Study Program
Facilities
Research and Collaborations
The Department of Engineering Physics conducts sustainable research across 5 areas of interest. Collaboration with other areas of interest, laboratories, and institutions is actively carried out as part of a noble commitment to advancing scientific knowledge.
The Instrumentation Engineering area of interest is concerned with the design, manufacturing, and utilization of physical instruments or instrumentation systems for detection, observation, measurement, automatic control, computation and simulation, communication, or data acquisition systems in experiments, testing, and industrial process data control.
The Energy Engineering and Environmental Conditioning area of interest is characterized by developing thermal and energy engineering disciplines along with their environmental applications. It specifies research and science-technology implementation of physical thermal variables such as temperature, pressure, fluid flow, etc., to achieve comfortable environmental conditions that enhance system performance. Meanwhile, in the energy domain, research and development focus on energy procurement or generation (conversion) engineering, energy conservation, energy conversion, and energy management across both industrial and community sectors.
The Materials Engineering area of interest is concerned with the design and performance analysis of materials. This area of interest relies heavily on the development of material knowledge and applications on one hand, and material application based on properties and usage on the other.
The Vibration and Acoustics area of interest is concerned with the concepts and characteristics of vibration, acoustics, and lighting, applied to achieve comfortable conditions while meeting technical requirements both indoors and outdoors.
The study of the nature, function, and role of light, optics, optoelectronics, and photonics in the development of science and technology is the core activity in this area of interest. The study of light began a long time ago, and to date, many mysteries have been unveiled, leading to widespread applications across various technological fields—such as fiber-optic communication systems, which offer significantly better loss characteristics and transmission capacity compared to conventional cables.
Photonics has contributed significantly to instrumentation, information transmission systems, medicine, industry, and other fields. This development is inseparable from the invention of the laser in the 1960s, which marked the beginning of a revolution in the world of optics.