A project portfolio focused on embedded systems, PCB design, hardware prototyping, energy systems, and practical electrical engineering work.
I am an electrical engineering student building hands-on projects that combine circuits, embedded programming, PCB design, sensors, communication modules, and energy analysis. This site is a place to organize my work and show the process behind each project.
Electronics prototyping, power/energy-related engineering projects, PCB design, DC/AC circuit tools, and embedded systems.
These are projects I am building, testing, or documenting. More photos, diagrams, reports, and GitHub links can be added over time.
Arduino-based three-phase transmission-line monitoring system with OLED status output and LED fault indication. Detects normal operation, open-conductor faults, phase-to-ground faults, phase-to-phase faults, and includes an Early Fault Detection (EFD) system that provides a warning before a fault condition is confirmed.
Open ProjectTarget Detection and Laser Aiming System built with Arduino, servos, an HC-SR04 distance sensor, and a laser module. The prototype scans for nearby objects, detects a target position, and moves a laser aiming assembly toward the detected direction.
Open ProjectSingle-axis and dual-axis solar tracking builds using sensors, servos, and a control platform to improve panel orientation toward light.
Open ProjectBrowser-based DC/AC circuit helper built with HTML, CSS, and JavaScript. Includes ask-mode parsing and guided calculators for Ohm’s law, impedance, power, filters, resonance, transformers, and three-phase circuits.
Open ProjectSemester-long gameboard project involving CAD modeling, physical prototyping, laser-cut structure, Arduino/servo integration, wiring, and final gameboard assembly.
Open ProjectCustom PCB design and schematic for a pulse reader-style circuit using sensor-based measurement, OLED display connections, and KiCad layout practice.
Open ProjectCustom PCB design and schematic for a gamepad/controller-style embedded board with button inputs, headers, routing, and hardware layout practice.
Open ProjectEmbedded systems lab work using the TM4C123 Tiva-C LaunchPad, Keil, UART, GPIO, PWM, timers, and oscilloscope testing for hardware-level programming.
Open ProjectResearch project comparing Argentina and Pakistan through energy mix, electricity access, fossil-fuel dependence, grid reliability, disruption risk, and future power-system recommendations.
Open ProjectCollection of schematic, PCB layout, and electronics prototyping work using KiCad, sensors, headers, routing practice, and physical hardware testing.
Open ProjectTools and technical areas used across my engineering projects.
This portfolio is still growing. Project photos, reports, code links, and detailed build notes will be added as the site develops.
Email: rohitdhamicollege@gmail.com
LinkedIn: linkedin.com/in/rd10
GitHub: github.com/rd10dev