I’m an Applied Math major with a CS minor at UC Santa Cruz, focused on using code and math to model and solve real world problems. Right now I’m working at the intersection of AI and robotics through the SciAI Pathways research program, the Slugbotics robotics club, and my Fall AI Studio project on agentic AI.
I like building systems that merge differential equations, machine learning, and robotics. Whether that’s computer vision for robot arms, hazard detection for autonomous driving, or simulations of multi-agent dynamics, Im always happy to talk projects, theory, or cool uses of AI in the wild.
🚗 What I Built: Designed and trained a Spiking Neural Network (SNN) model to detect road hazards in real-time for autonomous vehicles.
🧠 Tools & Techniques: Python, custom SNN models, embedded systems
📈 Result: Enabled faster, biologically-inspired hazard recognition to enhance safety for autonomous driving systems
👉 Coming soon: Link to full repo + project README
Languages: Python, C++, Go, Java, Matlab
ML/AI Tools: PyTorch, TensorFlow, scikit-learn, Pandas, OpenCV
Concepts: Differential Equations, Linear Algebra, ODE Modeling
Dev Tools: Git, GitHub, Jupyter Notebooks, VSCode, Google Colab
Computer vision pipeline for the Slugbotics ARM team using YOLOv11 and OpenCV.
➡️ Repo: https://github.com/AydinK7/AydinARM
AI Studio Fall 2025 project—built an AI agent capable of navigating websites, retrieving information, and completing multi-step research workflows.
➡️ Repo: (currently private) https://github.com/sarayumummidi/7-11-agentic-ai
🔒 Note: My Fall AI Studio project repository (7-11-agentic-ai) is currently private and will be made public later this quarter. Once it is public, it will be pinned to my profile.
Spiking Neural Network model for real-time road hazard detection on embedded hardware.
➡️ Repo: https://github.com/AydinK7/hazard-detection-snn
- 🎖 Dean’s Honors, UC Santa Cruz
- 🧪 Selected Researcher, SciAI Pathways Program (2024–2026)
When I’m not coding, you’ll probably find me playing chess, exploring robotics side projects, or reading about AI alignment. (And yes, I will 100% talk your ear off about differential equations.)