Autonomous Vehicles
USV systems, mission logic, navigation, obstacle avoidance and telemetry.
Open to internship & research opportunities
Software Engineering • Robotics • Embedded AI
Designing intelligent systems for autonomous vehicles.
I am a Software Engineering student at Fırat University focused on autonomous systems, unmanned surface vehicle technologies, embedded software, AI-powered perception and real-time robotic communication.
3.82
GPA / 4.00
USV
TEKNOFEST Team Captain
2
TÜBİTAK Projects
About
Competition-tested engineering mindset with research-driven execution.
Engineering Identity
I focus on building practical engineering systems that connect software, electronics and autonomous decision-making. My work combines robotics software, embedded development, AI-powered perception, full-stack development and technical documentation.
Through TEKNOFEST USV development and TÜBİTAK-supported research projects, I continue improving my ability to design, implement, lead and present engineering solutions.
Beyond coding, I care about teamwork, project organization, technical storytelling and transforming ambitious ideas into real-world systems.
Embedded Systems
STM32, ESP32, Arduino, sensor interfaces and real-time data processing.
Embedded AI
Computer vision, YOLOv8, OpenCV, perception pipelines and edge-oriented intelligence.
Experience
Leadership, autonomy development and research experience.
Oct 2025 — Present
Team Captain · MAVERA Marine – TEKNOFEST USV
Leading an autonomous unmanned surface vehicle project focused on ROS2-based autonomy, telemetry, obstacle avoidance, mission execution and multidisciplinary team coordination.
Feb 2026 — Present
TÜBİTAK 2247-C STAR Research Intern
Researching privacy-preserving machine learning and federated learning approaches for healthcare systems.
2026 — Present
TÜBİTAK 2209-A Funded Project Developer
Developing an AI-supported smart waste sorting, health and user behavior analysis system with mobile application integration.
Projects
Selected projects across autonomy, AI, embedded systems and full-stack development.
MAVERA-T Autonomous USV
Role: Team Captain & Autonomous Systems Developer
ROS2-based autonomous unmanned surface vehicle developed for TEKNOFEST 2026 with real-time telemetry, computer vision, sensor fusion and autonomous navigation capabilities.
AI-Supported Smart Waste Sorting System
Role: Research & AI System Development
AI-powered waste classification, health and user behavior analysis with mobile awareness system integration.
Library Automation System
Role: Full-Stack Developer
PHP/MySQL based automation system with database operations, CRUD logic and management workflow.
Text-Based Adventure Game
Role: Java Developer
Console-based Java game built with OOP concepts, command parsing, inventory management and NPC interaction.
Leadership & Social Impact
Not only building systems, but also organizing people, ideas and communication.
Team Coordination
Leading technical workflows, dividing responsibilities and keeping multidisciplinary engineering work organized.
Technical Documentation
Preparing competition reports, project documentation, system explanations and engineering presentations.
Communication
Combining technical depth with clear communication for team collaboration, presentations and stakeholder updates.
Initiative
Actively following opportunities, research calls, competitions and internship paths to grow as an engineering student.
Skills
Technical stack shaped around autonomous systems.
Python
C/C++
Java
SQL
PHP
JavaScript
ROS2
MAVLink
Pixhawk
CubeOrange+
STM32
ESP32
Arduino
OpenCV
YOLOv8
Sensor Fusion
Docker
Linux
Git/GitHub
Technical Reporting
Team Leadership
Currently Exploring
Areas I am actively improving.
Advanced ROS2 architectures
Autonomous navigation systems
Sensor fusion pipelines
Edge AI on Jetson platforms
Real-time robotic communication
Research-driven AI applications