Unmanned Systems Program Outcomes

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Unmanned Aerial Systems (UAS) Program Outcomes

1.Identify, formulate, and solve hardware and software errors in mechatronic systems
2. Maintain and repair sUAS systems, including vehicles, sensors and controls
3. Apply modeling, simulation, and computing tools in the design of mechatronic systems
4. Recognize and debate legal and ethical boundaries associated with use of sUAS and/or UMS
5. Communicate effectively in a technical setting
6. Determine environmental constraints and safety issues for various UMS operations
7. Design beyond line of sight (BLOS) UAS operations in support of data collection
8. Critically analyze, evaluate and create geospatial information system (GIS) data, maps and reports
9. Students will be able to reason mathematically using methods appropriate to the profession.
10. Students will be able to demonstrate teamwork and/or workplace specific skills related to human relations.

Unmanned Aerial Systems (UAS) Technical Management AAS Degree Outcomes

1.Identify, formulate, and solve hardware and software errors in mechatronic systems
2. Maintain and repair sUAS systems, including vehicles, sensors and controls
3. Apply modeling, simulation, and computing tools in the design of mechatronic systems
4. Recognize and debate legal and ethical boundaries associated with use of sUAS
5. Communicate effectively in a technical setting
6. Determine environmental constraints and safety issues for various UMS operations
7. Design beyond line of sight (BLOS) UAS operations in support of data collection
8. Critically analyze, evaluate and create geospatial information system (GIS) data, maps and reports
9. Students will be able to reason mathematically using methods appropriate to the profession.
10. Students will be able to demonstrate teamwork and/or workplace specific skills related to human relations.

UMS Mechatronics Certificate Outcomes

1. Identify, formulate, and solve hardware and software errors in mechatronic systems
2. Build, program and test mechatronic systems, including vehicles, sensors and controls
3. Apply modeling, simulation, and computing tools in the design of mechatronic systems
4. Recognize and debate legal and ethical boundaries associated with use of UMS
5. Communicate effectively in a technical setting
6. Determine environmental constraints and safety issues for various UMS operations
7. Students will be able to reason mathematically using methods appropriate to the profession.
8. Students will be able to demonstrate teamwork and/or workplace specific skills related to human relations.

UAS Certificate Outcomes

1. Demonstrate the safe and professional operation of both fixed and rotary wing UAS
2. Apply effective mission planning to a variety of UAS operations
3. Recognize and debate legal and ethical boundaries associated with the use of UAS
4. Communicate effectively in a technical setting
5. Determine environmental constraints and safety issues for various UAS operations

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