| Kode Mata Kuliah | AS3103 / 3 SKS |
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| Penyelenggara | 103 - Astronomy / FMIPA |
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| Kategori | Lecture |
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| Bahasa Indonesia | English |
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| Nama Mata Kuliah | Laboratorium Astronomi Dasar II | Basic Astronomy Laboratory II |
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| Bahan Kajian | - Sistem pengamatan astronomi: pengumpul cahaya (teleskop), analisator, detektor, sistem mounting
- Parameter penentu kemampuan teleskop, analisator, detektor
- Signal-to-noise ratio sistem, throughput sistem, sistem kalibrasi
- Perencanaan pengamatan: pemilihan objek, penentuan waktu pengamatan, exposure time, kalibrator/pembanding, format data, storage
- Prosedur “standar” reduksi data dengan aplikasi standar
- Pembuatan laporan pengamatan yang singkat dan padat
- Teknik mengomunikasikan data pengukuran
| - Astronomical observation systems: light collectors (telescopes), analysers, detectors, mounting systems
- Parameters determining the capacity of telescopes, analysers, detectors
- Signal-to-noise ratio, throughput, and calibration systems
- Observation planning: object selection, observation timing, exposure time, calibration/assembly, data format, storage
- “Standard” data reduction procedure with standard application
- Writing short and concise observation reports
- Method for communicating measurement data
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| Capaian Pembelajaran Mata Kuliah (CPMK) | - Mampu menjelaskan sistem pengamatan astronomi: pengumpul cahaya (teleskop), analisator, detektor, sistem mounting
- Mampu menjelaskan parameter penentu kemampuan teleskop, analisator, detektor
- Mampu menjelaskan signal-to-noise ratio sistem, throughput sistem, sistem kalibrasi
- Mampu membuat perencanaan pengamatan: pemilihan objek, penentuan waktu pengamatan, exposure time, kalibrator/pembanding, format data, storage, serta memperoleh datanya
- Mampu mengaplikasikan prosedur “standar” reduksi data (dengan aplikasi standar)
- Mampu membuat membuatan laporan pengamatan yang singkat dan padat
- Mampu mengaplikasikan teknik komunikasi untuk mempresentasikan prinsip pengamatan astronomi dalam panjang gelombang tertentu
| - Able to explain astronomical observation systems: light collectors (telescopes), analyzers, detectors, mounting systems
- Able to explain the parameters determining the capabilities of telescopes, analysers, detectors
- Able to explain concept of signal-to-noise ratio, throughput, and calibration systems
- Able to make observation planning: object selection, observation timing, exposure time, calibration/assembly, data format, storage, and data acquisition
- Able to apply “standard” data reduction procedures
- Able to write short and concise observation reports
- Apply communication techniques to present the principle of astronomical observation in certain wavelengths
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| Metode Pembelajaran | Kombinasi antara ceramah, pengenalan instrumen/fasilitas, dan praktikum pengamatan (projek kecil) | A combination of lectures, instruments/facilities introductions, and observation practices (short projects) |
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| Modalitas Pembelajaran | Bauran sinkron dan asinkron (untuk CPMK 7) | Hybrid - synchronized and asynchronous (specifically for CPMK 7) |
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| Jenis Nilai | ABCDE |
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| Metode Penilaian | UTS, Nilai Presentasi, Laporan Akhir Pengamatan | Mid-Semester Exam, Presentations, Final Observation Report |
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| Catatan Tambahan | | |
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