Computer Engineering Student
Hardware Software Machine Learning Research
I build practical systems that connect software, hardware, and intelligent models.
I am a Computer Engineering student interested in embedded systems, hardware design, software development, and machine learning research.
My work connects low-level systems, verification, full-stack development, and AI-based solutions. I enjoy turning ideas into systems that are technically strong, useful, and clear.
Walk through a pixel-art house where every room reveals a different part of my work.
Browse my software, hardware, and machine-learning work by discipline.
Full-stack / AI learning
An AI course builder that turns a syllabus or uploaded material into structured lectures, explanations, practice tasks, and quizzes.
CorAI uses Gemini to generate course content and quizzes, with authenticated, private course data stored in PostgreSQL through Supabase. It also supports uploaded study material, progress tracking, lecture-specific chat, and video recommendations.
Web development / robotics
A designed, developed, and deployed website for a student-led robotics and artificial-intelligence research team.
The site gives the NeuroTechTR team a public home for its robotics and AI research, with a responsive experience that presents the team, its work, and its technical focus clearly across devices.
Web / creative development
A room-based pixel-art portfolio where visitors explore projects and experience as a playable space.
The portfolio combines a responsive editorial site with a Kaboom.js game layer, keyboard and pointer movement, interactive rooms, focus management, and accessible DOM overlays.
Chip design / embedded AI
A microcontroller SoC designed for the TEKNOFEST Chip Design Competition with an embedded hardware AI accelerator.
The SoC design combines a RISC-V core, AXI-Lite peripherals, a memory subsystem, and a hardware accelerator intended for embedded Micro Speech inference.
Network engineering / systems
A complete hospital network infrastructure connecting a main headquarters with a branch site in Cisco Packet Tracer.
The design covers IP addressing, routing, VLAN segmentation, access-control lists, and reliable inter-site connectivity for the hospital's main and branch locations.
Embedded systems / prototyping
A portable medicine cooler controlled by a microcontroller and built to maintain a safe storage temperature for medical items.
The prototype pairs a custom cooler enclosure with low-level microcontroller control written in Assembly to monitor and maintain a suitable internal temperature.
Machine learning / privacy
PhD research support for differentially private and privacy-adversarial synthetic data generation across GAN and VAE models.
The work compares synthetic-data approaches on two datasets and evaluates the privacy-utility tradeoff using measures including model accuracy and Fréchet Inception Distance (FID).
Medical imaging / ML research
Research support at Istinye XR Lab for pediatric cardiovascular imaging and machine-learning workflows.
This interdisciplinary work supports anomaly detection, CT heart-scan segmentation, and aorta centerline extraction for pediatric cardiovascular research.
Machine learning / interactive game
An accident-risk prediction model paired with an interactive route-safety game that makes the model's subject approachable.
The project connects accident-risk prediction with a playable route-safety experience, turning road-safety data into an interactive learning tool.
A quest log of teams, work, and technical challenges.
Developing verification planning, self-checking testbenches, UART/GPIO testing, AXI-Lite peripheral validation, and RISC-V core verification strategy.
The technologies I carry from one build to the next.
Interested in my work or want to collaborate? Send a letter.
Python
JavaScript
TypeScript
Lua
C#
C++
Vercel
React Native
Three.js
Tailwind CSS
MySQL
TensorFlow
NumPy
Adobe Photoshop
Canva
Blender
Git
Unity
RISC-V
Docker
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