Zeynep Deniz
Computer Science Student | Passionate Developer
Computer Science Student | Passionate Developer
🚀 I'm Zeynep Deniz, a curious mind and a lifelong learner driven by a passion for Artificial Intelligence, Machine Learning, and Software Development.
I love transforming abstract ideas into meaningful digital experiences, combining technical depth with an eye for design. Whether it's crafting algorithms, building full-stack applications, or exploring cutting-edge AI models, I find beauty in elegant code and smart systems.
I believe in technology that empowers, connects, and elevates. Every project I take on is a new canvas for creativity and innovation. Let’s build the future — one line of code at a time. 🌐
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Built an AI-powered system to analyze and visualize human-to-human conversations. Transformed dialogues into vector embeddings using Python for semantic search, performed speaker-level sentiment analysis and automatic summarization. Designed a user-friendly web interface using HTML, JavaScript, and CSS to display insights with interactive visualizations.
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Built a full-stack cross-platform messaging application inspired by WhatsApp, using React Native for the frontend and Spring Boot for the backend. Designed an intuitive user interface and implemented secure user authentication, friend and group management, and real-time chat functionality via RESTful APIs.
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Conducted an in-depth data analysis project to examine the relationship between the US stock market and unemployment rates. Using Python, we explored historical datasets, visualized seasonal trends, and performed correlation and regression analysis to uncover statistical patterns and economic insights.
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Designed and implemented a database-driven platform for managing e-commerce personnel using SQL. Built a mock relational database, wrote complex queries, and developed triggers and stored procedures to automate workflows. Created a user-friendly web interface using HTML and PHP for seamless data entry and visualization.
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Designed and implemented a fully functional digital stopwatch using basic logic gates such as AND, OR, XOR. Built and simulated the circuit in a digital logic simulator, then deployed it to an FPGA board for real-time operation. Focused on circuit timing, reset/start-stop logic, and hardware-level optimization.