| Capaian Pembelajaran Mata Kuliah (CPMK) | - Mahasiswa mampu menguasai konsep teknologi konversi biomassa dalam konteks energi terbarukan.
- Mahasiswa mampu menganalisis proses produksi biohidrogen, termasuk fermentasi gelap, fotobiologis, biofotolisis, photofermentation, gasifikasi biomassa, reforming biogas, dan microbial electrolysis cell (MECs).
- Mahasiswa mampu menganalisis prinsip, proses fermentasi, dan bahan baku bioetanol; meningkatkan efisiensi produksi, memurnikan, dan mengaplikasikan bioetanol dalam industri secara berkelanjutan.
- Mahasiswa mampu menganalisis proses fermentasi ABE, jenis-jenis mikroorganisme yang digunakan dalam produksi biobutanol, serta prosedur pemurnian dan manajemen residu serta limbah yang dihasilkan.
- Mahasiswa mampu memahami, menganalisis, mengembangkan, dan mengimplementasikan teknologi pirolisis biomassa serta proses pemurnian dan pemanfaatan bio-oil dalam industri, dengan menyelesaikan tugas kecil yang berfokus pada studi kasus aplikasi bio-oil di berbagai sektor.
- Mahasiswa mampu menganalisis proses budidaya, ekstraksi, dan konversi lipid dari mikroalga menjadi biodiesel dan biohidrokarbon, serta memahami berbagai teknologi produksi biohidrogen melalui studi kasus mikroalga, dengan melibatkan tugas besar (berupa karya tulis dan presentasi) yang menekankan aplikasi industri dari teknologi tersebut.
| - Students are able to master the concepts of biomass conversion technologies in the context of renewable energy.
- Students are able to analyze biohydrogen production processes, including dark fermentation, photobiological processes, biophotolysis, photofermentation, biomass gasification, biogas reforming, and microbial electrolysis cells (MECs).
- Students are able to analyze the principles, fermentation processes, and feedstocks of bioethanol, as well as improve production efficiency, purify bioethanol, and apply it sustainably in industrial contexts.
- Students are able to analyze the ABE fermentation process, the types of microorganisms used in biobutanol production, and the purification procedures as well as the management of residues and waste generated.
- Students are able to understand, analyze, develop, and implement biomass pyrolysis technologies, including bio-oil upgrading and utilization in industry, by completing minor assignments focused on case studies of bio-oil applications across various sectors.
- Students are able to analyze the cultivation, extraction, and conversion of lipids from microalgae into biodiesel and biohydrocarbons, and to understand various biohydrogen production technologies through microalgae-based case studies, involving a major assignment (in the form of a written paper and presentation) that emphasizes industrial applications of these technologies.
|
|---|