I study electrical engineering at Houston Baptist University and Im preparing for entry-level roles by learning core circuits, systems, and engineering fundamentals.
A collection of course projects and lab work that illustrate my hands-on experience with circuits, system fundamentals, and engineering problem solving while I prepare to enter the workforce.
Researched sensor applications and microcontroller functionality relevant to collecting driving-related data; Practiced breadboard setup, component identification, and circuit planning as part of early prototyping; Developed a foundational understanding of how hardware components interact within an embedded system; Documented design ideas, challenges, and learning progress for future implementation
Engineered a Raspberry Pi-based network monitoring system to identify connected devices and provide visibility into local network activity; Implemented Python scripts to automate device discovery, IP address tracking, and basic open-port analysis; Applied Linux command-line tools and networking concepts to analyze device connectivity and network behavior; Documented system architecture, testing results, and security observations throughout the development process
I study electrical engineering at Houston Baptist University and Im preparing for entry-level roles by learning core circuits, systems, and engineering fundamentals.
I am Temilola Bola-Raji, a sophomore Electrical Engineering student at Houston Baptist University working toward a bachelors degree. I have limited professional experience and am using my studies to build hands-on technical skills and explore engineering opportunities as I prepare to start my career.
Experience
Coding Instructor
ICode · May 2026- Present
Education
Houston Christian University
Bachelor of Science |Electrical Engineering | · Class of 2029
Skills
Researched sensor applications and microcontroller functionality relevant to collecting driving-related data; Practiced breadboard setup, component identification, and circuit planning as part of early prototyping; Developed a foundational understanding of how hardware components interact within an embedded system; Documented design ideas, challenges, and learning progress for future implementation
Engineered a Raspberry Pi-based network monitoring system to identify connected devices and provide visibility into local network activity; Implemented Python scripts to automate device discovery, IP address tracking, and basic open-port analysis; Applied Linux command-line tools and networking concepts to analyze device connectivity and network behavior; Documented system architecture, testing results, and security observations throughout the development process
Designed an electronics concept to address windshield glare caused by sunlight while driving; Explored sensor-based methods for detecting changing light conditions; Planned circuit components and control logic for an automated glare-reduction system; Applied electrical engineering concepts to develop and refine an early-stage prototype