Work Experience
Electrical Team Member – Formula SAE
Worked within the electrical division of a Formula SAE team developing systems for an electric race
car.
Contributed to battery management system development and motor controller integration while
collaborating
with a multidisciplinary engineering team.
Videographer & Video Editor – Apex Canine Training Academy
Produced short-form marketing content and managed the full video production workflow using Adobe
Premiere Pro.
Additionally designed and developed the company's website using Webflow, aligning the site's layout,
branding, and functionality with the organization's goals over a four-month development period.
Engineering Co-op – Underground Cable Installation Project
Worked on a 110kV underground cable installation project supporting power transmission
infrastructure.
Assisted with reviewing technical design documentation, cable routing plans, and site measurements
while
supporting field installation activities under engineering supervision.
Projects
Rolling LED Display
Designed and developed a 6×24 LED matrix display capable of showing dynamic scrolling messages.
The system integrates brightness and temperature sensors to automatically adjust display
behavior based on ambient conditions. The project required both hardware integration and
software logic to control the LED matrix and sensor inputs.
D'Arsonval Multimeter
Built a functional multimeter using a D'Arsonval movement meter and precision resistors.
The project applied key electrical engineering principles including Ohm's Law, Kirchhoff's
Voltage Law (KVL), and Kirchhoff's Current Law (KCL). A custom PCB was designed to integrate
the measurement circuitry, and a CubeSat-inspired enclosure was modeled in SolidWorks and
fabricated.
Line Following Robot
Developed a line-following robot controlled by a 16-bit microcontroller programmed in C.
The robot used photoresistors to detect the track line and adjust motor control in real time.
Motor actuation was implemented using a high-current half-H driver capable of supporting
bidirectional drive currents.
About
I am a Power Systems Engineering student with a strong interest in both hardware and software
systems, especially where they interact in real-world engineering applications.
My experience includes C programming, PCB design using Altium, and 3D modeling with
SolidWorks. Through engineering projects and team-based work, including Formula SAE,
I have developed practical experience solving technical problems and working in
collaborative engineering environments.
I am particularly interested in embedded systems, automotive electronics, and electrical
engineering projects that combine hardware with intelligent software control.
Outside of engineering work, I enjoy exploring new technologies, experimenting with
JavaScript, and following the engineering developments in Formula 1.
Contact
If you would like to connect, collaborate, or discuss engineering opportunities,
feel free to send me a message.