Engineering systems. Building real things.
Robotics • IoT • Automation • Technology & Management
Ambitious 11th-grade student passionate about mechanical, electrical, and nuclear engineering. Experienced in robotics, IoT, and energy systems using Arduino and ESP32. Planning to pursue Mechanical Engineering at KIT and a Master's at ETH Zürich. Currently learning German and building real-world engineering systems.
Designed and built automated timing system with mechanical actuation
Arduino Uno with DS3231 RTC controls a servo-powered hinged cup that tips and pours water at scheduled alarm times. Separating servo power eliminates jitter and random resets.
Designed mechanical system and implemented coordinated control logic
Multiple servos mounted on 3D-printed joints form a claw with coordinated motion. Grip precision depends more on calibration and mechanics than code complexity.
Developed sensor fusion system for stable autonomous flight
IMU and GPS sensors fuse data to maintain stable autonomous flight. Even small sensor noise can destabilize flight if not handled properly.
Built autonomous navigation system with closed-loop control
HC-SR04 ultrasonic sensor guides autonomous navigation. Stability comes from decision logic rather than raw data, especially with angled or soft surfaces.
Created expressive display system with synchronized animations
OLED display and servos create expressive behavior using timed state machines. Perceived personality comes from timing and easing, not graphics detail.
Designed event-driven automation system with sensor reliability
Reed switch triggers servo barrier system. Reed switches can chatter near the activation edge, making debouncing essential.
Built automated evidence capture system with physical interaction
ESP32 detects door opening and triggers servo to press laptop record button. Mechanical repeatability matters more than networking here.
Developed end-to-end IoT control system with web interface
ESP32 hosts local web interface for real-time boat control. Local Wi-Fi latency feels instant when message size is minimal.
Built secure access control system with fail-safe defaults
ESP32 controls relay-based electric lock with authorization and fail-safe defaults. Electrical isolation prevents controller resets when lock actuates.
Created educational automation tool for protocol analysis
Fully automated end-to-end system for Wi-Fi protocol analysis in controlled environment. Real-world Wi-Fi security usually fails due to weak passwords, not broken encryption.
Arduino, ESP32, sensors, motors, relays, prototyping
C/C++, Python (basic), HTML, JavaScript, Node.js
3D printing, circuit assembly, UI design, branding
Automation, IoT, robotics, intro network security
Designed and built multiple Arduino, ESP32, and ESP8266–based systems including autonomous robots, servo-driven mechanisms, IoT devices, and interactive OLED interfaces. Worked end-to-end on wiring, power management, sensor integration, mechanical design, and control logic.
Built Wi-Fi–enabled systems such as remote door locks, web-controlled vehicles, sensor-triggered automation, and notification systems using ESP32. Integrated hardware with web interfaces and focused on reliability, fail-safes, and real-world usability.
Developed a custom ESP8266-based network security learning tool and automation scripts to study Wi-Fi protocols, management frames, reconnection behavior, and password strength in authorized environments. Gained hands-on understanding of wireless security and defensive analysis.
Designed and prototyped physical systems using 3D printing, servos, sensors, and custom mounts. Focused on translating software logic into reliable physical motion and repeatable mechanical behavior.
Built and deployed 4 commercial websites for real clients. Handled UI/UX, frontend development, revisions, and launch.
Designed logos and brand visuals for startups and small businesses. Focused on clean, modern, tech-oriented identity.
11th-grade student (Georgia). Engineering-focused secondary education. Currently learning German.
Target path: Bachelor: Technology / Engineering (TUM)
Long-term goal: ETH Zürich (Master's)