| Bahan Kajian | - Pengenalan mata kuliah
- Gambaran Umum Lokasi (misal letak geografis, wilayah, iklim, dan kependudukan) Gambaran Khusus Lokasi (misal deskripsi pabrik, deskripsi kota) Aspek Khusus Skala Nasional (misal industri strategis, kota pariwisata) Aspek Khusus Skala Internasional (misal kandidat UNESCO World Heritage Site)
- Parameter Desain Umum (misal populasi, konsumsi air, debit dan karakteristik limbah) Kriteria dan Parameter Desain Teknis (termasuk Norma, Standar, Prosedur, Kriteria dari misal manual, ISO) parameter limbah prioritas, wilayah pelayanan prioritas, constraints
- Kondisi Lapangan (misal kondisi yang dapat mempengaruhi desain dan konstruksi) Data Lapangan Primer Data Lapangan Sekunder
- Alternatif-Alternatif Konsep Desain Sistem (misal berbagai alternatif pengolahan --- grand design) Dasar Teori Alternatif-Alternatif Yang Diajukan (termasuk perbandingan +/- antar alternatif secara teoritis proses, pengelolaan, dsb.)
- Kriteria Seleksi Alternatif dan Analisis Constraints (accessibility, aesthetics, constructability, cost, ergonomics, functionality, interoperability, legal considerations, maintainability, manufacturability, policy, regulations, schedule, sustainability, or usability) Risiko (misal sistem yang mudah untuk dioperasikan dan dipelihara) Ketidakpastian (misal adaptif terhadap fluktuasi) Keberlanjutan (misal ekonomi, pengembangan lanjut) Prinsip Daur Hidup (misal memperhatikan aspek-aspek prekontruksi, konstruksi, operasi, pasca operasi dari sistem, struktur, dan infrastruktur) Dampak Lingkungan
- Kriteria Seleksi Alternatif dan Analisis Constraints (accessibility, aesthetics, constructability, cost, ergonomics, functionality, interoperability, legal considerations, maintainability, manufacturability, policy, regulations, schedule, sustainability, or usability) Risiko (misal sistem yang mudah untuk dioperasikan dan dipelihara) Ketidakpastian (misal adaptif terhadap fluktuasi) Keberlanjutan (misal ekonomi, pengembangan lanjut) Prinsip Daur Hidup (misal memperhatikan aspek-aspek prekontruksi, konstruksi, operasi, pasca operasi dari sistem, struktur, dan infrastruktur) Dampak Lingkungan.
| - Course Introduction
- General description of the location (e.g., geographic location, region, climate, and population) Specific description of the location (e.g., factory description, city description) Special aspects on a national scale (e.g., strategic industry, tourism city) Special aspects on an international scale (e.g., UNESCO World Heritage Site candidate)
- General Design Parameters (e.g., population, water consumption, discharge, and waste characteristics), Technical Design Criteria and Parameters (including Norms, Standards, Procedures, and Criteria from, e.g. manuals, ISO), priority waste parameters, priority service areas, constraints
- Field Conditions (e.g., conditions that can influence design and construction) Primary Field Data Secondary Field Data
- System Design Concept Alternatives (e.g., various processing alternatives --- grand design) Theoretical Basis for Proposed Alternatives (including +/- comparisons between theoretical alternatives, process, management, etc.)
- Alternative Selection Criteria and Analysis of Constraints (accessibility, aesthetics, constructability, cost, ergonomics, functionality, interoperability, legal considerations, maintainability, manufacturability, policy, regulations, schedule, sustainability, or usability) Risks (e.g. a system that is easy to operate and maintain) Uncertainty (e.g. adaptive to fluctuations) Sustainability (e.g. economics, further development) Life Cycle Principles (e.g. paying attention to aspects of pre-construction, construction, operation, post-operation of systems, structures and infrastructure) Environmental Impact.
- Alternative Selection Criteria and Analysis of Constraints (accessibility, aesthetics, constructability, cost, ergonomics, functionality, interoperability, legal considerations, maintainability, manufacturability, policy, regulations, schedule, sustainability, or usability) Risks (e.g. a system that is easy to operate and maintain) Uncertainty (e.g. adaptive to fluctuations) Sustainability (e.g. economics, further development) Life Cycle Principles (e.g. paying attention to aspects of pre-construction, construction, operation, post-operation of systems, structures and infrastructure) Environmental Impact.
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