| Kode Mata Kuliah | AR3120 / 3 SKS |
|---|
| Penyelenggara | 152 - Arsitektur / SAPPK |
|---|
| Kategori | Kuliah |
|---|
| Bahasa Indonesia | English |
|---|
| Nama Mata Kuliah | Workshop Sistem Bangunan Berkelanjutan | Workshop on Sustainable Building System |
|---|
| Bahan Kajian | - BK 3.3. Sistem Pengendalian Lingkungan: karakteristik termal, cahaya, akustik, kualitas udara dalam ruangan, dan manajemen energi, serta prinsip dasar dan metode penerapan sistem pengendalian lingkungan yang berkelanjutan.
- BK 3.4 Sistem Utilitas Bangunan: prinsip dasar dan metode penerapan sistem utilitas bangunan yang meliputi mekanikal, elektrikal, komunikasi, keselamatan kebakaran, dan mitigasi bencana.
| - BK 3.3. Environmental Control Systems: thermal characteristics, light, acoustics, indoor air quality, and energy management, as well as basic principles and methods of applying sustainable environmental control systems.
- BK 3.4 Building Utility Systems: basic principles and methods of implementing building utility systems that include mechanical, electrical, communication, fire safety, and disaster mitigation.
|
|---|
| Capaian Pembelajaran Mata Kuliah (CPMK) | - Memahami hubungan timbal balik antara arsitektur, ilmu pengetahuan, dan teknologi.
- Memahami prinsip-prinsip bangunan berkelanjutan untuk penerapan sumber daya alam dan buatan yang tepat.
- Mampu mengidentifikasi masalah berdasarkan analisis atas data yang relevan dari preseden, teori, dan fenomena alam.
- Memahami dan mampu mengintegrasikan sistem-sistem bangunan seperti struktur, selubung bangunan, sistem mekanikal dan elektrikal dalam proyek-proyek desain.
- Mampu merancang bangunan berdasarkan prinsip-prinsip keselamatan, perlindungan kebakaran, dan evakuasi.
- Memahami dan mampu menerapkan prinsip dasar termal, cahaya, akustik, kualitas udara, dan pengelolaan energi pada perancangan bangunan.
- Memahami prinsip dasar dan metode penerapan sistem bangunan yang tepat seperti sistem mekanikal, elektrikal, data, dan proteksi kebakaran.
- Memahami sifat dan karakteristik material berdasarkan pemahaman fisika bangunan serta mampu menerapkannya pada pada bangunan atau komponen bangunan.
| - Understand the mutual relationship between architecture, science and technology.
- Understand the principles of sustainable building for appropriate application of natural and man-made resources.
- Able to identify problems based on analysis of relevant data from precedents, theories, and natural phenomena.
- Understand and be able to integrate building systems such as structure, building envelope, mechanical and electrical systems in design projects.
- Able to design buildings based on the principles of safety, fire protection, and evacuation.
- Understand and be able to apply the basic principles of thermal, light, acoustics, air quality, and energy management in building design.
- Understand the basic principles and methods of applying appropriate building systems such as mechanical, electrical, data, and fire protection systems.
- Understand the properties and characteristics of materials based on an understanding of building physics and be able to apply them to buildings or building components.
|
|---|
| Metode Pembelajaran | Ceramah/kuliah pakar
Project-based learning (PjBL)
Pengukuran lapangan (hands-on)
Tutorial
Demonstration | Lecture/expert lecture
Project-based learning (PjBL)
Field measurement (hands-on)
Tutorial
Demonstration |
|---|
| Modalitas Pembelajaran | Luring (sinkron) dan daring (sinkron dan asinkron) | Offline (synchronous) and online (synchronous and asynchronous) |
|---|
| Jenis Nilai | ABCDE |
|---|
| Metode Penilaian | Kuis, Tugas, UTS, UAS | Quizzes, assignments, midterm, final exam |
|---|
| Catatan Tambahan | - | - |
|---|