Computer Science:
Divide and Conquer, Dynamic Programming, Greedy,
Graph Algorithms (MST, Dijkstra's, Bellman Ford, BFS, DFS),
and Network Flows (Ford-Fulkerson).
Algorithms and Data
OOD in Java.
Emphasized design principles and MVC architecture.
Projects: Marble Solitaire,
Image Processor
Object Oriented Design
Foundations in machine learning
using Python.
KNN, Decision Trees,
Clustering, PCA, and Regression.
Foundations of Data Science
Functional Programming in DrRacket.
Focused on recursion and code abstraction.
Projects: Spelling
Bee
Fundamentals of Computer Science I
Programming in Java.
Recursion, OOP, and Implementing Data Structures.
Projects: NBullets,
FloodIt,
Maze Algorithm Solver (Spanning Trees, DFS, BFS).
Fundamentals of Computer Science II
Alternative Number Bases (binary, hexadecimal, etc.), Boolean Logic/Operators, Counting,
Probability, and Proofs
by Induction
Discrete Structures
MySQL, Relational Algebra, Relational Database Models.
Database Design
Supply and Demand Curve Analysis. History review of economics, and cover various economic theories.
Macroeconomics
Divide and Conquer, Dynamic Programming, Greedy,
Graph Algorithms (MST, Dijkstra's, Bellman Ford, BFS, DFS),
and Network Flows (Ford-Fulkerson).
Algorithms and Data
OOD in Java.
Emphasized design principles and MVC architecture.
Projects: Marble Solitaire,
Image Processor
Object Oriented Design
Foundations in machine learning
using Python.
KNN, Decision Trees,
Clustering, PCA, and Regression.
Foundations of Data Science
Functional Programming in DrRacket.
Focused on recursion and code abstraction.
Projects: Spelling
Bee
Fundamentals of Computer Science I
Programming in Java.
Recursion, OOP, and Implementing Data Structures.
Projects: NBullets,
FloodIt,
Maze Algorithm Solver (Spanning Trees, DFS, BFS).
Fundamentals of Computer Science II
Alternative Number Bases (binary, hexadecimal, etc.), Boolean Logic/Operators, Counting, Probability, and Proofs by Induction
Discrete Structures
MySQL, Relational Algebra, Relational Database Models.
Database Design
Supply and Demand Curve Analysis. History review of economics, and cover various economic theories.
Macroeconomics
Biology:
Substitution, Elimination, Addition,
and Multistep Synthesis Reactions.
Labs: Distillation, TLC, Extractions,
and other organic synthesis reactions.
Organic Chemistry I
Stoichiometry, Molecular Shapes/Geometry, and
other fundamental concepts.
Labs: Gas laws, colligative properties, Intermolecular
forces, & other foundational techniques.
General Chemistry
DNA Replication, Cell Cycle, Reproduction, Hardy-Weinberg, etc.
Labs: Used NCBI
Databases and UCSC Genome Browser
to examine concepts.
Genetics and Molecular Biology
Studied various diseases and
their characteristics (Dementia,
Anxiety,
Schizophrenia,
etc.).
Final Project: studied MRI predictive
modeling in people developing neurodegenerative diseases
Abnormal Psychology
Analyzed the history of psychology and the various
belief systems that were proposed.
Participated in 3 research activities (as a participant)
required by the class.
Foundations of Psychology
Focused on reading/analyzing research papers.
Top of focus: locomotion.
Final Project: Zombie Ant Locomotion
Inquires in Biological Sciences
NMR, Mass Spectrometry, IR-Spectroscopy.
Aromatic activators and deactivators (EAS).
Labs: synthesis of acetylsalicylic acid (Aspirin), etc.
Organic Chemistry II
Amino Acids, Krebs Cycle, DNA Synthesis, Fatty Acids.
Biochemistry
Aseptic technique, culturing livestock, gram staining, etc.
Final project; investigated fertilizer effect on C. elegans intestinal epithelial junctions.
Biology Project Lab
Substitution, Elimination, Addition,
and Multistep Synthesis Reactions.
Labs: Distillation, TLC, Extractions,
and other organic synthesis reactions.
Organic Chemistry I
Stoichiometry, Molecular Shapes/Geometry, and
other fundamental concepts.
Labs: Gas laws, colligative properties, Intermolecular
forces, & other foundational techniques.
General Chemistry
DNA Replication, Cell Cycle, Reproduction, Hardy-Weinberg, etc.
Labs: Used NCBI
Databases and UCSC Genome Browser
to examine concepts.
Genetics and Molecular Biology
Studied various diseases and
their characteristics (Dementia,
Anxiety,
Schizophrenia,
etc.).
Final Project: studied MRI predictive
modeling in people developing neurodegenerative diseases
Abnormal Psychology
Analyzed the history of psychology and the various
belief systems that were proposed.
Participated in 3 research activities (as a participant)
required by the class.
Foundations of Psychology
Focused on reading/analyzing research papers.
Top of focus: locomotion.
Final Project: Zombie Ant Locomotion
Inquires in Biological Sciences
NMR, Mass Spectrometry, IR-Spectroscopy.
Aromatic activators and deactivators (EAS).
Labs: synthesis of acetylsalicylic acid (Aspirin), etc.
Organic Chemistry II
Amino Acids, Krebs Cycle, DNA Synthesis, Fatty Acids.
Biochemistry
Aseptic technique, culturing livestock, gram staining, etc.
Final project; investigated fertilizer effect on C. elegans intestinal epithelial junctions.
Biology Project Lab