COURSE CURRICULUM

The documents describe four major academic pathways: Mathematics/Computer Science, Digital Media Innovation (DMI), Economics (BA and BBA), and Electrical Engineering, each designed for different career goals and skill sets. The Mathematics and Computer Science program is a highly technical STEM degree focused on advanced mathematics, programming, algorithms, statistics, and computational systems, preparing students for careers in software engineering, data science, artificial intelligence, and research-intensive fields. The Digital Media Innovation program is a creative STEM-designated degree that blends technology with storytelling, design, and communication, offering hands-on experience in digital media production, social media strategy, web development, artificial intelligence applications in media, and interactive content creation, leading to careers in digital marketing, UX/UI design, content creation, and media production. The Economics BA and BBA programs focus on understanding microeconomics and macroeconomics, data analysis, and business or policy applications; the BA emphasizes theoretical foundations, research, and flexibility with additional language and humanities requirements, while the BBA integrates business disciplines such as finance, marketing, accounting, management, and business law, making it more industry-oriented and suitable for corporate and finance careers. Both economics degrees require strong analytical and statistical skills and include core coursework in economics, mathematics, and supporting business or liberal arts subjects. The Electrical Engineering program is a rigorous engineering degree centered on physics, mathematics, circuits, electronics, signals, systems, microprocessors, electromagnetics, and power systems, with specialization options in communications, computer engineering, and micro/nano devices, preparing students for careers in electronics design, embedded systems, telecommunications, robotics, and large-scale engineering industries. Across all programs, students complete approximately 120 credit hours, including general education requirements, advanced electives, writing-intensive courses, and in some cases minors or language studies. Each program differs in its balance of theory, creativity, technical depth, and industry application, allowing students to choose based on whether they prefer coding and computation, creative digital media work, business and economics, or advanced engineering and physical systems.