UMS 111 - Small Unmanned Aircraft Systems (sUAS) I at Blue Ridge Community College
Course Description
Effective: 2017-05-01
Introduces students to the history of small Unmanned Aerial Systems (sUAS), surveys current platforms, applications, components, and sensors. Covers the theory of flight, operations, manual flight, maintenance, and required record keeping. Introduces mission planning, crew management, and autonomous control. Emphasizes the ethical, legal, and safe use of sUAS.
Lecture 3 hours. Total 3 hours per week.
3 credits
General Course Purpose
This course is intended to provide beginning operational mission related concepts to those interested in becoming sUAS remote pilots. It provides introductory coverage of the operational requirements needed to complete simple missions and meet FAA regulations covering the operation of sUAS.
Course Objectives
- Plan and implement simple UAS missions to collect and analyze data.
- Perform the operations required to support simple missions e.g. plan, fly, collect data, maintain, repair, select sensors and analyze data.
- Understand the requirements of operating a sUAS in FAA controlled airspace.
Major Topics to be Included
- The historical evolution of the UAS, civilian and defense contributions, and current state of UAS development
- The practical uses of small Unmanned Aircraft Systems in civilian and commercial applications
- The elements that make up small Unmanned Aircraft Systems and discuss the functionality of each
- The basic aerodynamic principles that apply to sUAS flight
- Small Unmanned Aircraft Systems design and payloads
- Basic maintenance on small Unmanned Aircraft Systems
- Operation and Risk Assessment for sUAS
- Strategies and risk assessment for sUAS missions
- The basic requirements for mission planning
- Factors that affect flight plans/missions
- Manual and autonomous flights of small Unmanned Aircraft Systems
- The various modes of operating a sUAS
- The FAA classes of airspace and how they affect the legal operation of sUAS missions
- The personnel qualifications for the various sUAS crew members associated with flight missions
- The types of sUAS products and sensors
- sUAS data processing workflows
- Selecting the proper sUAS-based Geospatial Mapping System for a particular mission
- Choosing an appropriate geospatial application for sUAS data processing
- The various providers of sUAS aircraft, sensors and data processing software
- Using software to create mapping products such as orthomosaics and digital elevation models
- sUAS safety, cyber-security and privacy issues