This course provides fundamental concepts and principles employed by civil engineers. It is divided into two (2) parts: Statics and Dynamics. Statics is the study of forces and their effects on a system in rest and uniform motion. Meanwhile, Dynamics is the study of a system in motion.

The purpose of this course is to equip students with the concept of calculus as well its application to solve variety of engineering problems. The course consists of five (5) topics which include: (1) Limits and Continuity, (2) Differentiation, (3) Application of Differentiation, (4) Integration, and (5) Application of Integration. At the end of the course, students will able to use the mathematical knowledge to support their engineering courses.

This course serves as an introduction of basic concepts of statistics and probability, and its applications in civil engineering. The course contents three (3) main chapters including: (1) Descriptive Statistics, (2) Probability Distributions, and (3) Statistical Inference. In addition to learning the theory in class, student will also be exposed to the application of the statistical software.