Kode Mata KuliahBW1201 / 2 SKS
Penyelenggara115 - Rekayasa Kehutanan / SITH
KategoriKuliah
Bahasa IndonesiaEnglish
Nama Mata KuliahPengantar Rekayasa KehutananIntroduction to Forest Engineering
Bahan Kajian
  1. Prinsip-prinsip Kerekayasaan Kehutanan: pengertian, fungsi dan peran dalam pembangunan kehutanan di era industry 4.0; etika dan profesionalisme rekayasawan kehutanan
  2. Hutan dan Kehutanan di Indonesia dan dunia: pengertan; klasifikasi hutan; overview pengelolaan hutan Indonesia; isu-isu kehutanan global; program strategis kehutanan Indonesia dalam pengelolaan hutan lestari
  3. Praktik-Praktik dan Inovasi Rekayasa Kehutanan dan Lingkungan: overview praktik restorasi, rehabilitasi dan reklamasi; bentuk-bentuk inovasi yang berkembang; best practice praktek dan invasi rekayasa kehutanan dan lingkungan di Indonesia dan dunia
  4. Pengantar Disain Rekayasa Kehutanan: Prinsip-prinsip disain rekayasa; tahapan dalam disain rekayasa kehutanan; rekayasa biosystem hutan
  5. Prinsip-prinsip Rekayasa Biosystem Hutan: inter-relationship antara jasa ekosistem, proses dalam ekosistem, dan kondisi/komponen biofisik ekosistem; rekayasa kondisi/komponen bio-fisik ekosistem hutan
  1. Principles of Forestry Engineering: understanding, function and role in forestry development in the era of industry 4.0; ethics and professionalism of forestry engineers
  2. Forests and Forestry in Indonesia and the world: definition; classification of forests; overview of Indonesian forest management; global forestry issues; Indonesia's strategic forestry program
  3. Forestry and Environmental Engineering Practices and Innovations: overview of restoration, rehabilitation and reclamation practices; evolving forms of innovation; best practices of forestry and environmental engineering practices and innovations in Indonesia and global
  4. Introduction to Forestry Engineering Design: Principles of engineering design; stages in forestry engineering design; forest biosystem engineering.
  5. Principles of Forest Biosystem Engineering: inter-relationship between ecosystem services, ecosystem processes, and ecosystem conditions; engineering of forest ecosystem conditions (bio-physical components).
Capaian Pembelajaran Mata Kuliah (CPMK)
  1. Mampu menerapkan ilmu kehutanan dan rekayasa  untuk mendapatkan pemahaman komprehensif tentang prinsip-prinsip rekayasa kehutanan dalam mendukung pengelolaan hutan secara lestari
  2. Mampu memahami kaidah dan prinsip dalam merancang pemulihan ekosistem hutan dengan mempertimbangkan aspek ekologi, ekonomi dan sosial secara lestari.
  1. Able to apply forestry science and engineering to gain a comprehensive understanding of the principles of forestry engineering in supporting sustainable forest management.
  2. Able to understand the rules and principles in designing forest ecosystem restoration by considering ecological, economic and social aspects in a sustainable manner.
Metode PembelajaranProses belajar dalam kelas/lapangan; Tugas terstruktur mandiri/kelompok; Kegiatan mandiriClassroom/field learning process; Independent/group structured assignments; independent activities
Modalitas PembelajaranDaya penyerapan: Visual; Auditorial; Kinestetik Daya pelaksanaan : Sinkron dan Asinkron Mandiri: mencari informasi, mengidentifikasi informasi yang penting, mencatat, mengorganisasi, mengelaborasi, meringkas, dan memantau pemahamanAbsorption power: Visual; Auditorial; Kinesthetic Implementation power: Synchronous and Asynchronous Independent: searching for information, identifying important information, taking notes, organizing, elaborating, summarizing, and monitoring understanding
Jenis NilaiABCDE
Metode PenilaianStandar nilai huruf dan nilai indeks sesuai ketentuan akademik ITB (Sistem A, AB, B, BC, C, D, E)Standard letter grades and index grades according to ITB academic regulations (System A, AB, B, BC, C, D, E)
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