Mata Kuliah NT6032 - 2026

Kode Mata KuliahNT6032 / 3 SKS
Penyelenggara287 - Teknologi Nano / SPITM
KategoriKuliah
Bahasa IndonesiaEnglish
Nama Mata KuliahProses Nanomaterial LanjutAdvance Nanomaterials Processing
Bahan Kajian
  1. Deposisi Uap Kimia Lanjutan (CVD) untuk Material 2D
  2. Sintesis Nanomaterial Ramah Lingkungan: Pemrosesan Berkelanjutan
  3. Manufaktur Nanomaterial dengan Throughput Tinggi dan Aditif
  4. Teknik Karakterisasi In Situ untuk Pemrosesan Nanomaterial
  5. Pasca-Pemrosesan dan Fungsionalisasi Nanomaterial
  1. Advanced Chemical Vapor Deposition (CVD) for 2D Materials
  2. Green Synthesis of Nanomaterials: Sustainable Processing
  3. High-Throughput and Additive Manufacturing of Nanomaterials
  4. In Situ Characterization Techniques for Nanomaterial Processing
  5. Post-Processing and Functionalization of Nanomaterials
Capaian Pembelajaran Mata Kuliah (CPMK)
  1. Menganalisis mekanisme lanjutan dalam proses sintesis dan rekayasa nanomaterial, termasuk pengaruh parameter proses terhadap struktur, morfologi, dan sifat fungsional material
  2. Mengevaluasi secara kritis teknik pemrosesan nanomaterial lanjut (advanced top-down dan bottom-up) berdasarkan efisiensi, kontrol struktur nano, skalabilitas, dan tantangan implementasi.
  3. Menilai kualitas dan reliabilitas data karakterisasi lanjutan nanomaterial untuk memvalidasi keberhasilan rekayasa skala nano serta mengidentifikasi keterbatasan dan potensi artefak eksperimen.
  4. Merancang pendekatan pemrosesan nanomaterial lanjut yang inovatif dan berbasis literatur frontier untuk menghasilkan material nano dengan fungsi dan performa spesifik.
  5. Mensintesis hasil analisis dan rancangan proses nanomaterial lanjut serta mengkomunikasikannya secara efektif dalam bentuk laporan teknis atau presentasi akademik yang sesuai dengan standar publikasi ilmiah
  1. Analyzing advanced mechanisms in the synthesis and engineering processes of nanomaterials, including the influence of process parameters on the structure, morphology, and functional properties of the materials
  2. Critically evaluate advanced nanomaterial processing techniques (advanced top-down and bottom-up) based on efficiency, nano structure control, scalability, and implementation challenges.
  3. Assessing the quality and reliability of advanced nanomaterial characterization data to validate the success of nano-scale engineering and identify limitations and potential experimental artifacts.
  4. Designing an innovative advanced nanomaterial processing approach based on frontier literature to produce nano materials with specific functions and performance.
  5. Synthesizing the results of the analysis and design of advanced nanomaterial processes and communicating them effectively in the form of technical reports or academic presentations that meet scientific publication standards
Metode PembelajaranTatap muka, diskusi, studi kasus/literaturFace-to-face, discussion, case study/literature
Modalitas Pembelajaranvisual, auditorial, dan sinkronusvisual, auditory, and synchronous
Jenis NilaiABCDE
Metode PenilaianUTS, UAS, Kuis, PRUTS, UAS, Kuis, PR
Catatan Tambahan