Academic Skills

• CS100: Computer Environment

• CS120: High-Level Programming I

• CS170: High-Level Programming II

• CS180: Operating Systems

• CS211: Databases I

• CS225: Advanced C/C++

• CS280: Data Structures

• CS315: Low-Level Programming

• CS330: Algorithm Analysis

• ECE110: CE Project I

• ECE220: CE Project II

• ECE310: CE Project III

• ECE410: CE Project IV

• ECE399: Independent Study in Storm Microphysics & Hydrometeor Classification

• ECE200: Electrical Circuits

• ECE210: Digital Electronics I

• ECE260: Digital Electronics II

• ECE270: Real-Time Operating Systems (RTOS)

• ECE300: Embedded Systems & Microcontrollers

• ECE350: Control Systems

• ECE380: Computer Design & Architecture

• ECE420: Digital Signal Processing

• MAT150: Calculus & Analytic Geometry I

• MAT200: Calculus & Analytic Geometry II

• MAT225: Calculus & Analytic Geometry III

• MAT256: Differential Equations

• MAT258: Discrete Mathematics

• MAT340: Probability & Statistics

• PHY200: Motion Dynamics

• PHY250: Waves, Optics, and Thermodynamics

• PHY270: Electricity & Magnetism

• ENG110: Composition

• ENG150: Mythology

• ENG230: Speculative Fiction

• ECN100: Intro to Economics

• ART111: Introduction to Ceramics

Computer Science

• Data structures (vectors, queues, lists, arrays, maps, stacks)

• Trees (binary, binomial, red-black, AVL)

• Algorithm analysis

• Iterative & recursive algorithms

• Complexity (runtime, space)

• Classes

• Aggregation

• Inheritance

• Dynamic programming

• Memory allocation

• Templatized programming

• Lambda functions

• Data modeling

• Multithreading

• Multiprocessing

• Entities, relationships, attributes

• Python, C/C++, MySQL, Java, R, Matlab

Computer Engineering

• Real-Time Operating Systems (RTOS)

  • Scheduling

  • Multi-tasking

  • Synchronization

  • Context switching

  • Interrupt handling

  • Reliability testing

• Embedded Systems

  • Analog-to-Digital Converters (ADC)

  • Digital-to-Analog Converters (DAC)

  • Pulse-Width Modulation (PWM)

  • Communication protocols (SPI, UART, I²C)

  • Systick timers

  • Motor controllers

  • Parallel I/O

  • Serial interfacing

• Circuit Design & Analysis

  • Kirchhoff's laws

  • Voltage & current dividers

  • Wheatstone bridges

  • Node-voltage, mesh-current methods

  • Thévenin & Norton equivalents

  • Inverting & non-inverting, summing, difference, and integrating amplifiers

  • Resistance, capacitance, inductors, op-amps

• Digital Signal Processing (DSP)

  • Time/Frequency domains

  • Fourier & Laplace transforms 

  • Z-transforms

  • Convolution/Devolution

  • LTI systems

  • Sinusoidal signals

  • Euler/Inverse Euler formulae

  • Spectrum analysis

  • Sampling/Aliasing

  • FIR & IIR filters

  • Discrete/Continuous time systems

  • Nyquist theorem

  • Shannon theorem

  • Steady-state & transient response