Chemical Engineering is a branch of engineering discipline that uses principles of science, engineering, economics as well as process safety to conceive ideas on the related chemical process, design and develop process to catalyze the transformation of raw materials into useful material and high value products in numerous areas including materials, chemicals, food, fuel and few others. The basic principles applied in teaching and learning of the programme include the knowledge in chemistry, physics, biology and mathematics. Students will be further equipped with the core engineering courses such as thermodynamics, material and energy balance, mass and heat transfer, chemical process kinetics and reactor design, separation process, dynamics and control, plant and process design, which focus on both chemical and biochemical processes. The programme is further empowered with process safety, environmental engineering and sustainability courses to enhance the student’s knowledge and to educate as well as to give awareness to students on chemical engineer’s role and responsibility in performing the task and fulfilling the need of the society, industries and also the standard implemented by the authority in achieving sustainable development. Awareness on Sustainable Development Goal (SDG) is introduced in the program through certain courses with the aim to sustain the world together. In order to keep pace with the industrial revolution (IR) 4.0, the programme also has several core courses that strengthen the element of IR4.0 including programming and simulation, artificial intelligence (AI), internet of thing (IoT) and several other elements, among students. Finally, the programme also provides professional exposure to the students through professional development courses such as Ethics and Professionalism, Engineering Ethics and Technological Advancement.