Multi-threaded card game simulation in Java, with custom cyclic barrier implementation for thread synchronisation.
Full suite of unit tests using the JUnit framework, including a testing report available on the GitHub repo.
Built a Python-based logistic regression classifier using scikit-learn to classify handwritten digits. Implemented advanced data cleaning, feature selection, and hyperparameter tuning to optimize results.
Implemented dimensionality reduction using techniques such as PCA, t-SNE and UMAP. Discussed the nuances of these techniques for both data visualisation and preprocessing tasks.
Built a custom lift simulator in Python. Features a GUI and customisable parameters such as lift capacity, number of floors.
The project uses the tkinter library for the GUI.
Built a web-based battleships game, where the user places their ships and battles an AI.
The project was built in Python using the Flask framework.
Features include: drag-and-drop ship placement, intelligent AI opponent, and responsive game board design.
Built a remote-controlled rover capable of detecting infrared signals, measuring frequency, detecting radio signals, and sensing magnetic field polarity.
Designed and implemented a filtering and amplification circuit for infrared signal detection through a phototransistor.
Simulated the design in LT Spice and prototyped the circuit on a breadboard.
Developed and implemented Arduino code to digitally interface with the infrared detection circuit.
