COURSE CURRICULUM

The first-year curriculum for engineering students includes a comprehensive set of foundational courses designed to build essential technical skills and knowledge. Students begin with Technical Communications, which enhances their ability to convey complex ideas clearly and effectively, a crucial skill for any engineering career. Introduction to Engineering offers an overview of the engineering profession and problem-solving techniques. Core mathematics courses such as Calculus I, Calculus II, and Linear Algebra for Engineering provide the mathematical tools necessary for understanding engineering concepts and performing calculations. Physics I and Physics II develop a strong understanding of the physical principles underlying engineering systems, while Chemistry for Engineers introduces the chemical concepts relevant to various engineering disciplines. Engineering Design encourages creativity and practical application of engineering principles through hands-on projects. Additionally, Introduction to Programming for Engineers equips students with essential coding skills to tackle modern engineering challenges. The course Impact of Science and Technology on Society broadens students’ perspectives by exploring the social, ethical, and environmental implications of technological advancements. Together, these courses form a solid foundation that prepares students for more specialized engineering studies in subsequent years, while also fostering critical thinking, technical competence, and communication skills vital to their success as future engineers.