Deepak Kuncha

Researching photonic quantum systems, focusing on qubit coherence, quantum networks, and AI applications in the field Coded spectrometer drivers using Nspyre and developed NI-DAQ-based position optimization code to concentrate on high photon activity Working with graduate researchers to set up high-powered lasers and optical components for experiments

Led a student organization focused on machine learning theory (optimization, generalization, neural network design, gradient descent) Developed ML projects/lessons using Python, NumPy, Matplotlib, and Scikit-learn for data analysis + visualization Organized lectures on gradient descent, transformers, and overfitting/underfitting bias

Co-Founded and led a multi-team rocketry club with 30 members Created flight simulations with OpenRocket and iterated through multiple rocket designs Built rockets with consistent fight performance and recovery mechanisms for competition rules (800 ft, 43-46 seconds total flight) Raised $2000 for competition registration and rocket parts + engines

Analyzed multi-dimensional climate datasets (OWID CO₂, NOAA global weather archives) using Pandas, NumPy, and Jupyter Notebook Built time-series forecasting models using ARIMA/SARIMAX and Random Forest regressors to predict temperature and greenhouse gas trends Simulated outcomes that predicted global temperature could exceed the UN 1.5°C target before 2050