Program Objectives

The two year Master's program in Physics aims to develop

1. the students knowledge, understanding and skills required to conduct further independent studies

2. knowledge and problem-solving skills in students in new situations in the discipline, in context of research

3. the abilities in students to work efficiently in a group towards a common goal in science, technology or industry in an innovative manner

4. an ability in the students to assess in the discipline, considering relevant scientific, social and ethical aspects.

The two year Master's program in Physics with specialization in Optoelectronics, aims to provide knowledge and skills to prepare them for a career in the rapidly-growing field of optoelectronics. On completion of the program, the students shall

1. demonstrate broad knowledge and understanding of basic physics behind optoelectronic devices,

2. compare and evaluate different designs of optoelectronic devices,

3. acquire detailed knowledge of applying optoelectronic principles in modulation, switching, integration, and etc.,

4. measure, analyze and evaluate the performance of various semiconductor optoelectronic devices,

5. design simple integrated optoelectronic devices using different components,

6. understand the guiding principles of light through optical fiber,

7. able to integrate their knowledge of optoelectronics in information transmission systems,

8. design analog/digital communication links using simple components and various parameters,

9. develop insight into scientific work and skills on using high-end equipment,

10. identify their need of extending their knowledge and to continually improve their skills,

11. identify current research areas and technologies in the field of optoelectronics,

12. demonstrate insight into potential and limitations of science and technology in society and their responsibility.