| Bahan Kajian | - Proses dan daur perancangan wahana dirgantara
- Konsep Operasi dan DRO
- Penyusunan dan pemilihan konsep rancangan
- Penentuan ukuran awal
- Pertimbangan dan penentuan geometri komponen wahana
- Perancangan layout struktur dan sistem
- Estimasi berat dan kesetimbangan
- Analisis aerodinamika
- Analisis prestasi dan dinamika terbang
- Analisis ekonomi
| - Aerospace Vehicle Design Process and Cycle
- Concept of Operations and Design Requirements Overview (DRO)
- Formulation and Selection of Design Concepts
- Initial Sizing
- Component Geometry Considerations and Selection
- Structural and Systems Layout Design
- Weight and Balance Estimation
- Aerodynamic Analysis
- Performance and Flight Dynamics Analysis
- Economic Analysis
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| Capaian Pembelajaran Mata Kuliah (CPMK) | - Mampu memahami proses rancang bangun sebuah wahana dirgantara.
- Mampu menganalisa DR&O dan wahana referensi serta menyusun konsep operasi wahana yang dirancang.
- Mampu menghasilkan alternatif konsep desain, mengevaluasi dan memilih sebuah
konsep desain
- Mampu menghasilan rancangan awal yang mempertimbangkan berbagai aspek
perancangan seperti misi, aerodinamika, prestasi, dan tingkat teknologi.
- Mampu mengevaluasi pertimbangan desain dan menghasilkan geometri komponen
utama wahana.
- Mampu menghasilkan layout struktur dan sistem yang terintegrasi dengan geometri rancangan.
- Mampu melakukan perhitungan karakteristik aerodinamika, berat dan kesetimbangan, kestabilan dan kendali terbang, prestasi terbang dan analisis biaya terhadap wahana yang dirancang.
- Mampu menghasilkan rancangan dengan memperhatikan keterkaitan berbagai
aspek, menjelaskan pengaruhnya, melakukan iterasi perbaikan dan evaluasinya
terhadap DR&O dan pertimbangan konsep operasi.
- Mampu memaparkan gagasan secara lisan dan tulisan baik dalam kelompok maupun
dengan pihak di luar kelompok.
- Mampu menerapkan kerja tim dalam sebuah proyek untuk mencapai target yang
ditetapkan.
| - Capable of understanding the design and development process of an aerospace vehicle.
- Able to analyze Design Requirements and Objectives (DR&O) and reference vehicles, as well as formulate the operational concept of the designed vehicle.
- Able to generate alternative design concepts, evaluate them, and select a final design concept.
- Capable of producing a preliminary design that considers various design aspects such as mission, aerodynamics, performance, and technology levels.
- Able to evaluate design considerations and produce the geometry of the vehicle's main components.
- Capable of creating an integrated layout of the structure and systems with the design geometry.
- Able to calculate aerodynamic characteristics, weight and balance, stability and flight control, flight performance, and perform a cost analysis of the designed vehicle.
- Capable of producing a design that considers the interrelationship of various aspects, explaining their impact, performing iterative improvements, and evaluating them against the DR&O and operational concept considerations.
- Able to present ideas both orally and in writing, within a team and to external stakeholders.
- Capable of applying teamwork in a project to achieve the set targets.
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