Programme Name: Master of Science (Physics)
Last update 29 June 2020
- Master of Science (Physics)
- Entry Requirement
- Programme Objectives
- Programme Learning Outcomes
- Classification of Subjects
- Programme Structure
- Mapping
- Career Prospects
| Awarding Institution | Universiti Teknologi Malaysia | |||
| Teaching Institution | Universiti Teknologi Malaysia | |||
| Programme Name | Master of Science in Physics | |||
| Final Award |
Master of Science (Physics) | |||
| Programme Code | MSF | |||
| Professional or Statutory Body of Accreditation |
Kementerian Pengajian Tinggi | |||
| Language(s) of Instructions |
Bahasa Melayu & English | |||
| Mode of Study | Conventional | |||
| Mode of operation | Self-govern | |||
| Study Scheme | Full Time and Part time | |||
| Study Duration |
Full Time: Minimum: 1½ years; Maximum: 3 years Part Time: Minimum: 2½ years; Maximum: 4 years |
|||
| Type of Semester | No. of Semesters | No. of weeks per semester | ||
| Full Time | Part Time | Full Time | Part Time | |
| Normal | 3 | 6 | 14 | 14 |
Graduates those are strong in Physics knowledge and able to
- apply their knowledge and skills in planning, analysis, design and supervision of work in physics.
- solve problems logically, analytically and creatively with confidence..
- work in society with diverse background to achieve common goals.
- communicate effectively and work in a team to achieve excellence.
- appreciate entrepreneurship and foresee opportunities towards job-creation for the nation.
| Code | Intended Learning Outcomes | Teaching and Learning Methods | Assessment |
|---|---|---|---|
|
PO1
Integration and Generation of Knowledge in Sciences (C5, P5, A4) |
Ability to integrate and generate in-depth relevant scientific knowledge for the benefit of related physics disciplines. | Lectures, seminars, assignments, directed reading, active learning, laboratory work | Examinations, presentations, written assignments, problem-based exercises, and dissertation. |
|
PO2
Experimental and project works. (C5, A4) |
Ability to apply knowledge to perform project works scientifically to explain physics phenomena. | Lectures, assignments, research project, directed reading, simulation exercises, problem-based learning | Examinations, written assignments, research dissertation, presentations, problem-based exercises. |
|
PO3
Trouble-shooting Techniques and Skills, Communication Skills, Team Working and Leadership (P5, A4) |
Ability to analyze and solve physics problems and also ability to evaluate situations and react responsibly to communicate, cooperate and lead a team among peers and others. | Supervised project, lectures, individual assignment, seminar group assignments. | Research dissertation, examinations, written assignments, presentations, group reports |
|
PO4
Professionalism and Ethics (A2) |
Ability to integrate professional ethics in life, organization, society and individual to fulfill the needs of mankind in both spiritual and material aspects. | Lecture, supervised project, group assignment, seminar | Research dissertation, Written assignments, presentations, log book. |
|
PO5
Continuous Education (A2) |
Ability to acquire knowledge independently for continuous personal and professional development | Research work, dissertation, individual assignments | Research dissertation, written assignments |
|
PO6
Entrepreneurship (P1) |
Ability to explain managerial concepts and identify business opportunities and initiate action to achieve it. | Lecture, research work | Research dissertation |
| No. | Classification | Credit Hours | Percentage | Standard (QA) |
| 1. | Compulsory University Subjects | 6 | 14.3 | 50% |
| 2. | Program Core | 9 | 21.4 | |
| 3. | Program Electives | 6 | 14.3 | |
| 4. | Research | 21 | 50 | 50% |
| Total | 42 | 100 | 100% |
This is a 3-semester full-time programme, which comprises 42 credits that include 3 physics core courses (9 credits), 2 elective courses (6 credits), 1 University course (3 credits), Research Methodology and Dissertations (21 credits). Typical distributions of courses are as follows:
Semester 1
| Course Code | Subjects | Credit |
| MSCF 1113 | Quantum Mechanics | 3 |
| MSCF 1423 | Semiconducting Bulk Materials | 3 |
| MSCF 1xx3 | Elective Course | 3 |
| UHAx 6xx3 | University compulsory subject | 3 |
| MSCF 1010 | Seminar | HW** |
| Total | 12 | |
Semester 2
| Course Code | Subjects | Credit |
| MSCF 1143 | Electrodynamics | 3 |
| MSCF 1xx3 | Elective Course | 3 |
| MSCF 1813 | Research Methodology | 3 |
| MSCF 1020 | Seminar | HW** |
| Total | 9 | |
** HW = Attendance is compulsory
Semester 3
| Course Code | Subjects | Credit |
| MSCF 2180/ | Dissertation (full time) / Dissertation (part time) | 21 |
| MSCF 2190 | ||
| Total | 21 | |
* Dissertation Codes: xx8x = full time, xx9x = part time
Elective Subjects
| Course Code | Subjects | Credit |
| MSCF 1123 | Elementary Particles | 3 |
| MSCF 1313 | Acoustic & Ultrasonics | 3 |
| MSCF 1413 | Analytical Techniques | 3 |
| MSCF 1433 | Semiconductor Devices | 3 |
| MSCF 1443 | Thin Film Physics | 3 |
| MSCF 1453 | Non-Crystalline Solid | 3 |
| MSCF 1463 | Phase Transformation | 3 |
| MSCF 1513 | Optoelectronics | 3 |
Please refer to Appendix E (page 86) for synopsis of each course.
Graduates of the program can work as
- Research officer – Research Institute, university and industries
- Science Officer — Research Institute, university and industries
- Physics Teacher – Schools and colleges
- Quality control officer – Industries
- Industrial materials scientist
- Material testing and analysis expert