Mata Kuliah MS3100 - 2024

Kode Mata KuliahMS3100 / 2 SKS
Penyelenggara131 - Teknik Mesin / FTMD
KategoriKuliah
Bahasa IndonesiaEnglish
Nama Mata KuliahDesain dan Manufaktur 2Design and Manufacture 2
Bahan Kajian
  1. Studi Kasus II : Sub Rakitan I + ulir, kopling, sambungan las
  2. Perancangan: analisis, pemilihan elemen dasar, penggambaran elemen mesin dan rakitan.
  3. Manufaktur: pemilihan proses, pemilihan mesin dan alat bantu produksi
  4. Metrologi Industri : pemilihan metoda pengukuran, pemilihan alat ukur dan alat bantu ukur, menentukan metoda pengolahan data.
  5. Evaluasi Produk
  6. Studi Kasus III : Sub Rakitan II + Roda Gigi
  7. Perancangan: analisis, pemilihan elemen dasar, penggambaran elemen mesin dan rakitan.
  8. Manufaktur: pemilihan proses, pemilihan mesin dan alat bantu produksi
  9. Metrologi Industri : pemilihan metoda pengukuran, pemilihan alat ukur dan alat bantu ukur, menentukan metoda pengolahan data.
  10. Evaluasi Produk
  1. Case Study II: Subassembly I with threaded components, couplings, and welded joints
  2. Case Study II: Subassembly I with threaded components, couplings, and welded joints
  3. Manufacturing: selection of processes, machines, and production tools.
  4. Industrial Metrology: selection of measurement methods, measuring instruments and auxiliary tools, and determination of data processing methods.
  5. Product Evaluation
  6. Case Study III: Subassembly II + Gears
  7. Design: analysis, selection of basic components, and technical drawing of machine elements and assemblies.
  8. Manufacturing: selection of processes, machines, and production aids.
  9. Industrial Metrology: selection of measurement methods, measuring instruments and auxiliary tools, and determination of data processing methods.
  10. Product Evaluation
Capaian Pembelajaran Mata Kuliah (CPMK)
  1. Mahasiswa memahami proses dan tahapan pengembangan produk (integrated product development)
  2. Mahasiswa memahami metoda perancangan, metode analisis elemen mesin dasar, membuat dokumen perancangan, perencanaan proses manufaktur dan metrologi Industri dengan menggunakan standar yang ada.
  3. Mahasiswa mampu menganalisis elemen mesin, memilih elemen mesin dasar, menganalisis dan merencanakan proses manufaktur dan inspeksi komponen dan sub rakitan yang terdiri dari elemen mesin ulir, pegas, kopling, sambungan welding dan roda gigi.
  4. Mahasiswa mampu bekerja sama tim untuk melakukan perancangan, perencanaan manufaktur dan inspeksi.
  1. Students understand the processes and stages of product development (integrated product development).
  2. Students understand design methods, basic machine element analysis methods, and are able to develop design documentation, manufacturing process planning, and industrial metrology plans using applicable standards.
  3. Students are able to analyze machine elements, select basic components, and analyze and plan the manufacturing and inspection processes of components and subassemblies consisting of threaded elements, springs, couplings, welded joints, and gears.
  4. Students are able to work collaboratively in teams to carry out design, manufacturing planning, and inspection activities.
Metode PembelajaranTatap muka di kelas dan kerja kelompokFace-to-face class and group discussion
Modalitas PembelajaranLuring sinkron di kelasOffline and synchronous
Jenis NilaiABCDE
Metode PenilaianUTS UAS Laporan ProyekMidterm exam, Final exam, Project report
Catatan Tambahan