Hey, I am
Mechanical & Industrial Engineer
A versatile engineer with a rich background in both industrial and mechanical engineering. My expertise encompasses diverse fields, including robotics, advanced dynamics, fluid dynamics (with a Master’s thesis in Computational Fluid Dynamics), radiation heat transfer, process optimization, operations research, Monte Carlo simulation, lean manufacturing, and engineering statistics. Additionally, I possess a strong grasp of tensor notations, enhancing my ability to tackle complex engineering challenges.
Southern Illinois University of Edwardsville (February 2023- August 2023)
As a Graduate Research Assistant, I contributed significantly to a Department of Defense NDEP ESPECS grant study focused on STEM education kits. I collaborated daily with a diverse team on technical aspects like microprocessors, programming (C, C++, Python), sensors, actuation, and mechanical hardware integration. A notable achievement was a MATLAB/Simulink simulation for rocket dynamics, achieving a 97 percent confidence rate. I used Python for scripting and thrust curve interpolation for consistent delta-t throughout the project.
Mach 33 Engineering
(May 2022- August 2022)
Led the development of a UVC water purifier for a Burundi non-profit, emphasizing innovative clean water solutions. Conducted extensive research on deep ultraviolet (UVC) light technology, designed a state-of-the-art water waveguide system, and ensured safety and efficacy through patent and literature research. Also, assumed leadership in mentoring interns on Sprinter van projects, managing tasks such as cable sizing, electrical harness design, circuit development, sliding plumbing systems, and overall assembly oversight. Applied HVAC system design expertise, especially for RVs, to improve project outcomes.
Southern Illinois University of Edwardsville (2021-2023)
Served as a Teaching Assistant for the following courses: Fluid Mechanics Systems Engineering Introduction to Industrial Engineering Physics 101 Instructed a class of 25 students in weekly 50-minute Physics 101 recitation sessions.
Bachelor of Science in Industrial Engineering
Completed in 2021
Master of Science in Mechanical Engineering
August. 2023
I conducted extensive master thesis research in Computational Fluid Dynamics (CFD), specifically on a 2D airfoil with a rotating cylinder. The primary focus was aerodynamic optimization, with the ultimate objective of designing an advanced wearable glider. Emphasis was placed on maximizing the lift-to-drag ratio through innovative boundary layer control technology, utilizing CFD techniques for enhanced glider performance and maneuverability.
Utilizing a personal 3D printer, I crafted diverse items, encompassing intricate structures like the Sierpinski triangle, airfoil models, brackets, camera mounts, desktop moon lamps, and a vacuum suction cup using flexible TPU filament. These creations showcased my versatile problem-solving skills and innovative approach to projects, affirming my ability to deliver inventive solutions.
Fluent in English
Native