REECE M. DOBRO
Purpose. Progress. Passion.
About Me
Hi! My name is Reece Morgan Dobro and I am a currently pursuing a Bachelors and Masters degree in Computer Engineering and Electrical Engineering at North Carolina State University. I reside in Waxhaw, North Carolina and have had a passion for computers and electronics for as long as I can remember. I’m driven by curiosity and a love for solving real-world problems through hardware and software. Whether I’m implementing an automated cooling system or coordinating with a passionate group of engineers, I strive to blend my creativity with technical precision. Let’s build something amazing together!
Certifications
Projects
Maximum Power Point Tracking (MPPT) System
SolarPack Project
- Redesigned a Maximum Power Point Tracking system using a custom PCB to improve solar energy harvesting efficiency
- Expanded system capability to support a larger solar array while maintaining stable power regulation
- Integrated control logic to optimize voltage and current output under varying environmental conditions
- Improved scalability and modularity of the power electronics architecture for vehicle integration
RFID-Based Event Check-In System
HackNC State Project
- Developed a low-power RFID tracking system for real-time participant check-in during a 50+ hour hackathon
- Processed and tracked 300+ participants using a Raspberry Pi Pico configured as a USB HID device
- Automated ID input stream directly into a React-based database system for live attendance monitoring
- Designed for rapid deployment, reliability, and easy troubleshooting in high-pressure event environments
Screenshot of results in Windows Media Player Legacy
YouTube Playlist Song Organizer
June 2024 – June 2025
- Automates YouTube playlist downloads using Python
- Adds and filters metadata tags according to self developed standard
- Optimized for offline use across major music players
- Improves library sorting for over 2,000 songs and device compatibility
- Pulls cover art from a online database and optimizes the images for fast loading
Portable Table
January 2025 – April 2025
- Won first place in NC State’s First-Year Engineering Design Day 3D Printing category, selected by manufacturing experts and alumni.
- Developed a compact portable table with wireless charging and a lamp that fits easily into a backpack for convenient travel.
- Ensured over 90% of the product's mass was 3D printed while also meeting a strict, detailed budget of under $40.
- Customized wiring to optimize power efficiency and reliability for vacation use.
Organizations
NC State SolarPack
Contribute to the design, integration, and optimization of electrical systems for a solar-powered vehicle platform. Support wiring, troubleshooting, and system validation across both low-voltage and high-voltage subsystems to ensure reliability and performance. Configure and reprogram custom PCBs for decentralized automotive communication systems, enabling robust inter-module data exchange. Collaborate closely with mechanical engineering teams to integrate electrical systems through CAN bus architecture for seamless vehicle operation. Led the redesign of a Maximum Power Point Tracking (MPPT) system using a custom PCB to support an expanded solar array, improving overall energy harvesting capability and system scalability.
Wieland Copper Products
Supported manufacturing and process improvement initiatives in a high-volume copper production environment. Applied additive manufacturing and reverse engineering to diagnose, repair, and redesign critical production components, improving prototyping reliability and reducing tooling costs by 77%. Developed Python-based data extraction and visualization tools to assist engineers in identifying welding and process inefficiencies, improving diagnostic speed and decision-making. Automated SAP Bill of Materials (BOM) workflows, saving approximately $6,300 while improving update accuracy and reducing manual workload. Designed and implemented an automated cleaning system using PLC-based controls and solenoid valves, reducing projected system costs by 20%. Collaborated with engineering teams to streamline workflows, enhance tooling design, and improve overall manufacturing efficiency and system reliability.
NC State Engineer's Council
The NC State Engineer’s Council is a student-led organization dedicated to connecting engineering students with industry, faculty, and professional development opportunities across campus. As a Webmaster, I helped lead a full website redesign focused on improving usability, performance, and visual consistency. Working alongside CS and UX teams, we modernized the platform to better represent the organization and improve accessibility for students and partners. Also led engagement with industry professionals, culminating in a collaberative "speaker series" event with Prolec GE.
NCSU IEEE
As a technical member, I contributed to circuit design, embedded programming, and sensor integration using microcontrollers such as Arduino. I worked on systems involving SPI communication and real-time data exchange, and helped develop an energy-efficient room control project using PID-based control strategies to reduce power consumption and improve system efficiency.
HackNC State
Served as a Logistics Organizer for HackNC State, supporting the coordination and execution of a 50+ hour hackathon even t with 300+ participants. Developed a low-power RFID check-in system using a Raspberry Pi Pico to streamline participant tracking and automate registration workflows. Focused on system reliability, rapid deployment, and maintainability to ensure smooth event operations across multiple teams.
Refresco Beverages
Completed a summer internship in a high-volume beverage manufacturing environment, gaining exposure to automation systems, HMI interfaces, and industrial control processes. Supported operational improvements by shadowing operators across production lines and learning real-world applications of process control, quality assurance, and maintenance workflows. Built foundational understanding of large-scale bottling systems and industrial automation architecture.