| Bahan Kajian | - Kerangka Berpikir
- Wahana Udara dan Wahana Antariksa Generasi Lanjut
- Sistem Propulsi dan Energi Berkelanjutan
- Material Lanjut dan Struktur Adaptif
- Desain dan Manufaktur Digital
- Sensor, Navigasi, dan Komunikasi
- Otonomi Terbang dan Sistem Cerdas
- Data Driven Simulation dan Digital Twins
- Operasi Terbang Modern
- Operasi Antariksa Modern
- Dirgantara Pertahanan dalam Pertempuran Modern
- Kapita Selekta
| - Conceptual Framework
- Next-Generation Aerospace and Space Vehicles
- Sustainable Propulsion and Energy Systems
- Advanced Materials and Adaptive Structures
- Digital Design and Manufacturing
- Sensing, Navigation, and Communication Systems
- Autonomous Flight and Intelligent Systems
- Data-Driven Simulation and Digital Twin Technologies
- Modern Flight Operations
- Modern Space Operations
- Aerospace Defense in Modern Warfare
- Special Topics in Aerospace Engineering
|
|---|
| Capaian Pembelajaran Mata Kuliah (CPMK) | - Memahami dan menerapkan kerangka berpikir mutakhir dalam pengembangan teknologi dirgantara, termasuk stakeholders, revolusi industri, inovasi teknologi, dinamika regulasi, konsep kesiapterapan teknologi (TRL/TKT), serta faktor non-teknis yang memengaruhi adopsi teknologi baru.
- Mengidentifikasi dan menjelaskan teknologi-teknologi dirgantara yang bersifat mutakhir (emerging), beserta prinsip rekayasa dirgantara yang mendasarinya.
- Menganalisis implikasi perkembangan dan tren teknologi terbaru terhadap kedirgantaraan baik pada disiplin keilmuan teknik dirgantara, wahana terbang, hingga sistem-sistem pendukungnya.
- Menganalisis implikasi operasional dan regulatif dari penerapan teknologi dirgantara baru, baik pada operasi terbang maupun operasi antariksa, terhadap lingkungan dan peradaban.
- Mengkomunikasikan pemahaman teknis, melalui telaah artikel ilmiah, serta menunjukkan kemampuan berpikir independen dalam menilai arah perkembangan teknologi dirgantara.
| - Understand and apply contemporary conceptual frameworks in the development of aerospace technologies, including stakeholder perspectives, industrial revolutions, technological innovation, regulatory dynamics, technology readiness concepts (TRL/TKT), and non-technical factors influencing the adoption of emerging technologies.
- Identify and explain emerging aerospace technologies, as well as the underlying aerospace engineering principles that support their development and application.
- Analyze the implications of recent technological developments and trends in the aerospace sector, encompassing aerospace engineering disciplines, flight vehicles, and their supporting systems.
- Analyze the operational and regulatory implications of implementing emerging aerospace technologies in both flight and space operations, including their impacts on the environment and society.
- Communicate technical understanding through critical reviews of scientific literature and demonstrate independent thinking in evaluating the future directions of aerospace technological development.
|
|---|