| Bahan Kajian | - Pendahuluan; Mekanisme dan aturan kuliah; Daftar Referensi; Pengembangan Produk dan Rekayasa Peniruan
- Pemanfaatan proses reverse engineering; Tahapan Rekayasa Peniruan
- Pengumpulan Informasi (Bentuk Geometris)
- Analisis Fungsi
- Pengukuran dan Pemodelan Geometrik
- Analisis Keberfungsian, kehandalan dan keterbuatan
- Perwujudan produk
- Pengetesan dan penilaian
- Perbaikan dan persiapan
| - Referensi; Pengembangan Produk dan Rekayasa Peniruan
Introduction; Lecture mechanisms and rules; Reference List; Product Development and Reverse Engineering
- Reverse Engineering: Application of reverse engineering processes; Reverse engineering stages
- Information Gathering of Geometric Shapes
- Function Analysis
- Geometric Measurement and Modeling
- Analysis of Functionality, reliability and manufacturability
- Product embodiment
- Testing and evaluation
- Improvement and preparation
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| Capaian Pembelajaran Mata Kuliah (CPMK) | - Mahasiswa mampu memahami konsep, prinsip, dan metodologi rekayasa peniruan produk secara sistematis melalui 7 tahap utama
- Mahasiswa menguasai teori analisis fungsi produk, kehandalan, keterbuatan (manufacturability), serta prinsip evaluasi kualitas hasil peniruan
- Mahasiswa memahami standar internasional terkait Geometric Product Specifications (GPS) dan metrologi presisi
- Mahasiswa mampu mengidentifikasi, mengumpulkan, dan mengolah informasi teknis dari produk/jasa yang akan ditiru
- Mahasiswa terampil melakukan pengukuran dan pemodelan geometrik menggunakan alat metrologi (Micrometer, Vernier Caliper, Roundness Tester, Surface Roughness Tester, Profile Projector, CMM)
- Mahasiswa mampu menyusun model CAD/CAE dari hasil pengukuran untuk mendukung proses rekayasa peniruan
| - Students are able to understand the concepts, principles, and methodologies of product reverse engineering of products systematically through 7 main stages.
- Students master the theory of product function analysis, reliability, manufacturability, and the principle of quality evaluation of reverse-engineering results.
- Students understand international standards related to Geometric Product Specifications (GPS) and precision metrology
- Students are able to identify, collect, and process technical information from products/services to be engineering-reversed.
- Students are able to conduct geometric measurements and modeling using metrology tools (Micrometer, Vernier Caliper, Roundness Tester, Surface Roughness Tester, Profile Projector, CMM
- Students are able to create a CAD/CAE model from the measurement results to support the simulation engineering process
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