This course is primarily aimed at Year 12 and Year 13 students looking for a more in-depth treatment of the advanced topics covered in our course on The Autonomous Flight of Drones. It is ideal for A-level students of Mathematics, Physics and Computer Science and students looking to study Engineering, Robotics and related courses at top universities. Students must first complete Parts 1&2 of “The Autonomous Flight of Drones”.
Content Overview -
Mathematical Modelling of Dynamic Systems
Classical Control Theory (with a focus on PID controller design)
Flight Controller Design
Computer Vision and Vision-Based Control
Our students will also participate in more advanced implementations of our Autonomous Drone Challenges (see “The Autonomous Flight of Drones”) putting their new-found vision based control skills into practice. In addition to a race/obstacle course and package delivery challenge, students will be introduced to how the “Follow Me” feature of many hobby drone apps work, as well as automatic lane following (“lane assist”) in cars. They will also design a flight controller for our Minidrones.
The material is mathematically advanced but the focus is on practical application. It provides students with excellent preparation for interviews for undergraduate STEM subjects and we know students love the live challenges on our competition field!
* An additional £200 will be required on booking your place if you’d like to take out a drone on loan for the duration of the course. To build, manually fly and code. This will be refunded provided the drone is returned to us in good order on completion of the course.
Students must first complete Parts 1&2 of “The Autonomous Flight of Drones”. It is recommended that students applying should be looking to study Maths, Physics, Comp Sci, Engineering or Robotics at top universities.
Payments must be received at least 4 weeks ahead of your chosen course dates to guarantee your place.
This is an online course only until September.
When it comes to the work on Flight Control algorithms, students have remote access to our computers and hardware, testing their code/algorithms on our hardware here, not at home due to licensing issues. Students will be introduced to using the same software adopted by professional engineers.
Students may opt to attend the course weekly on Saturdays or Sundays during term time. Each session with last 3 hours over 6 weekends from May 30th - July 5th.
6 x 3hr sessions from Monday to Saturday
Times: 9-12 or 12.30-3.30 or 4-7
July 27 - Aug 1
*August 4 - 9
*August 10 - 15
*August 17 - 22
*August 24 - 29
*September 1- 6
*We will endeavour to deliver these courses in person at our regular venue hire subject to the U.K. government’s handling of the reopening of society. You are however signing up to an ONLINE course in selecting these dates. The health of our students and teachers will be our main consideration in deciding whether to run courses in person. We reserve the right to run all these courses in an ONLINE format and the final decision rests with us.