| Capaian Pembelajaran Mata Kuliah (CPMK) | - Menganalisis prinsip-prinsip keselamatan dan penanganan bahan kimia serta material nano
dengan mempertimbangkan sifat fisikokimia, toksisitas, dan mekanisme paparan.
- Mengevaluasi isu keselamatan dan etika dalam pengembangan dan aplikasi teknologi nano,
termasuk implikasi terhadap kesehatan manusia, lingkungan, dan masyarakat.
- Menganalisis dan membandingkan regulasi, standar, dan kebijakan lingkungan yang relevan
dengan keselamatan teknologi nano pada tingkat nasional dan internasional.
- Mengevaluasi penerapan higiene industri dalam penanganan, penyimpanan, dan pengendalian
paparan material nano di lingkungan laboratorium dan industri.
- Mengidentifikasi dan menganalisis bahaya (hazard identification) yang terkait dengan material
nano dan proses teknologi nano, termasuk bahaya fisik, kimia, dan biologis.
- Menganalisis dan mengevaluasi risiko fisik dan biokimia akibat paparan material nano
berdasarkan jalur paparan, dosis, dan karakteristik material.
- Merancang dan mengevaluasi sistem keselamatan, prosedur operasi standar (SOP), dan
skema sertifikasi keselamatan teknologi nano untuk suatu proses atau fasilitas laboratorium.
| - Analyze the fundamental principles of safety and the handling of chemicals and nanomaterials by considering their physicochemical properties, toxicity, and exposure mechanisms.
- Evaluate safety and ethical issues in the development and application of nanotechnology, including their implications for human health, the environment, and society.
- Analyze and compare regulations, standards, and environmental policies relevant to nanotechnology safety at both national and international levels.
- Evaluate the implementation of industrial hygiene practices in the handling, storage, and exposure control of nanomaterials in laboratory and industrial environments.
- Identify and analyze hazards associated with nanomaterials and nanotechnology processes, including physical, chemical, and biological hazards.
- Analyze and evaluate the physical and biochemical risks resulting from exposure to nanomaterials based on exposure pathways, dose, and material characteristics.
- Design and evaluate safety systems, standard operating procedures (SOPs), and nanotechnology safety certification schemes for a process or laboratory facility.
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