Mid-sized FPV Drones

Industrial UAV Systems

No Prerequisites but Intro to UAV Tech should be considered

$2550

Self-Paced

All Online Curriculum

Nov 5th Class

COURSE INFORMATION

Course Dates

Industrial UAV Systems
Feb 10 - March 24

Self-Paced

All Online Curriculum

Topics

Specifics of FPV freestyle/racing drones
Vehicle Frame Selection and Assembly
Motor and ESC selection and installation
Flight Controllers and Firmware
UARTs
ExpressLRS Signalling
Camera and Video Transmission
Radio Transmission and Receiver system
Blackbox Logging
Potting and Conformal Coating
Power Distribution and Battery Management
Troubleshooting and Maintenance

OUR UAV PROGRAMS

(We're changing things a little)

Over the many years that we've been teaching our various UAV programs, the technology has increased greatly, and I feel that the amount of material to cover sufficiently has currently exceeded our allotted time restriction.

This has led me to break out all the beginning topics of Industrial UAV Systems and move them to the new Intro to UAV Tech. This course will not be a prerequisite to Industrial UAV Systems, but everyone should be very aware of the complexities before they skip this first course. I'm also strongly leaning toward eventually delivering Intro to UAV Tech as an online self-paced course like SMD Soldering.

I believe this will greatly help ease the learning curve for those looking to get into this industry and allow us to create more advanced courses in the future.

Here is how the new program will look:

Intro to UAV Tech
- Building tiny whoops.
- All transmitter and FPV systems configuration will happen here rather than in the next level courses.
- Learn all the basics (build, config, fly).
Industrial UAV Systems / Micro UAV Systems
- We'll move straight to the 5 or 3 inch multirotor build.
- No tiny whoops, transmitter, or FPV training - this is what the Intro course is for.
- More time can be spent on higher technical concerns.
Remote Aerial Service Platform
- This already requires Industrial UAV Systems as a pre-req so not really any change here, however my hope is that students will have retained more from the previous courses and will get more out of this course.
- With a better prepared student base we may be able to run this course more frequently.

This course focuses on advanced techniques and technical knowledge required for UAV design and operation.

Throughout this learning experience, you'll acquire in-depth knowledge about frame designs, motors and ESCs, working with flight controllers, managing camera transmission, and effectively troubleshooting any potential issues that may arise..

We will cover various complex topics which many find intriguing and enjoyable, but you should be prepared for complications.

Course Overview

Critical Information

To avoid misconceptions, we've put together a list detailing the goals and expectations of the course. Many people have seen the "assisted navigation" type vehicles and incorrectly believe that is what we're working with in class.

Students will learn to build from the component level.

There will be a great deal of soldering involved in the course. Mostly wires to small pads around 1mm square.

These vehicles are designed to be manually operated, which does require a fair amount of practice.

The components of these vehicles are typically very cutting edge new technology. Students should not expect to find materials or equipment as part of a kit.

These are not made by the same manufacturer nor do they have detailed interoperability diagrams. Therefore step-by-step, or the clearest of instructions is not at all expected.

Final Words

Drone technology offers a unique learning experience, blending creativity and technical expertise. The immersive nature of FPV (First Person View) allows learners to explore new environments, encouraging technological exploration, modification, and innovation.

Your skill in fabrication and configuration plays a crucial role in becoming a proficient FPV drone operator. Beyond physical flying skills, a properly tuned and configured quadcopter is essential for achieving optimal flight performance.

Operators need to understand the intricacies of the drone's components, such as motors, ESCs, flight controllers, and firmware to ensure they are all functioning harmoniously.

But by mastering the fabrication and configuration process, operators can customize their drones to suit their specific flying style, improving stability, maneuverability, and responsiveness.

This synergy between fabrication, configuration, and piloting skills ultimately leads to a more precise and enjoyable flight experience.

Course Dates

Industrial UAV Systems
Feb 10 - March 24

Self-Paced

All Online Curriculum

You can register by phone between 9am and 4pm PDT
425-640-1840

Important - You will need a CTCLink ID number in order for us to help you over the phone or in person. You can follow the steps below to get one.

Fill out an application to Edmonds College:

Online Admissions Application

https://apply.ctc.edu/user
* This can take 1-5 business days to get your ID

A few notes for your application:
Enroll as: "First Year"
Program: "Professional Technical"
Term: "_____" (Season plus year, such as: Spring 2023)
Degree or Certificate: "Undecided - Professional Technical"

Once you have received your CTC Link ID number please let us know and we can get you registered for your class.

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Registering Online

Washington State colleges are now using CTCLink for all student services.

Follow the link below - login in or create an account
Go to "Student Homepage"
Choose "Manage Classes"
"Class Search and Enroll"
Choose Edmonds College and the quater (Control + F to search page)
Search for class name or number (Class Number will get you to where you want faster)

Online Registration Login Page - CTCLInk

NOTE - All our classes fall under "Special Topics: Manufacturing".