The Course
Dive deep into the multifaceted world of aircraft control without even leaving the ground! This course delves into the intricate digital systems that keep modern aircraft safely dancing through the skies. We'll explore the architecture of digital flight control systems, get intimate with their components, and unravel the algorithms that make precise, real-time decisions at thirty-five thousand feet. From the basics of fly-by-wire technology to the advanced concepts shaping the future of aviation, you'll absorb the principles that ensure smooth rides and sharp maneuvers.
Why learn about those magic digital threads pulling the strings of colossal flying machines? Because it's not just pilots who need to trust their wings — engineers, designers, and tech-enthusiasts will find that understanding these systems is critical for innovating and maintaining the safety and efficiency of air travel. You'll finish this course with a treasure trove of knowledge, equipped to contribute to the development of next-gen aircraft, tackle the demands of the aerospace industry, and answer the call of those high-flying career ambitions.
What you will learn
Diving right into the world of aviation and technology, I meticulously designed this course with the newcomer in mind, ensuring that every module builds upon the last, forming a cohesive and comprehensive understanding of modern digital flight systems. You'll find that the lessons are neatly structured to introduce concepts step by step, which really helps get a solid grasp of both the theoretical and practical aspects. I've included a variety of real-world examples and hands-on activities because I believe learning is best when you're actively engaged. By the end of it, you'll not only appreciate how cutting-edge technology enhances aircraft performance and safety but also feel confident about your knowledge, ready to apply it whether in the cockpit or during design and maintenance.
Meet Your Instructor: David Mitchell
David Mitchell, the founder of Mitchell Aerospace Research, brings nearly forty years of unparalleled expertise in the development of flying and handling qualities requirements for a diverse array of air vehicles. He has co-authored critical military standards, including the Air Force’s MIL-STD-1797A and the Army’s ADS-33E-PRF. With a Bachelor's degree in Engineering from UCLA and a Master's in Aerospace Engineering from Northrop University, Dave has contributed extensively to the aviation field, working on projects ranging from UAV flying qualities to HUD guidance for the Navy's F-18s. As an academic instructor at the USAF Test Pilot School and the International Test Pilot School Canada, he combines cutting-edge flight control techniques with hands-on experience. Dave's career is marked by significant achievements, including the development of pilot-induced oscillation criteria and advanced flight control systems. His dedication to the aviation community is further evidenced by his numerous technical contributions and awards, making him an esteemed instructor in the field of aerospace research and education.