AI / ML
- Python
- TensorFlow
- Keras
- scikit-learn
- OpenCV
ARTIFICIAL INTELLIGENCE · SOFTWARE · AUTOMATION
I build AI applications, automation systems and practical software.
I am a Computer Engineering graduate of Süleyman Demirel University. I work with machine learning, deep learning and large language models, building Python software that spans data preparation, model development, RAG assistants and computer vision.
I gained experience in AI and data science development at Zen Tech and Verkosis, and in LLM evaluation at Outlier AI. I care about usability as much as model accuracy: well-prepared data, measurable tests and an application that fits the problem.
A collection of working projects built around data, real constraints and practical workflows.
A RAG assistant that answers questions about university regulations using relevant document context. I designed the data preparation, embedding and query workflow end to end.
Problem: Make university regulations accessible through natural-language questions. My contribution: Data collection and cleaning, embedding generation, document retrieval and the answer-generation workflow. Implementation: Model setup and optimization with LLaMA 3.2 Vision, RAG, Docker, Azure OpenAI and OpenWebUI. Tested with different question scenarios.
A deep learning project that classifies urban sounds into 10 categories, using MFCC features extracted from audio recordings.
Data: The 10 sound classes in UrbanSound8K. Approach: Extract 40 MFCC features with Librosa and train a dense neural network with TensorFlow / Keras. The repository includes preprocessing, model and training code, plus an analysis notebook.
A machine learning project that groups customers by annual income and spending score, visualizing five segments with K-Means.
Data: 200 customers from the Mall Customer Segmentation dataset. Approach: Normalize with MinMaxScaler, explore the number of clusters with the elbow method and segment with K-Means. The repository includes data preparation, model and visualization code.
A deep learning project that classifies CIFAR-10 images into 10 categories. It covers image preprocessing, CNN training and visualization of predictions.
I developed a CNN image classifier using CIFAR-10. After preprocessing and training, I visualized predictions on test images. The experiment steps are available in the Jupyter notebook.
A time-series modeling project using historical monthly gold prices. It generates a six-month prediction sequence with an LSTM model.
I worked with 58 monthly observations from January 2020 to October 2024. I scaled the data, created 12-month windows and generated a six-month forecast using a two-layer LSTM. Data preparation, training and result charts are available in the repository.
A regression project that estimates home prices from features such as room count, floor area and building age. A Python desktop interface makes the model accessible to users.
I developed a multiple linear regression model using regional housing data. I designed a Python desktop application that turns user-provided property features into model estimates. The repository includes data and analysis notebooks.
Remote · Produced, edited and evaluated data for large language models. Checked model outputs for accuracy and consistency, and worked on prompt development and model performance improvements.
Isparta · Developed an LLM assistant for university regulations. Worked across data collection and cleaning, model setup, the RAG query workflow and user experience.
Isparta · Developed machine learning and deep learning models with TensorFlow and Keras. Focused on improving model performance through preprocessing, feature engineering and hyperparameter optimization.
2019 — 2024
2015 — 2017
Get in touch about a project, a collaboration or a new opportunity.