Aeronautical Engineering Fundamentals
Master fundamental principles of flight physics and aeronautical engineering, from aerodynamics to aircraft design, unlocking aviation's core concepts.
Master fundamental principles of flight physics and aeronautical engineering, from aerodynamics to aircraft design, unlocking aviation's core concepts.
This introductory course offers a comprehensive overview of aeronautical engineering fundamentals. Students will journey through the history of flight, from ballooning to modern aircraft, while exploring key concepts in aeronautics. The curriculum covers three main areas: aircraft basics and atmospheric models, principles of aerodynamics, and flight mechanics. Participants will learn about aircraft stability, navigation, propulsion, and structure. The course delves into aerodynamic principles, explaining how airfoils and wings generate lift. Students will also study various flight phases and optimal flying conditions. Designed for those with a basic understanding of high school mathematics and physics, this course provides a solid foundation for further studies in aerospace engineering or for those simply fascinated by the science of flight.
4.4
(33 ratings)
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What you'll learn
Understand the impact of flight history on modern aircraft design
Explain how the earth's atmosphere is modeled for aircraft design
Describe the principles of aircraft stability, structure, navigation, and propulsion
Understand fundamental aerodynamic concepts for aircraft flight
Explain how airfoils and wings generate lift
Analyze the flight mechanics of aircraft
Skills you'll gain
This course includes:
PreRecorded video
Graded assignments, exams
Access on Mobile, Tablet, Desktop
Limited Access access
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Module Description
This course provides a comprehensive introduction to aeronautical engineering, covering the fundamental principles of flight. The curriculum is structured in three main blocks. The first block explores the history of flight and introduces basic concepts of aircraft and atmospheric modeling. Students will learn about aircraft stability, navigation, propulsion, and structural elements. The second block focuses on aerodynamics, explaining how airfoils and wings generate lift and how their shape affects flight performance. The final block covers flight mechanics, examining various flight phases such as climbing, descending, and cruising, and the optimal conditions for each. Throughout the course, students will gain insights into how these principles are applied in modern aircraft design and operation. The course combines theoretical knowledge with practical applications, providing a solid foundation for those interested in pursuing further studies in aerospace engineering or for enthusiasts wanting to understand the science behind flight.
Fee Structure
Instructors
1 Course
Pioneering Aerospace Engineer and Educator at TU Delft
Professor Jacco M. Hoekstra is a distinguished figure in aerospace engineering, serving as Professor of CNS/ATM (Communication, Navigation, Surveillance/Air Traffic Management) at Delft University of Technology. His career spans over two decades, including 16 years at the National Aerospace Laboratory (NLR) of the Netherlands, where he worked on flight simulation, handling qualities, avionics, human factors, and CNS/ATM for organizations like FAA and NASA. Hoekstra's leadership skills led to his appointment as Dean of the Aerospace Engineering faculty at TU Delft for two terms, followed by his current role as chairholder of CNS/ATM in the Control & Simulation group. His excellence in both research and teaching is evidenced by multiple awards, including recognition as the faculty's best teacher and the International Open Courseware award for multimedia usage in 2013. Professor Hoekstra is the course coordinator for the "Introduction to Aeronautical Engineering" course at TU Delft, showcasing his commitment to educating the next generation of aerospace engineers. His multifaceted career, combining industry experience, academic leadership, and innovative teaching methods, positions him as a key figure in aerospace education and research
2 Courses
Pioneering Aerospace Materials and Manufacturing Expert at TU Delft
Dr. Jos Sinke, an Assistant Professor at the Department of Aerospace Structures and Materials in TU Delft's Faculty of Aerospace Engineering, is a distinguished expert in aerospace materials and manufacturing processes. With an MSc from TU Delft, Sinke specializes in metal alloys, hybrid materials like Fiber Metal Laminates, and composites, contributing significantly to industry-changing projects such as the application of GLARE in the Airbus A380. His research spans various innovative areas, including soft tool manufacturing, the Tailor Made Blank concept, and currently focuses on elastic responses of materials during manufacturing processes. Sinke's expertise is shared through his teaching of courses like "Introduction to Aeronautical Engineering" and "Introduction to Aerospace Structures and Materials," where he bridges theoretical knowledge with practical applications. His work in developing production processes for the aerospace industry and metal workshops, coupled with his current research on spring back in sheet forming and distortions in laminated products, positions him at the forefront of advancing aerospace materials and manufacturing techniques, making significant contributions to both academic understanding and industry practices
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4.4 course rating
33 ratings
Frequently asked questions
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