Courses

This course provides an in-depth introduction to artificial intelligence (AI) in interactive simulation and game development, focusing on practical implementation using Unreal Engine 5's Blueprint system. Students will explore core AI concepts, historical developments, and hands-on techniques to create intelligent interactive simulation system and game behaviors. The curriculum includes interactive activities, mini projects for each module, and a collaborative team project spanning the semester.

This course is an introduction to a traditional Japanese martial art based on blending with and redirecting an attacker’s energy, utilizing wrist locking, throwing, and immobilization techniques. Falling, rolling, stretching, and relaxation exercises, as well as history and philosophy are included. Students will gain self-defense skills, mental focus, and self- confidence.

This course introduces students from all majors to the foundational principles, capabilities, limitations, and implications of artificial intelligence. Through hands-on tool use, case studies, and real-world media, students will develop critical fluency in AI systems that impact society and everyday life.

An advanced course in machine learning and artificial intelligence, with a focus on building and deploying models using Python and TensorFlow. Topics include linear and nonlinear models, neural networks, CNNs, RNNS, unsupervised learning, and reinforcement learning. Emphasis is placed on practical implementation, intuition, and real-world applications in domains such as healthcare and natural language processing.

This course explores the foundation of artificial intelligence and procedural generation in digital content creation. Students will examine AI-assisted workflows and algorithmic techniques to generate visuals, sound, and interactive assets. The course introduces both technical methods and conceptual discussions, focusing on how these technologies can enhance creativity, automate design processes, and open new artistic possibilities through hands-on individual experiment.

Using Agile PM techniques to deploy AI projects, whether operational or as products, to assure targeted results and flexibility to meet new demands or constraints. A focus will be on providing AI tools to nontechnical employees and organizational stakeholders. Will use low-code/and no-code environments as exercises to manage and complete projects while rapidly deploying prototypes and applications for business users.

Air breathing propulsion systems with emphasis on gas turbine engines for air-and rotor-craft. Includes thermodynamic power cycles, components design, and engine performance analysis. Incorporates a turbine engine design and realization team project.

Domestic and international air cargo operations with emphasis on cargo economics, equipment, domestic and international regulatory activities, agents, operational techniques, systems and problems.

This course focuses on HVAC standards and concepts, with emphasis on understanding and documenting the codes and regulations required for a state mechanical contractors license and compliance with local codes.

A basic study of HVAC and refrigeration controls; troubleshooting of control components; emphasis on use of wiring diagrams to analyze high and low voltage circuits; a review of Ohm’s law as applied to air conditioning controls and circuits.