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Matthew Balazs, Brian Holst, Andrew Wentworth, Mike Willis, and Mike Hatfield

The use of Unmanned Aerial Systems (UAS) or Unmanned Aerial Vehicles (UAV) has taken off in recent decades and are used for research, industrial, surveying, emergency response, risk management, real estate, and commercial purposes. They combine sophisticated flying platforms such as fixed-winged planes and copters with payloads of sensors that range from optical cameras to air quality sensors. New jobs dependent on UAS are burgeoning across a wide array of industries in addition to aerospace.

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The use of Unmanned Aerial Systems (UAS) or Unmanned Aerial Vehicles (UAV) has taken off in recent decades and are used for research, industrial, surveying, emergency response, risk management, real estate, and commercial purposes. They combine sophisticated flying platforms such as fixed-winged planes and copters with payloads of sensors that range from optical cameras to air quality sensors. New jobs dependent on UAS are burgeoning across a wide array of industries in addition to aerospace.

In this free, self-paced online course, you examine the types of platforms available to most consumers and industry users and will understand the principles and characteristics of how they fly.

The course comprises three modules, each lasting one week. The course kicks off with the basics of UAS including the history of the technology, principles of flight, and introduce the terminology used.

Next, you will learn about the components that are needed for the platform to function, such as the structure, electronics, propulsion, controls, navigation, and sensors.

The third section will examine the wide variety of sensors commonly integrated into an UAS and how they are used for a variety of applications. These include optical cameras, LiDAR, thermal, as well as less commonly used sensors like radar and air quality sensors. You will have an opportunity to build your own UAS through interactive activities. Finally, coursework focuses on what combination of platform and sensor(s) will work the best for your particular needs.

Ungraded knowledge tests and quizzes throughout the course and a hands-on UAS design activity provide the opportunity to apply the concepts in the course to your interests and context within a real-world scenario.

This course prepares you for a career beyond just a drone pilot and provides a fundamental understanding of the technology to allow your career to soar. Sign up today and gain new skills at your own pace!

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What's inside

Learning objectives

  • Understand the principles of flight safety
  • Learn the types of platform used in unmanned flight
  • Know what types of sensor can be used to record data on flights
  • Learn how uas’s are being used in research, commercial, and industrial applications
  • Understand how to choose the right equipment for your needs
  • Learn the basics of unmanned aircraft systems and related terminology.
  • Differentiate between the types of uas and their uses and identify various aircraft configurations.
  • Evaluate the benefits and drawbacks of particular characteristics of uas to inform appropriate platform selection for use in various scenarios.
  • Calculate basic aircraft weight trends and aerodynamic properties.
  • Determine propulsion performance for specific uas applications.
  • Analyze an aircraft and predict performance
  • Describe all fixed equipment needed to fly uas
  • Define the difference between visible and nir spectrum
  • Describe how the broader field of remote sensing is applied within the uas industry
  • Identify and articulate the strengths and limitations of the different types of sensors that are available for a particular mission
  • Determine when an active sensor vs passive sensor is the most appropriate payload for a mission
  • List the fundamental considerations for sensor/payload selection based on integration parameters/constraints (e.g., platform limitations, mission goals, etc.)
  • Identify which data products, such as photogrammetry and 3d models, are commonly produced using optical sensors and gis.

Syllabus

Week 1: Introduction to UAS
History of UAS
Types of UAS
Applications of UAS
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Scenario Assessments
Week 2: Platforms
UAS Configurations
Aerodynamics & Mass
Build Your Own UAS
Propulsion & Power
Performance
Aerial Photography & Videography
Subsystems
Week 3: Payloads & Sensors
Sensors
Odd Payloads
Payload Integration

Good to know

Know what's good
, what to watch for
, and possible dealbreakers
Provides foundational knowledge of Unmanned Aerial Systems, preparing students for careers beyond drone piloting
Covers various types of UAS platforms and sensors, catering to both consumers and industry professionals
Demonstrates real-world applications of UAS in research, commercial, and industrial settings, highlighting their versatility
Offers practical hands-on activities, allowing students to apply concepts and build their own UAS
Ungraded knowledge tests and quizzes provide opportunities for self-assessment and feedback during learning
Taught by experienced instructors with expertise in the field, ensuring up-to-date and relevant knowledge

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Activities

Be better prepared before your course. Deepen your understanding during and after it. Supplement your coursework and achieve mastery of the topics covered in Unmanned Aerial Systems (UAS): Fundamentals with these activities:
Review relevant Math skills.
Reviewing Math concepts that are relevant to Unmanned Aircraft Systems (UAS) can strengthen your foundational understanding and make learning the material easier.
Browse courses on Trigonometry
Show steps
  • Go over basic algebraic operations, such as addition, subtraction, multiplication, and division.
  • Brush up on trigonometry, including concepts like sine, cosine, and tangent.
  • Review basic calculus concepts, such as derivatives and integrals.
  • Revisit statistics concepts, such as mean, median, and standard deviation.
Build a simple UAS.
Building a simple UAS can provide hands-on experience and a deeper understanding of the platform's components and principles.
Show steps
  • Gather necessary materials, such as a frame, motors, propellers, and flight controller.
  • Assemble the frame and attach the motors and propellers.
  • Install the flight controller and connect it to the motors and other components.
  • Configure the flight controller and calibrate the sensors.
  • Test the UAS by performing basic maneuvers.
Show all two activities

Career center

Learners who complete Unmanned Aerial Systems (UAS): Fundamentals will develop knowledge and skills that may be useful to these careers:
UAS Engineer
A UAS Engineer can benefit from this course by gaining a deeper understanding of the principles of flight, the different types of UAS platforms and sensors, and how to choose the right equipment for their needs. The course also provides an overview of the broader field of remote sensing, which can be helpful for UAS Engineers who are working on developing new applications for UAS technology.
UAS Instructor
A UAS Instructor would find this course helpful for gaining a comprehensive overview of the principles of flight safety, the different types of UAS platforms and sensors, and how to choose the right equipment for their students' needs. The course also provides an overview of the broader field of remote sensing, which can be helpful for UAS Instructors who are teaching students about the latest applications for UAS technology.
UAS Operator
This course provides UAS Operators with a comprehensive overview of the principles of flight safety, as well as the different types of UAS platforms and sensors. The course also covers the different types of sensors that can be used to record data on flights and how UAS's are being used in research, commercial, and industrial applications.
UAS Data Analyst
This course provides UAS Data Analysts with a comprehensive overview of the different types of UAS sensors and how to use them to collect and analyze data. The course also covers the basics of remote sensing and how it can be used to extract information from UAS data.
UAV Pilot
This course provides UAV Pilots with a comprehensive overview of the principles of flight safety, as well as the types of platforms used in unmanned flight. The course also covers the different types of sensors that can be used to record data on flights and how UAS's are being used in research, commercial, and industrial applications.
UAS Consultant
This course can help UAS Consultants learn about the latest developments in UAS technology and how it is being used in commercial applications. The course also provides an overview of the broader field of remote sensing, which can be helpful for UAS Consultants who are working with clients in a variety of industries.
UAS System Administrator
A UAS System Administrator can benefit from this course by gaining a deeper understanding of the different types of UAS platforms and sensors, and how to choose the right equipment for their system's needs. The course also provides an overview of the broader field of remote sensing, which can be helpful for UAS System Administrators who are working on managing and maintaining UAS systems.
UAS Project Manager
This course can help UAS Project Managers learn about the latest developments in UAS technology and how it is being used in a variety of applications. The course also provides an overview of the broader field of remote sensing, which can be helpful for UAS Project Managers who are working on managing UAS projects.
Remote Sensing Specialist
A Remote Sensing Specialist can benefit from this course by gaining a deeper understanding of the different types of UAS sensors and how to use them to collect and analyze data. The course also provides an overview of the basics of remote sensing, which can be helpful for Remote Sensing Specialists who are working on developing new applications for UAS technology.
UAS Researcher
This course can help UAS Researchers learn about the latest developments in UAS technology and how it is being used in research applications. The course also provides an overview of the broader field of remote sensing, which can be helpful for UAS Researchers who are working on developing new applications for UAS technology.
UAS Salesperson
This course provides UAS Salespeople with a comprehensive overview of the different types of UAS platforms and sensors, and how to choose the right equipment for their customers' needs. The course also provides an overview of the broader field of remote sensing, which can be helpful for UAS Salespeople who are selling UAS technology to customers in a variety of industries.
Photogrammetrist
A Photogrammetrist can benefit from this course by gaining a deeper understanding of how UAS data can be used to create accurate 3D models of the world. The course also provides an overview of the broader field of remote sensing, which can be helpful for Photogrammetrists who are working on developing new applications for UAS technology.
Geographic Information Systems (GIS) Analyst
A Geographic Information Systems (GIS) Analyst can benefit from this course by gaining a deeper understanding of how UAS data can be used to create and update GIS maps and models. The course also provides an overview of the broader field of remote sensing, which can be helpful for GIS Analysts who are working on developing new applications for UAS technology.
Cartographer
A Cartographer can benefit from this course by gaining a deeper understanding of how UAS data can be used to create accurate maps and charts. The course also provides an overview of the broader field of remote sensing, which can be helpful for Cartographers who are working on developing new applications for UAS technology.
UAS Analyst
A UAS Analyst can use this course to learn about the various types of Unmanned Aerial Systems (UAS), their components, and how they are used in real-world applications. This course can help UAS Analysts stay up-to-date on the latest developments in the field and learn about new applications for UAS technology.

Reading list

We've selected eight books that we think will supplement your learning. Use these to develop background knowledge, enrich your coursework, and gain a deeper understanding of the topics covered in Unmanned Aerial Systems (UAS): Fundamentals.
Provides a comprehensive overview of the design and development of unmanned aircraft systems. It covers topics such as aerodynamics, propulsion, stability and control, and more.
Provides a comprehensive overview of remote sensing and image interpretation. It covers topics such as the principles of remote sensing, data acquisition and processing, and applications of remote sensing.
Provides a beginner-friendly introduction to geographic information systems (GIS). It covers topics such as the basics of GIS, data collection and management, and GIS applications.
Comprehensive guide to the regulations and procedures for operating unmanned aircraft systems (UAS). It must-read for anyone who wants to fly a UAS safely and legally.
Provides a thorough grounding in the fundamental principles of small unmanned aircraft (SUA). It covers topics such as the history of SUA, types of SUA, applications of SUA, and more.
Provides a comprehensive overview of the design, development, and applications of unmanned aircraft systems (UAS). It covers topics such as the history of UAS, types of UAS, applications of UAS, and more.
Provides a comprehensive overview of the use of aerial photography and image interpretation for various applications. It covers topics such as the principles of aerial photography and image interpretation, data acquisition and processing, and applications of aerial photography and image interpretation.
Provides a comprehensive overview of the field of avionics systems. It covers topics such as the history of avionics systems, types of avionics systems, applications of avionics systems, and more.

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