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Updated in [September 05th, 2023]

Skills and Knowledge Acquired:

Theoretical Foundations: Students will gain a strong theoretical foundation in 3D equations of motion applied to aircraft simulations. This includes a classical mechanics overview and an in-depth review of aerodynamics, allowing students to understand the principles governing aircraft flight.

Interpretation of Aerodynamic Derivatives: The course will teach students how to interpret aerodynamic derivatives, providing insights into the quantitative aspects of aircraft aerodynamics. Discussions on typical values for these derivatives will enhance students' understanding.

Matlab & Simulink: Students will receive an introduction to Matlab and Simulink, powerful tools for modeling and simulation. They will learn how to use these software platforms to model a complete aircraft, which can be employed for various analyses and design purposes.

Flight Simulation and Handling Qualities: An added lecture in this course allows students to investigate the handling qualities of their aircraft designs. By connecting Matlab & Simulink to a flight simulation tool and using a USB Joystick, students can actively assess and refine their designs for improved performance.

Aircraft Certification (Part 25): The course covers the complex process of aircraft certification, specifically focusing on Part 25 regulations. Students will learn the requirements, how to demonstrate compliance with them, and the intricacies of conducting a flight test campaign. This knowledge is essential for ensuring aircraft meet safety and quality standards.

Contribution to Professional Growth:

This course makes a significant contribution to professional growth, particularly for those aspiring to become flight mechanics engineers or pursue careers in aircraft design and certification. Graduates will possess a deep understanding of the theoretical underpinnings of flight mechanics, hands-on experience in aircraft modeling and simulation, and expertise in aircraft certification processes. These skills are highly valued in the aerospace industry, offering opportunities for career advancement and specialization.

Suitability for Preparing Further Education:

For individuals considering further education in aerospace engineering, aviation, or a related field, this course serves as an excellent foundation. The skills and knowledge gained in flight mechanics, aircraft modeling, and certification provide a strong basis for pursuing advanced degrees or specialized training. Whether students aim to conduct research, contribute to aircraft development, or work in regulatory compliance, this course prepares them for success in higher education.

Course Syllabus

Intro & Theory

Aircraft Modeling of 6 Degree of Freedom

Aircraft Analyses

Flight Simulation

Aircraft Flying Qualities Certification Requirements