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Instrumentation Engineering Technology

Applied Bachelor's Degree Program

Learn more about various concentrations, explore the Curriculum adjust your Course Schedule to fit your time, know the required Tuition Fees, and understand the expected learning outcomes All the information you need to start your academic journey is here.

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Curriculum

The following is a complete list of courses that will be taken in each semester.

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Course Schedule

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Tuition Fee

Here are the study fees Applied Bachelor's Degree Program In Instrumentation Engineering Technology
Applied Bachelor's SNBP & SNBT Pathway
UKT Group I IDR 500,000
UKT Group II IDR 1,000,000
UKT Group III IDR 2,400,000
UKT Group IV IDR 3,100,000
UKT Group V IDR 4,400,000
UKT Group VI IDR 5,700,000
UKT Group VII IDR 7,000,000
UKT Group VIII IDR 8,800,000
Applied Bachelor's Single Tuition Fee
Single Tuition Fee 1 IDR 500,000
Single Tuition Fee 2 IDR 1,000,000
Single Tuition Fee 3 IDR 2,400,000
Single Tuition Fee 4 IDR 3,100,000
Single Tuition Fee 5 IDR 4,400,000
Single Tuition Fee 6 IDR 5,700,000
Single Tuition Fee 7 IDR 7,000,000
Single Tuition Fee 8 IDR 8,000,000
UKT is paid every semester during the study period
Applied Bachelor's Institutional Development Fee (Independent Program Only)
IDR 14,000,000 One-Time Payment
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Learning Outcomes

Learning Outcomes
1 Able to demonstrate professional and competent attitudes and character by upholding the BINTANG values in all activities and work environments.
2 Able to collaborate effectively in teams and communicate efficiently both individually and within groups to complete tasks related to their field.
3 Able to analyze current issues and technological advancements in instrumentation within automation industries.
4 Able to apply concepts and techniques of instrumentation systems and their implementation in industrial automation.
5 Able to design modern instrumentation systems required by the automation industry.
6 Able to operate and control advanced software for planning, development, analysis, and engineering of instrumentation systems in automation industries.
7 Able to design, install, operate, maintain, test, and develop instrumentation systems for measurement, control, and security, while considering occupational health and safety in industrial automation.
8 Able to describe, analyze, and solve technological system problems using fundamental instrumentation knowledge.
9 Able to perform maintenance and troubleshooting of instrumentation systems by applying efficient and effective work procedures.
10 Able to assess cases of scientific and technological applications by considering and applying engineering ethics, producing prototypes/designs, and compiling reports and appropriate solutions within an industrial system context.