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Physics

Physics

Higher education is education aimed at mastering and developing science and technology. The Department of Physics FMIPA ITS has currently entered its fourth decade as part of a formal higher education institution. In addition to educating and preparing superior human resources in science and technology, the Department of Physics also directly assists the industrial world through consultation. The Department of Physics under the Faculty of Mathematics and Natural Sciences (FMIPA) opened the Physics Master's Program (S-2) starting in the 2001/2002 academic year. Supported by 25 academic staff with qualifications: 4 Professors, 13 Doctors, 8 Masters, and assisted by 18 administrative personnel and laboratory technicians. The available supporting facilities are as follows: Classrooms, 13 Laboratories, 3 Workshops, a Reading Room with more than 2,000 library materials, international scientific journals, national scientific journals, including 24-hour Internet connection and other supporting facilities.

Objectives

The Master's Program in Physics invites professionals to enhance their individual competitiveness through the development and improvement of personal capabilities in the field of physics. Physics, in accordance with the nature of its science, is at the forefront of science and technology development for research and engineering purposes. After completing their education, alumni are expected to possess sharper physical analysis capabilities on a broader scientific horizon.

Fields of Interest

The Physics Study Program has 4 fields of interest that students can choose according to their talents and abilities, including:
  • MATERIALS PHYSICS, studying silicon-based oxide and semiconductor materials, metals, polymers, concerning synthesis, characterization, theory, and modeling. Studies are directed towards revealing application variables such as: electrical properties, mechanical properties, corrosion, and acoustics aimed at supporting industry.
  • GEOPHYSICS, the application of physics in studying Earth phenomena and its utilization for mapping natural and man-made subsurface structures. Earth phenomena include natural events that occur on land, sea, and atmosphere as well as their interactions with human life. Natural subsurface structures are closely related to the exploration of mining resources (oil, gas, and minerals) and civil construction planning. Man-made subsurface structures can be utilized for environmental and archaeological studies.
  • OPTOELECTRONICS, studying optical communication devices (optical fiber, switching waveguide, etc.) and microwave devices (mobile communication antennas, portable phones) through both experimental and numerical analysis using FD-BPM & FD-TD methods; as well as Non-Destructive Testing (NDT) using holography and ESPI methods.
  • THEORETICAL PHYSICS, understanding fundamental laws in nature, specifically interested in the application of quantum field theory to particle physics and related current issues.

Academic Activities

The Physics Master's (S-2) Study Program is conducted over 4 semesters (2 years), with a maximum study period of 4 years. The minimum credit load is 40 credits (sks), including a thesis according to the curriculum. The academic calendar for Semester I begins in early September, while Semester II begins in early February and ends in June. Academic activities include: lectures, laboratory practice, field practice, seminars, research, etc., conducted under the guidance of academic advisors.

Supporting Facilities

To enhance the understanding of Physics concepts and their applications, learning activities are supported by several laboratories, workshops, and reading rooms, including: MATERIALS LABORATORY
  • Spectroscopy Laboratory – Development and testing of metal constituents
  • Micrography Laboratory – Introduction to the microstructure of metals, ceramics, and polymers
  • Ceramics Laboratory – Electrical properties of ceramic materials
  • Metals Laboratory – Mechanical properties and corrosion of metals
  • Semiconductor Laboratory – Semiconductor and superconductor materials, thin films, etc.
  • Polymer Laboratory – Development and testing of polymer materials, such as PVC, plastics
  • Solar Cell Laboratory – Fabrication, processing, and analysis of solar cells
  • X-Ray Diffraction Laboratory – Phase analysis and microstructure of materials
INSTRUMENTATION LABORATORY
  • Computation Laboratory – Development and testing of computational programs
  • Electronics Laboratory – Testing of interfaces and control systems
  • Acoustics Laboratory – Testing of acoustic materials
GEOPHYSICS LABORATORY
  • Supported by equipment for measuring physical rock parameters / determining subsurface structures including: resistivimeter, magnetometer, low frequency, and refraction seismic.
OPTICS LABORATORY
  • Testing facilities for optical fibers in telecommunications, optical sensors, holography, and the application of laser beams for material research.
PHYSICS WORKSHOP
  • Mechanical Workshop – A facility for developing the mechanical performance of materials.
  • Glass Workshop – A facility for developing glass designs.
  • Electronics Workshop – A facility for electronics development, including interface fabrication, measuring instruments, and control systems.

Curriculum

Master's Program Curriculum (S2) Physics S2 Syllabus 2009-2014 – Doctoral Program Curriculum (S3) Physics S3 Syllabus 2009-2014. For more information about the physics study program, contact:

Department of Physics Master's Program in Physics ITS Sukolilo Campus, Surabaya 60111 Tel/Fax: (031) 5943351 and (031) 5995038 Email: fisika@its.ac.id Homepage: www.its.ac.id/dfisika

ITS Postgraduate School Master's/Doctoral Program Postgraduate Building ITS Sukolilo Campus, Surabaya 60111 Email: ppsits@rad.net.id, ppsits@its.ac.id Homepage: www.its.ac.id