided currency for material procurement.
● Led final system integration, authored comprehensive design reports, and presented milestone outcomes in a capstone showcase.
● Utilized Autodesk Fusion 360 for CAD modeling and CAM integration on lathe and milling machines.
PLC Programmer—Sequencer Logic Simulation
University of South Florida | Spring 2025
● Programmed a PLC sequencer using ladder logic to simulate an automated process with step-by-step transitions based on variable state changes.
● Designed two integrated ladder diagrams (“Sequence” and “Output”) that controlled and displayed digital outputs (red, yellow, green lights) in response to push-button inputs and timed logic.
● Implemented MOV, comparison, and timer functions across five rungs to control the sequence progression, reset logic, and cycling behavior.
● Developed an alternative logic path allowing the system to automatically cycle through outputs until manually stopped.
● Recorded and analyzed the system behavior to confirm functional execution of industrial control logic in a structured automation process.
Project Lead—Dump Truck Construction Robot
University of South Florida | Feb-May 2024
● Led a competitive engineering team to design, fabricate, and test a 3D-printed robotic dump truck for automated material handling.
● Managed end-to-end development, including wiring integration, mechanical stability, and engineering specification compliance.
● Coordinated software implementation and iterative hardware adjustments to validate fit and functionality.
● Authored detailed project plans, risk assessments, and technical documentation to support performance evaluation.
● Ensured all deliverables met competition criteria and were presented in a professional engineering portfolio.
Robot Programmer—ABB Rapid Motion Sequence Simulation
University of South Florida | Spring 2025
● Programmed a 6-axis industrial robot using RAPID language within ABB RobotStudio, simulating complex joint-based motion paths.
● Developed a custom 11-step MoveJ sequence with controlled speed variations (v80–v1000) and zone tuning (z50) to demonstrate positional precision and fluidity.
● Integrated WaitTime commands and tool reference logic (tool0, ToPoint *) to simulate real-time testing and safe sequential execution.
● Validated controller communication, debugged motion routines, and optimized trajectory flow for educational demonstration purposes.
Contact Me!
University Email: [email protected]
Personal Email: [email protected]
Phone: (407) 920-2404
Orlando, Florida