This programme exposes candidates to up-to-date theoretical and experimental aspects of Solid State Physics. The students will explore the journey of knowledge and practical experience from sand to optical communication system. Candidates will also be trained to equip them with the capability of addressing physicist related problems as engineers in the semiconductor and solid state lighting industry.
Objektif Pendidikan Program (Programme Educational Objectives (PEOs))
Programme Learning Outcome (PLOs)
Upon completion of this programme, the students will be able to:
1. PLO1: Demonstrate mastery of fundamental and advanced knowledge involving concepts, theories, principles, methods, and practice in the field of solid-state physics.
2. PLO2: Conduct experiments, analyze and construe data in the field of solid-state physics using the appropriate skills, tools and techniques.
3. PLO3: Apply knowledge integratively to manage and resolve complex problems and issues in the field of solid-state physics using logical reasoning and critical thinking.
4. PLO4: Communicate clearly and professionally the knowledge, skills, and ideas related to the field of solid-state physics using appropriate methods to different audiences in at least one international language.
5. PLO5: Work collaboratively with others in learning and working communities and other groups and networks, ethically and professionally.
6. PLO6: Demonstrate adherence to ethical and professional code of practices in learning and practice in solid-state physics.
7. PLO7: Exemplify self-advancement through continuous academic and professional development.
8. PLO8: Demonstrate entrepreneurial and management skills in the field of solid-state physics.
9. PLO9: Demonstrate autonomy, independence, and leadership skills for learning and professional development.
10: PLO10: Competently use a wide range of suitable digital technologies and appropriate software to enhance study, research, and practice in solving physics problems.
11. PLO11: Apply mathematical and other quantitative and qualitative tools to analyse and evaluate numerical and graphical data in solving physics problems.
Course Structure
The programme consists of 40 units of the following four core courses, three elective courses, two practical courses and one compulsory research project.
Semester I
Semester II
Admission Requirements
Applicants should possess the following
Language Requirement
Duration
Programme Briefing Video