Coursework

University of Florida
Bachelor of Science in Electrical Engineering
Expected May 2026

Machine Learning & Data Science

• Fundamentals of Machine Learning (EEL5840/EEE4773)*: Bayesian learning, generative models, clustering, discriminative classification, dimensionality reduction, manifold learning, neural networks, and deep learning
• Applied Machine Learning Systems (EEL5934/EEL4930)*: End-to end ML pipelines, model evaluation, ensemble methods
• Formal Methods in Robotics and AI (EEL5934/EEL4930)*#: Formal logic, automata theory, Markov Decision Processes
• Data Science for ECE (EEL3850): Statistical tests, random variables, linear algebra, Python implementation
• C++ Programming for Engineers (COP2274): OOP, pointers, data structures, numerical computing

Signals & Systems

• Noise in Devices & Commmunication Systems [Stochastic Methods for Engineering] (EEE5544/EEL4516)*#: Random processes, filtering, Markov models, noisy signal analysis
• Communication Systems & Components (EEL4514C): Modulation, demodulation, bandwidth, analog and digital communication systems
• Foundations of Digital Signal Processing (EEE5502/EEL4750)*: Discrete Fourier Transforms, z-transforms, filter design, sampling theory, time-dependent Fourier Analysis, multi-rate processing
• Introduction to Biomedical Image Analysis (EEL5934/EEL4930)*: Image filtering, segmentation, feature extraction
• Wireless & Mobile Networks (EEL4599): Signal propagation, network protocols, cellular systems
• Introduction to Signals & Systems (EEL3135): LTI systems, Fourier Analysis, convolution, FIR and IIR filters

Circuits & Electromagnetic Systems

• Electrical Engineering Design 1 (EEL3923C)#: Practice-focused design, PCB prototyping, hardware modules
• Circuits 2 (EEL3112): Advanced linear circuits, Laplace/Fourier analysis, analog filters
• Electronic Circuits 1 (EEE3308C): Semiconductors, MOSFETs, amplifier design, active filters, operational amplifier design
• Fundamentals of Electromagnetic Fields (EEL3472): Maxwell’s Equations, wave propagation, field theory basics
• Physics of Electrical Engineering (EEL3008): Physics of circuit components, semiconductors, and wave propagation
• Digital Logic & Computer Systems (EEL3701C): Combinational logic, digital system architecture fundamentals
• Circuits 1 (EEL3111C): Circuit theorems, AC & DC circuit analysis

‘*’ Denotes split graduate/undergraduate course
‘#’ Denotes course in progress as of Fall 2025