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The Probability course explores probability theory and statistical methods, particularly through engineering and programming applications. Students will understand and discuss the rules of probability and will be able to solve problems using...

The Data Visualization and Modeling course covers techniques that allow developers to integrate large data sets from disparate sources and create visualizations of sample data. Data collection is a key part of simulation, but accurate use of that...

The Historical Archetypes and Mythology course introduces students to the connections between history, mythology, and iconic archetypes and the influence these relationships have had on classical and contemporary cultures of the world. Color...

The Technology in the Entertainment and Media Industries course examines the impact of technology and technological innovations across various industries. Students will explore a variety of interactive forms, media types, programming languages, and...

The Discrete Mathematics course provides an introduction to basic concepts of mathematics and mathematical reasoning. Students will explore propositional and symbolic logic, sets and relations, sequences, functions, algorithms, matrices, number...

The Programming I course covers fundamental computer science and programming topics such as algorithms, software problem solving, input/output, control flow, functions, object-oriented programming, and references. Students will learn how to program...

The English Composition I course introduces students to the principles of writing. Within the context of academic writing, students will learn how to develop ideas, control the voice and style of their writing, and formulate a thesis. Students will...

The Applied Human-Computer Interaction course explores human-computer interaction (HCI) from an interdisciplinary perspective, utilizing concepts from computer science, design, and psychology. Topics covered will include input/output devices, mobile...

The Physics course explores fundamental physics concepts using calculus-based mathematical models that describe real-world phenomena. Students will learn the physical formulas for motion, forces, energy, electromagnetism, and circuits that they can...

The Project and Portfolio II: Computer Science course combines hands-on learning experiences with summative and formative portfolio assessments. Students will learn to recognize usability and design concerns present in a project's scope in order to...