An Electrical & Electronics Engineer specializing in robotics, unmanned vehicles, and programming.
From 3D concept to AI deployment, I have a wide range of skills to bring complex systems to life.
Complex assembly modeling, stress analysis, and fabrication-ready designs.
Electric motor design, simulation, and thermal/FEA performance validation.
Projects with ESP32, Raspberry Pi, and Arduino for sensing and control.
Developing and simulating complex robotic systems and autonomous navigation.
Implementing autonomous flight control systems and mission planning.
Hardware/software development with Impinj Speedway readers.
Strong theoretical foundation in circuits, signals, and power electronics.
Implementing real-time data transfer over WiFi using Websockets.
Proficient in Python, C++, C#, and JavaScript for diverse applications.
Object detection and tracking with OpenCV, YOLO, and custom algorithms.
University projects in neural networks, data analysis, and ML models.
Processing and visualizing data using Pandas, Seaborn, and Matplotlib.
Building servers and APIs with Next.js (Node.js) and C# Blazor.
Creating responsive UIs (like this site) with HTML, CSS, and JS frameworks.
Database management and design using PostgreSQL and SQLite.
Developed/tested UHF RFID systems based on the Impinj Speedway R420 and .Net 6 Blazor Web App. Gained hands-on experience in both hardware integration and the software development stack for asset tracking.
Managed and coordinated activities for the MPGK student community, developing leadership, event planning, and team communication skills.
A heavy-duty autonomous platform. I designed the electric motors, developed autonomous algorithms, built the WiFi communication system, and created the ground control station with Next.js.
Currently developing a VSW-UAV. My roles include aerodynamic design and analysis in OpenVSP, and building the communication, computer vision, and autonomous flight systems.
Solo project to design, simulate, and build a portable Field-Oriented Control (FOC) motor controller from the ground up.
View Schematics →Worked on computer vision, autonomous algorithms, and communication systems for the TEKNOFEST 2025 competition.
Read Technical Report →Designed a Vertical Take-Off and Landing (VTOL) UAV for a specific surveillance mission profile.
Read Design Report →A fully autonomous agricultural ground vehicle designed to plant and water seeds in challenging terrains.
View Project →I'm always open to discussing new projects, creative ideas, or opportunities to be part of an ambitious team.