Page 135 - Handbook Bachelor Degree of Science Academic Session 20212022
P. 135

Faculty of Science Handbook, Academic Session 2021/2022



             SIF3011          Quantum Mechanics II                           SIF2001 & SIF2028          3
             SIF3012          Computational Physics                          SIF2007                    3
             SIF3019          Semiconductor Devices                          SIF1005 & SIF3003          3
             SIF3020          Quantum Optics and Technology                  SIF2001 & SIF2027          3
             SIF3021          Cosmology and General Relativity               SIF1018 & SIF2026          3
             (II) ELECTIVE UNIVERSITY COURSES (8 CREDITS)
                 Student Holistic Empowerment [SHE]
                 Choose one course from each cluster
             Cluster          Cluster Title                                                          Credits
             Cluster 1        Thinking Matters: Mind and Intellect                                      2
             Cluster 2        Emotional, Physical and Spiritual Intelligence: Heart, Body & Soul        2
             Cluster 3        Technology, Artificial Intelligence and Data Analytics: i-Techie          2
             Cluster 4        Global Issues and Community Sustainability: Making the World a Better Place   2


            PROGRAM GOAL

            To produce graduates with broad knowledge and understanding in physics, have effective communication and problem solving skills, highly committed
            to ethical practise as well as appreciate enviromental, societal and safety factors in carrying out their duties.

            PROGRAM LEARNING OUTCOMES
            At the end of the Degree of Bachelor of Science in Physics program, graduates are able to:
            1. Demonstrate proficiency in physics and its applications
            2. Apply physics knowledge to solve complex applications, handle issues in various situation through critical thinking, analytical reasoning and
               problem solving skills
            3. Demonstrate practical skills in physics such as designing and setting up experiments, collecting and analyzing data, identifying sources of error,
               interpreting experimental results and relating the results to physics concepts or scientific theories.
            4. Demonstrate communication skills in conveying scientific information in both written and oral presentation, to team members as well as the general
               public of various backgrounds
            5. Employ appropriate mathematical methods, computer modeling, media and software applications to solve physics related problems
            6. Demonstrate leadership qualities and accountability in decision making that involves teamwork
            7. Engage in self-directed lifelong learning effectively and use their skills and knowledge to explore opportunities in the real world
            8. Demonstrate capability in seeking creative and practical solutions to meet the requirements and changes determined by the work environment and
               current issues in a professional and ethical way









































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