Instrumentation

The ability of graduates of the Instrumentation Bachelor Program, Department of Physics, Faculty of Mathematics and Natural Sciences, Universitas Brawijaya is formulated in Graduate Learning Outcomes (CPL) or Intended Learning Outcomes (ILO) or Learning Outcome Programs (PLO) by considering and referring to the 4 (four) reference materials above, with the ability of graduates as follows:

1. Master the concepts of mechanics, waves, optics, thermodynamics and electromagnetics, as well as other supporting basic sciences. [K]
2. Master the concepts of electricity, electronics and programming. [K]
3. Master the concepts of detection, measurement, monitoring, as well as control and automation systems. [K]
4. Able to use mathematics as a tool to help solve instrumentation problems. [S]
5. Able to select and use analog and digital electronic devices, sensors, optical systems, mechanical systems, signal processing, computers and information technology in measurement and control. [S,E]
6. Able to develop simple measurement and automation instrumentation systems that use sensors, signal conditioners and their processing devices to solve certain problems. [S,E]
7. Able to process measurement result data into meaningful information. [S,E]
8. Able to work individually and in groups, systematically compile individual and group work reports and communicate them. [C,E]
9. Able to develop oneself further through experience in the community and through further study. [C,E]
10. Able to communicate effectively in written and oral form with colleagues, other professionals, customers and the general public on substantive issues and problems related to their chosen specialization. [C,E]

Notes: K: Knowledge, S: Skill, C: Competency, and E: Ethic.

Courses

Relationship Matrix

Further course information can be read in the Academic Handbook.