Arduino Automated Braking System
Assembled and wired a sensor-driven prototype with an Arduino microcontroller and motor controls to investigate automatic braking.
I'm Moulya Bellam, a computer science professional who loves connecting the dots between hardware, software, and the thoughtful testing that makes ideas work in the real world.
My work sits at the intersection of code and hands-on problem solving. I've assembled and wired an Arduino-based prototype, explored light-based wireless communication, and built a web application for online public complaints.
Whether I'm debugging sensor behavior or documenting a technical process, I bring the same approach: ask careful questions, test methodically, and make the result understandable to the next person.
From an Arduino prototype to a public-facing web app, these projects shaped how I approach technical challenges.
Assembled and wired a sensor-driven prototype with an Arduino microcontroller and motor controls to investigate automatic braking.
Researched and presented light-based data transmission for mobile devices, including the hardware involved and real-world constraints.
Built a web application for online public complaint (FIR) submission, coordinating project tasks and fixing defects found during testing.
A mix of programming, physical prototyping, analytical thinking, and clear communication.
Python, Java, JavaScript, SQL, data cleaning, and automation.
Arduino, sensor wiring, fault finding, root cause analysis, and iterative debugging.
Git, Tableau, technical procedures, project reports, and clear test documentation.
Oracle Cloud Infrastructure credentials and AWS Academy Cloud Foundations training.
The academic foundation and focused training behind my technical interests.
Oklahoma State University
Vel Tech Rangarajan Dr. Sagunthala R&D Institute of Science & Technology
I'd be glad to connect about opportunities involving software, hardware, cloud technologies, or technical problem solving.
moulya.bellam23@gmail.com