Kode Mata KuliahMG3215 / 2 SKS
Penyelenggara125 - Metallurgical Engineering / FTTM
KategoriLecture
Bahasa IndonesiaEnglish
Nama Mata KuliahKendali ProsesProcess Control
Bahan Kajian
  1. Pendahuluan kendali proses
  2. Transformasi laplace
  3. Respons dari sistem orde satu
  4. Diagram blok sistem kendali
  5. Aksi pengendali pada sistem kendali
  6. Konsep kestabilan, PID tuning (ziegler nichols, cohen coon), openmodelica untuk simulasi
  7. Pengukuran dan sensor
  8. Pengenalan mengenai valve, dan valve actuator
  9. P&ID dan deskripsi dari instrumen
  10. PLC/DCS (level 1), HMI
  11. Kendali proses level 1
  12. Kendali proses level 2
  13. Aplikasi kendali proses di industri metalurgi
  1. Introduction to process control
  2. Laplace transformation
  3. Response of a first-order system
  4. Block diagram of a control system
  5. Controller actions in a control system
  6. Concepts of stability, PID tuning (Ziegler-Nichols, Cohen-Coon), OpenModelica for simulation
  7. Measurement and sensors
  8. Introduction to valves and valve actuators
  9. P&ID and instrument descriptions
  10. PLC/DCS (Level 1), HMI
  11. Process Control Level 1
  12. Process Control Level 2
  13. Application of Process Control in the Metallurgical Industry
Capaian Pembelajaran Mata Kuliah (CPMK)
  1. Memiliki pemahaman dan penafsiran tentang sistem kendali proses di industri khususnya metalurgi proses.
  2. Memiliki kemampuan melakukan dan mengevaluasi transformasi dinamika proses metalurgi ke dalam blok sistem kendali dan menentukan kondisi padamana sistem dapat stabil.
  3. Memiliki kemampuan menganalisis sistem kontrol di industri metalurgi.
  4. Memiliki kemampuan untuk merencanakan percobaan dan menggunakan teknik terkini untuk memecahkan permasalahan sistem kendali proses.
  1. Possesses understanding and interpretation of process control systems in the industry, specifically in process metallurgy.
  2. Has the ability to perform and evaluate the transformation of metallurgical process dynamics into control system blocks and determine the conditions under which the system can remain stable.
  3. Has the ability to analyze control systems in the metallurgical industry.
  4. Has the ability to plan experiments and use current techniques to solve problems related to process control systems.
Metode PembelajaranKegiatan proses belajar dalam kelas Kegiatan penugasan terstruktur PraktekClassroom learning activities Structured assignments Practical work
Modalitas PembelajaranKombinasi ceramah dan diskusi, pembelajaran mandiri dari literatur atau video, pembelajaran berbasis masalah, tugas mandiri, kuis rutin bersama, pembelajaran kooperatif, dan praktikum komputasi.Combination of lectures and discussions, independent learning from literature or videos, problem-based learning, independent assignments, regular quizzes, cooperative learning, and computational practical work.
Jenis NilaiABCDE
Metode PenilaianUjian Tengah Semester (UTS) Ujian Tengah Semester (UAS) Tugas Mandiri Kuis atau Komponen Penilaian Lainnya Keterampilan Pengerjaan, Laporan, dan Presentasi Hasil PraktikumMid-Semester Exam (UTS) End-Semester Exam (UAS) Independent Assignments Quizzes or Other Assessment Components Skills in Performing, Reporting, and Presenting Practical Results
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