| Capaian Pembelajaran Mata Kuliah (CPMK) | - Menyelesaikan permasalahan teknis yang kompleks dengan menerapkan pengetahuan tentang degradasi material
- Mampu merancang analisis, sintesis, optimasi dan kreativitas dalam perancangan teknis yang menghasilkan desain material sesuai ketentuan terkait degradasi material
- Mampu mengenali akan kebutuhan untuk pengetahuan tambahan terkait degradasi material serta meletakkan, mengevaluasi, mengintegrasi dan menerapkannya secara tepat.
- Mahasiswa mampu menjelaskan mekanisme dasar degradasi polimer meliputi degradasi termal, oksidatif, dan lain-lain, serta faktor-faktor intrinsik dan ekstrinsik yang memengaruhinya.
- Mahasiswa mampu membedakan berbagai jenis degradasi polimer berdasarkan faktor penyebabnya, meliputi karakteristik material, kondisi pemrosesan, desain komponen, serta kondisi lingkungan operasi (service conditions) dan mengidentifikasi karakteristik kegagalannya pada kasus nyata atau studi kasus industri.
- Mahasiswa mampu merancang dan menerapkan prosedur failure analysis dasar untuk menentukan akar penyebab kegagalan polimer (root cause analysis), termasuk pengujian laboratorium (FTIR, DSC, TGA, SEM, mechanical test), dokumentasi data, dan interpretasi hasil.
- Mahasiswa mampu melakukan evaluasi kritis terhadap kesalahan desain, pemilihan material, dan kondisi operasi yang memicu degradasi atau kegagalan komponen polimer, serta mengusulkan strategi mitigasi.
| - Students are able to solve complex technical problems by applying knowledge of material degradation.
- Students are able to apply analysis, synthesis, optimization, and creativity in technical design that produces material designs in accordance with requirements related to material degradation.
- Students are able to recognize the need for additional knowledge related to material degradation, as well as locate, evaluate, integrate, and apply it appropriately.
- Students are able to explain the basic mechanisms of polymer degradation, including thermal, oxidative, and other types of degradation, as well as the intrinsic and extrinsic factors that affect them.
- Students are able to distinguish various types of polymer degradation based on their causal factors, including material characteristics, processing conditions, component design, and service conditions, and identify their failure characteristics in real cases or industrial case studies.
- Students are able to design and apply basic failure analysis procedures to determine the root cause of polymer failure (root cause analysis), including laboratory testing (FTIR, DSC, TGA, SEM, mechanical testing), data documentation, and interpretation of results.
- Students are able to critically evaluate design flaws, material selection, and operating conditions that trigger the degradation or failure of polymer components, and propose mitigation strategies.
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