COURSE CURRICULUM

Across the described undergraduate programs in business administration, management concentrations, chemistry, and chemical engineering, the curricula share a structured progression designed to build foundational knowledge, discipline-specific expertise, and professional readiness. Students typically begin with general education requirements in communication, mathematics, social sciences, and natural sciences, alongside major preparation courses such as introductory economics, business statistics, calculus, and critical writing. These early courses ensure quantitative literacy and analytical reasoning skills needed for upper-division study. Core business coursework commonly includes financial and managerial accounting, legal environment of business, marketing, finance, operations management, organizational behavior, business analytics, and strategic management, providing a holistic understanding of how organizations function. Concentrations then allow specialization in fields such as corporate finance, entrepreneurship, human resource management, international business, management information systems, operations and supply chain management, marketing, hospitality and tourism, general management, and business analytics, each requiring focused electives and applied learning experiences. Similarly, STEM-focused programs such as chemistry and chemical engineering emphasize rigorous sequences in calculus, physics, organic and general chemistry, thermodynamics, transport phenomena, and laboratory work, often governed by strict grade requirements and prerequisites to ensure competency. Chemical engineering further integrates process design, reactor kinetics, materials science, and unit operations with engineering mathematics and computational methods. Across all programs, writing-in-the-discipline and upper-division general education courses reinforce communication, ethics, and global perspectives. Elective spaces and internships or capstone projects provide flexibility for applied experience, research, or interdisciplinary specialization. Overall, these degree structures are designed to balance breadth and depth, ensuring graduates are prepared for careers in industry, government, or graduate study, while maintaining adaptability across evolving global, technological, and scientific environments. This integrated structure supports both immediate workforce entry and long-term academic progression in diverse fields. It also emphasizes critical thinking, collaboration, and problem-solving across disciplines. preparing graduates for dynamic global professional and technological environments success