Computer Engineer · AI & Embedded Systems
Working on embedded systems, firmware development, and artificial intelligence applications.
I'm a computer engineer with a strong focus on embedded systems, IoT applications and AI integrations.
I enjoy developing software that interacts with the real world - from firmware running on resource-constrained microcontrollers to web and mobile applications that control connected devices. My work mainly focuses on embedded systems, IoT communication and reliable device control.
Alongside embedded development, I'm also interested in artificial intelligence, especially computer vision, natural language processing and retrieval-based systems. I like understanding how systems work at a low level and turning that understanding into reliable, efficient and useful software.
Çankaya University
Graduation CGPA 3.23 / 4.00
High School Diploma
Candidate Engineer
Contributed to hardware-software integration and system communication by developing embedded and software solutions.
Part-Time Student Developer
Designed and built Fleet Tracking System (ESP32 + SIM7600) and a Handheld RFID Card Reader for security guards. Both projects were assigned by the university's Board of Trustees.
Long-Term Embedded Systems Intern
Designed FPGA systems in Vivado with custom IP cores and AXI communication. Built bare-metal/FreeRTOS embedded softwares, UART & TCP/IP pipelines and a PySide6 GUI for real-time YOLOv5 object detection.
Long-Term Software Intern
Built a mobile application using Flutter to control scientific devices via BLE. Also integrated Firebase Authentication and Firestore while optimizing performance by resolving memory leaks.
A small Windows app that shows Claude Code, Codex and Antigravity usage limits as rings on the edge of the screen, with each limit's reset time and how long until then. It docks to any edge or corner, never takes focus from the terminal, and is free, open source and fully local.
A multimodal AI-powered mobile application for elderly care, combining emotion recognition across video, audio, and text with real-time monitoring, reminders, and caregiver-family interaction workflows.
A live tracking system for the university's bus fleet. The device provides real-time location monitoring for students and staff, while an integrated RFID validator ensures that only registered members can access the transportation network.
A Wi-Fi-enabled handheld RFID validator terminal for security guards at the university's main gate. The device periodically syncs a local database for offline verification, logs scanned IDs locally, and batches reports back to the university servers.
An end-to-end RAG system for Turkish legal question answering. Includes embedding tuning, hybrid retrieval, reranking and LLM fine-tuning, designed to produce grounded, citation-consistent answers while minimizing hallucination. Evaluated with Recall@K, MRR, F1 and faithfulness.
An edge AI keyword spotting system optimized for microcontrollers. Trained and compared multiple deep learning models on the Google Speech Commands dataset. Prepared a DS-CNN model for deployment on ESP32 devices.
A real-time reflex game. Built on the MSP430G2553 microcontroller using a 7-segment display, two buttons, and two LEDs. Written in Assembly language.
A full-stack web application for managing institutional classroom reservations. Used .NET environment and HTML/CSS/JavaScript on the frontend, with features like real-time availability tracking, conflict-resolution logic and multi-role access control for students, faculty and administrators.
A blockchain-based vehicle maintenance tracking system. An immutable service history ledger built on Ethereum smart contracts. This system guarantees tamper-proof records across the full vehicle lifecycle, accessible to owners, mechanics and inspectors.
A game built for TeduJam, a university hackathon. Developed with a group of 4 under time constraints, focusing on rapid prototyping and core gameplay mechanics.
A review of how online gaming affects mental health, covering both the positive and the negative effects with concrete examples.
Medium3 min read
The evolving threat landscape and the countermeasures that hold up in it.
Vocal3 min read