Master of Science in Nano-Optoelectronics (Mixed Mode Program)

Overview of Program

Master of Science in Nano-Optoelectronics is the first program being offered in INOR on Mixed Mode basis. As a MixedMode program,70% of research work and 30% of coursework is offered. Besides, dissimilar from the program offered by other universities from local or overseas, this program is unique because of the integration of both nanotechnology and optoelectronics compositions in the structure.

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Course Structure

The program consists of 40 units of the following four core courses and two elective courses which are offered according to the respective semesters as table below. The elective courses (INE503 and INE504) are offered in both semesters; thus, students have the flexibility to enroll in the respective course during the semester of their choice.

Core Courses	Units
INT501 Physics and Technology of Nanomaterials	4
INT505 Dissertation I	8

Elective Courses	Units
INE503 Advanced Growth Technology / INE504 Advanced Optoelectronics	4

Core Courses	Units
INT502 Growth and Fabrication of Optoelectronic Devices	4
INT506 Dissertation II	20

Elective Courses	Units
Elective Courses Units INE503 Advanced Growth Technology / INE504 Advanced Optoelectronics	4

Total Units (Core Courses)	Total Units (Elective Course)
36	4

Program Educational Objectives (PEO)

The objective of Master of Science in Nano-Optoelectronics (Mixed Mode) program is to produce graduates who fulfil the matrix of program educational objectives (PEOs) after five (5) years, as below:

PEO 1	Specialized knowledge and competent in the field of Nano Optoelectronics.
POE 2	Able to perform research in the field of Nano Optoelectronics either in public/ private organisation or in industry sector.
POE 3	Possess pure value and ethical as well as capable to perform social responsibility at respective organisation.

Program Learning Outcomes (PLOs)

At the end of Master of Science in Nano-Optoelectronics (Mixed Mode) program, graduates will be able to achieve the following program learning outcomes (PLOs).

PLO 1	Master knowledge in Physics and Technology of Nanomaterials, Growth and Fabrication of Optoelectronic Devices together with Advanced Materials Growth Technology or Advanced Optoelectronics.
PLO 2	Able to identify, formulate, and provide creative, innovative, and effective solution in problems related to Nano Optoelectronics.
PLO 3	Able to show technical expertise thoroughly in the field of Nano Optoelectronics.
PLO 4	Function effectively as individuals or groups with the capability to become leader.
PLO 5	Able to communicate effectively in the form of writing and oral among scientits, researchers, engineers and communities.
PLO 6	Able to use modern digital equipment/software for problem solving.
PLO 7	Able to use numeracy skills for problem solving.
PLO 8	Possess leadership characteristics and demonstrate effective leadership responsibilities.
PLO 9	Involve in lifelong learning, information management for career development.
PLO 10	Self-motivation, increase managerial and entrepreneurial skills for career development.
PLO 11	Possess high professionalism and good value, behavior and attitude.

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