| Bahan Kajian | - Dasar Astronomi dan Fenomena: Bola Bumi, Kubah langit,
Sistem Koordinat Ekuator dan Horizon.
- Astronomi Praktis: Siang Malam, Terbit Terbenam, Waktu
sinodis dan waktu sideris, trail citra bintang.
- Sistem Bumi-Bulan-Matahari: Fase Bulan, Sistem penanggalan,
pasang surut, Gerhana.
- Tata surya: Definisi, orbit benda-benda tatasurya, pembentukan
dan evolusi.
- Bintang: Properti dasar, Radiasi, spektrum, evolusi, bintang
bintang kompak.
- Galaksi dan Kosmologi: Sistem bintang, populasi, morfologi,
Quasar, alam semesta.
| - Fundamentals of Astronomy and Phenomena: Earth Sphere, Celestial Dome,
Equatorial and Horizon Coordinate Systems.
- Practical Astronomy: Day and Night, Sunrise and Sunset,
Synodic and Sidereal Time, Star Trail Imaging.
- Earth-Moon-Sun System: Moon Phases, Calendar Systems,
Tides, Eclipses.
- Solar System: Definition, Orbits of Solar System Objects,
Formation and Evolution.
- Stars: Basic Properties, Radiation, Spectrum,
Evolution, Compact Stars.
- Galaxies and Cosmology: Stellar Systems, Populations, Morphology,
Quasars, The Universe.
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| Capaian Pembelajaran Mata Kuliah (CPMK) | - Mampu memahami dasar-dasar astronomi klasik dan praktis.
- Mampu menjelaskan secara argumentatif fenomena astronomis dengan benar
berdasarkan prinsip astronomi modern.
- Memahami secara mendasar komponen penting dalam Astrofisika meliputi hukum
hukum fisika bagi benda langit: Tata Surya, Bintang, Sistem Bintang, Materi antar
Bintang dan Galaksi.
- Memahami cara kerja Lembaga penelitian astronomi, seperti Observatorium dan ikut
serta melestarikan kegiatan-kegiatan penelitian maupun Pendidikan kedirgantaran.
| - Able to understand the fundamentals of classical and practical astronomy.
- Able to explain astronomical phenomena accurately and argumentatively based on the principles of modern astronomy.
- Possess a fundamental understanding of key components in Astrophysics, including physical laws governing celestial objects: the Solar System, Stars, Stellar Systems, Interstellar Matter, and Galaxies.
- Understand the operational principles of astronomical research institutions, such as observatories, and actively participate in preserving research activities as well as aerospace education.
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