| Capaian Pembelajaran Mata Kuliah (CPMK) | - Mahasiswa mampu menjelaskan prinsip dasar, struktur, sifat, dan mekanisme kerja berbagai material fungsional, termasuk spider silk alami, artificial spider silk, metamaterials, soft robotic materials, e-textiles, Nitinol (shape memory alloys), serta material fungsional untuk aplikasi militer, medis, dan berbagai aplikasi, dengan dasar kajian ilmiah terkini.
- Mahasiswa mampu menganalisis hubungan antara struktur–proses–sifat–fungsi pada berbagai material fungsional dan mengevaluasi kelebihan, keterbatasan, serta potensi aplikasinya dalam berbagai bidang (biomedis, robotik lunak, tekstil pintar, pertahanan, dsb.)
- Mahasiswa mampu merancang dan mengembangkan prototipe material fungsional dengan memilih metode sintesis/fabrikasi yang tepat, mempertimbangkan parameter struktur, sifat mekanik, dan fungsi yang ditargetkan.
- Mahasiswa mampu melaksanakan eksperimen pembuatan material fungsional, melakukan karakterisasi dasar (mekanik, termal, morfologi, respons fungsional), dan menginterpretasikan hasil untuk menentukan keberhasilan proses.
- Mahasiswa mampu menyusun dan mempresentasikan laporan ilmiah berupa presentasi proyek dan paper ilmiah berbahasa Inggris, mengikuti gaya penulisan penelitian internasional.
- Mahasiswa mampu menerapkan prinsip etika akademik, keselamatan laboratorium, dan keberlanjutan (sustainability) dalam pengembangan dan aplikasi material fungsional, termasuk mempertimbangkan dampak lingkungan, ekonomi dan sosial.
| - Students are able to explain the basic principles, structures, properties, and working mechanisms of various functional materials, including natural spider silk, artificial spider silk, metamaterials, soft robotic materials, e-textiles, Nitinol (shape memory alloys), as well as functional materials for military, medical, and various other applications, based on current scientific studies.
- Students are able to analyze the structure-processing-properties-function relationships in various functional materials and evaluate their advantages, limitations, and potential applications in various fields (biomedical, soft robotics, smart textiles, defense, etc.).
- Students are able to design and develop functional material prototypes by selecting appropriate synthesis/fabrication methods, considering structural parameters, mechanical properties, and targeted functions.
- Students are able to conduct functional material fabrication experiments, perform basic characterizations (mechanical, thermal, morphological, functional responses), and interpret the results to determine the success of the process.
- Students are able to compose and present scientific reports in the form of project presentations and scientific papers in English, following international research writing styles.
- Students are able to apply principles of academic ethics, laboratory safety, and sustainability in the development and application of functional materials, including considering environmental, economic, and social impacts.
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