Seorang teman berkata pada saya, " di jaman internet ini, jika kita tidak tahu sesuatu, artinya kita tidak mau tahu tentang hal itu."
Maksudnya, dengan internet kita bisa mendapatkan pengetahuan apa saja yang kita mau. Jika kita ingin tahu sesuatu, tanya saja pada search engine. Mau masak nasi ayam hainan? masukkan kata nasi ayam hainan ke search engine seperti google atau yahoo, dan anda akan dapatkan seabreg-abreg informasi. Dari gambar sampai resep..
Maksudnya, dengan internet kita bisa mendapatkan pengetahuan apa saja yang kita mau. Jika kita ingin tahu sesuatu, tanya saja pada search engine. Mau masak nasi ayam hainan? masukkan kata nasi ayam hainan ke search engine seperti google atau yahoo, dan anda akan dapatkan seabreg-abreg informasi. Dari gambar sampai resep..
Sama halnya dengan ilmu penerbangan. Anda dapat mencari di website ini atau di google. Yang lebih hebat lagi ada beberapa institusi terkenal yang menyediakan ilmunya secara gratis di Internet. Salah satunya adalah MIT (Massachusetts Institue of Technology) dengan MITOpenCourseWare - nya (OCW). Anda bisa dapatkan OCW ini di http://ocw.mit.edu. Yang lainnya adalah: http://aerostudents.com/info/home.php yang dibuat oleh sekelompok mahasiswa.
Ada 1800 pelajaran yang disediakan secara gratis, baik online maupun download untuk dibaca offline, dengan batasan bahwa pelajaran tersebut untuk referensi saja. Anda tidak bisa mendapatkan sertifikat dari MIT dengan mengikuti OCW ini.
Salah satu bidang teknologi yang relevan dengan website ini adalah aeronautics, yang disediakan di bawah link:
http://ocw.mit.edu/OcwWeb/Aeronautics-and-Astronautics/index.htm
http://ocw.mit.edu/OcwWeb/Aeronautics-and-Astronautics/index.htm
Materi yang ada bisa berupa materi presentasi atau pun kurikulumnya. Materi yang ada disediakan dibawah lisensi Creative Common.
Berikut adalah daftar course yang materinya disediakan di website OCW.
Undergraduate Courses
| MIT Course # | Course Title |
---|---|---|
16.00 | Introduction to Aerospace Engineering and Design | |
16.01 | Unified Engineering I, II, III, & IV | |
16.02 | Unified Engineering I, II, III, & IV | |
16.03 | Unified Engineering I, II, III, & IV | |
16.04 | Unified Engineering I, II, III, & IV | |
16.050 | Thermal Energy | |
16.06 | Principles of Automatic Control | |
16.07 | Dynamics | |
16.100 | Aerodynamics | |
16.20 | Structural Mechanics | |
16.21 | Techniques for Structural Analysis and Design | |
16.30 | Estimation and Control of Aerospace Systems | |
16.36 | Communication Systems Engineering | |
16.410 | Principles of Autonomy and Decision Making | |
16.413 | Principles of Autonomy and Decision Making | |
16.61 | Aerospace Dynamics | |
16.621 | Experimental Projects I | |
16.622 | Experimental Projects II | |
16.652 | Inventions and Patents | |
16.653 | Management in Engineering | |
16.682 | Prototyping Avionics | |
16.810 | Engineering Design and Rapid Prototyping | |
16.810 | Engineering Design and Rapid Prototyping | |
16.812 | The Aerospace Industry | |
16.83X | Space Systems Engineering | |
16.901 | Computational Methods in Aerospace Engineering |
Graduate Courses
| MIT Course # | Course Title |
---|---|---|
16.120 | Compressible Flow | |
16.13 | Aerodynamics of Viscous Fluids | |
16.225 | Computational Mechanics of Materials | |
16.230J | Plates and Shells | |
16.31 | Feedback Control Systems | |
16.322 | Stochastic Estimation and Control | |
16.323 | Principles of Optimal Control | |
16.333 | Aircraft Stability and Control | |
16.337J | Dynamics of Nonlinear Systems | |
16.355J | Software Engineering Concepts | |
16.358J | System Safety | |
16.37J | Data Communication Networks | |
16.394J | Infinite Random Matrix Theory | |
16.399 | Random Matrix Theory and Its Applications | |
16.410 | Principles of Autonomy and Decision Making | |
16.412J | Cognitive Robotics | |
16.413 | Principles of Autonomy and Decision Making | |
16.422 | Human Supervisory Control of Automated Systems | |
16.423J | Aerospace Biomedical and Life Support Engineering | |
16.456J | Biomedical Signal and Image Processing | |
16.512 | Rocket Propulsion | |
16.522 | Space Propulsion | |
16.540 | Internal Flows in Turbomachines | |
16.72 | Air Traffic Control | |
16.75J | Airline Management | |
16.76J | Logistical and Transportation Planning Methods | |
16.76J | Logistical and Transportation Planning Methods | |
16.77J | Airline Schedule Planning | |
16.851 | Satellite Engineering | |
16.852J | Integrating the Lean Enterprise | |
16.861 | Engineering Systems Analysis for Design | |
16.862 | Engineering Risk-Benefit Analysis | |
16.863J | System Safety | |
16.881 | Robust System Design | |
16.885J | Aircraft Systems Engineering | |
16.885J | Aircraft Systems Engineering | |
16.886 | Air Transportation Systems Architecting | |
16.888 | Multidisciplinary System Design Optimization | |
16.891J | Space Policy Seminar | |
16.892J | Space System Architecture and Design | |
16.895J | Engineering Apollo: The Moon Project as a Complex System | |
16.89J | Space Systems Engineering | |
16.910J | Introduction to Numerical Simulation (SMA 5211) | |
16.920J | Numerical Methods for Partial Differential Equations (SMA 5212) | |
16.940J | Computational Geometry | |
16.985J | Proseminar in Manufacturing |