| Kode Mata Kuliah | TM5221 / 3 SKS |
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| Penyelenggara | 222 - Teknik Perminyakan / FTTM |
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| Kategori | Kuliah |
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| Bahasa Indonesia | English |
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| Nama Mata Kuliah | Sistem Energi | Energy System |
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| Bahan Kajian | - Konsep, metodologi, dan pendekatan sistematis dalam analisis sistem energi.
- Keterampilan berpikir sistem dalam mengevaluasi kompleksitas sistem energi.
- Struktur, perilaku, dan dinamika komponen sistem energi.
- Kebijakan dan solusi permasalahan energi dari perspektif system.
- Perancangan model sistem energi sederhana.
- Interseksi antara sistem energi, ekonomi, dan ekosistem dalam konteks keberlanjutan.
| - Concepts, methodologies, and systematic approaches in energy system analysis.
- System thinking skills in evaluating the complexity of energy systems.
- Structure, behavior, and dynamics of energy system components.
- Energy policy and solutions from a systems perspective.
- Designing simple energy system models.
- Intersection between energy systems, economy, and ecosystem in the context of sustainability.
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| Capaian Pembelajaran Mata Kuliah (CPMK) | - Memahami konsep, metodologi, dan pendekatan sistematis dalam analisis sistem energi.
- Menguasai keterampilan berpikir sistem dalam mengevaluasi kompleksitas sistem energi.
- Menganalisis struktur, perilaku, dan dinamika komponen sistem energi dengan alat dan metode berpikir sistem.
- Mengevaluasi kebijakan dan solusi permasalahan energi dari perspektif sistem.
- Merancang model sistem energi sederhana yang mencakup komponen utama dan interaksinya.
- Mengkaji interseksi antara sistem energi, ekonomi, dan ekosistem dalam konteks keberlanjutan.
| - Understanding concepts, methodologies, and systematic approaches in energy system analysis.
- Mastering system thinking skills in evaluating the complexity of energy systems.
- Analyzing the structure, behavior, and dynamics of energy system components using system thinking tools and methods.
- Evaluating energy policies and solutions from a systems perspective.
- Designing simple energy system models that include key components and their interactions.
- Examining the intersection between energy systems, economy, and ecosystem in the context of sustainability.
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| Metode Pembelajaran | Kuliah tatap muka, Diskusi kelas dan kelompok, Proyek pemodelan sistem,Presentasi individu dan kelompok, Studi kasus berbasis masalah, Tinjauan pustaka artikel ilmiah, Kuliah tamu sektor energi. | Face-to-face lectures, Class and group discussions, System modeling projects, Individual and group presentations, Problem-based case studies, Literature reviews of scientific articles, Guest lectures from the energy sector. |
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| Modalitas Pembelajaran | Luring | Offline |
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| Jenis Nilai | ABCDE |
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| Metode Penilaian | Tugas dan projek kelompok (20%),Presentasi individu (10%),Studi kasus dan analisis (25%),Simulasi dan pemodelan (15%),Ujian tengah & akhir semester (20%),Tinjauan pustaka & partisipasi (10%). | Group assignments and projects (20%), Individual presentations (10%), Case studies and analysis (25%), Simulations and modeling (15%), Midterm & final exams (20%), Literature review & participation (10%). |
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| Catatan Tambahan | | |
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