This course provides an introduction to electrical and electronic engineering covering: basic electric circuit quantities and circuit analysis techniques; semiconductor devices such as diodes, transistors and operational amplifiers and their application in power supplies and amplifiers; digital logic and microcontrollers; and finally electrical energy and power systems. It is designed to give a broad understanding of the principles of electrical and electronic engineering.

This course explores the foundational principles of kinetics, energy, and electromagnetism, providing a comprehensive understanding of their roles in real world. Students will explore the dynamics of motion, the conservation and transformation of energy, and electromagnetism.

Physical Chemistry introduces basic principles related to transition elements, chemical kinetics, thermochemistry, electrochemistry, and chemical and acid-base equilibria. This course also introduces various applications of physical chemistry in industries.

This course provides knowledge on functions of organ and organ systems in biological organisms, as well as their interactions to effectively respond to physiological changes. The course encompasses key topics such as gaseous exchange, biological transport systems, regulatory mechanisms, reproduction, and immunity, it enables students to gain insight into the intricate processes of gas exchange, substance transportation, homeostatic regulation, reproductive strategies, and immune defense mechanisms against diseases.