Outstanding 3.74 GPA

I have consistently maintained a 3.74 GPA in Electrical Engineering, a demanding discipline that requires precision, analytical thinking, and dedication. This achievement reflects my strong work ethic, commitment to academic excellence, and ability to thrive in a rigorous academic environment.

Notable Coursework & Electives

I have strategically chosen courses that not only meet but exceed the academic requirements for my major, ensuring that I am well-prepared for the challenges of the modern engineering industry.

Power System Analysis

Grade: A

Power System Analysis has been a cornerstone of my work as a Field Support Engineer, providing the tools to ensure complex electrical systems' reliability, efficiency, and safety. This discipline goes beyond the basics of electricity, delving into the behavior of power networks under various operating conditions.

Digital Logic

Grade: A

Digital Logic was one of my favorite classes because it combined technical knowledge with creativity to solve design problems. From creating truth tables to designing state machines, it felt like solving intricate puzzles. This course taught me to think innovatively while evaluating trade-offs, preparing me to tackle real-world engineering challenges with both logic and imagination.

Digital Systems Design

Grade: A

In my field support engineer role, Digital Systems Design is integral to the development and implementation of Programmable Logic Controllers (PLCs) and Instrumentation Engineering (IE). By combining these two disciplines, I create automated control systems that monitor, regulate, and optimize industrial processes.

PLCs are programmed to handle inputs from various sensors and instrumentation systems, allowing me to design systems that trigger outputs based on real-time data. I ensure these systems are responsive, reliable, and efficient using digital logic and tools like ladder logic programming.

Senior Design Project II

Grade: A

During my senior design project, I led the development of a beacon system for emergency communication between devices without nearby cellular service. I had primary responsibility for the electrical systems of the beacon for emergency communication. This involved designing, testing, and optimizing the electrical components to ensure reliable performance without cellular service. I handled the circuit design, power management, and signal processing, ensuring that the system was both efficient and functional in low-resource environments.

These hands-on responsibilities sharpened my skills in electrical system integration, which I now apply in my role as a Field Support Engineer, where I oversee the implementation and optimization of complex electrical, mechanical and even civil systems in our company's plant applications.

→

→

→

→

If you can't fly, then run. If you can't run, then walk. If you can't walk, then crawl, but whatever you do, you have to keep moving.

Martin Luther King Jr.

"

"

Academic Achievements

Deans & Chancellor's List

Dean's List(every semester):

Spring 2021, Fall 2021, Spring 2022, Fall 2022, Spring 2023, Fall 2023, Spring 2024, Fall 2024.

Chancellor's List:

Spring 2021, Fall 2021, Spring 2022, Fall 2022, Spring 2023, Fall 2023

Harvard Business School Conferennce

Hand selected by the UNCF Target Scholarship for my academic excellence to attend Harvard University’s 51st Annual H.N. Naylor Fitzhugh Conference.

→

→