Mata Kuliah AS5122 - 2026

Kode Mata KuliahAS5122 / 4 SKS
Penyelenggara203 - Astronomi / FMIPA
KategoriKuliah
Bahasa IndonesiaEnglish
Nama Mata KuliahTeori dan Observasi BintangTheory and Observation of Stars
Bahan Kajian
  1. Properti Bintang: The observables (Radiasi elektromagnetik).
  2. Atmosfer Bintang: Interaksi materi-radiasi, struktur atmosfer.
  3. Instrumen fotometri berbasis CCD: Kolektor-filter-detektor.
  4. Fotometri Bintang: Sistem fotometri, observasi fotometrik, fotometri absolute dan diferensia.
  5. Prinsip fotometri sintetik dan aplikasinya.
  6. Spektroskopi Bintang: Spektrograf optik resolusi rendah, menengah dan tinggi.
  7. Spektroskopi sumber titik dan membentang.
  8. Reduksi spektroskopi: slit-spectroscopy, echelle spectroscopy.
  9. Prinsip sintentik spectrum dan aplikasinya.
  1. Stellar Properties: The observables (electromagnetic radiation).
  2. Stellar Atmospheres: Matter–radiation interaction, atmospheric structure.
  3. CCD-based Photometric Instruments: Collector–filter–detector.
  4. Stellar Photometry: Photometric systems, photometric observations, absolute and differential photometry.
  5. Principles of synthetic photometry and its applications.
  6. Stellar Spectroscopy: Optical spectrographs with low, medium, and high resolution.
  7. Spectroscopy of point sources and extended sources.
  8. Spectroscopic reduction: slit spectroscopy, echelle spectroscopy.
  9. Principles of synthetic spectra and their applications.
Capaian Pembelajaran Mata Kuliah (CPMK)
  1. Mahasiswa mampu mengidentifikasi dan memformulasikan masalah Fisika Bintang yang diperoleh dari papers dalam jurnal.
  2. Mahasiswa mampu melakukan kegiatan pengamatan/pengambilan data fotometri dan spektroskopi yang benar untuk memperoleh informasi observasional dari bintang.
  3. Mahasiswa mampu mereduksi data pengamatan fotometri dan spektroskopi secara benar dan mengikuti kaedah-kaedah baku akuisisi dan reduksi data.
  4. Mahasiswa mampu membangun model kecerlangan dan warna secara sintentik untuk selanjutnya dibandingkan dengan hasil yang diperoleh dari pengamatan .
  5. Mahasiswa mampu menulis rancangan makalah ilmiah terkait proyek penelitian yang dilakukannya.
  1. Students are able to identify and formulate stellar physics problems derived from papers published in journals.
  2. Students are able to carry out photometric and spectroscopic observations/data acquisition correctly to obtain observational information about stars.
  3. Students are able to properly reduce photometric and spectroscopic observational data in accordance with standard procedures for data acquisition and reduction.
  4. Students are able to construct synthetic models of brightness and color, and subsequently compare them with observational results.
  5. Students are able to write a draft of a scientific paper related to the research project they have conducted.
Metode PembelajaranCeramah, Diskusi, Riset berbasis masalah.Lectures, group discussions, problem-based research.
Modalitas PembelajaranSinkron/luring.Synchronous/offline method.
Jenis NilaiABCDE
Metode PenilaianTugas individual/UTS/UAS.Individual assignments/Midterm Examination/Final Examination.
Catatan Tambahan