2025-2026 Catalog and Student Handbook 
    
    Jul 11, 2025  
2025-2026 Catalog and Student Handbook

Engineering Technology: Unmanned Systems-Unmanned Aviation Systems Technology, AAS


CODE: ETUSASTAAS     |     TOTAL CREDITS: 63     |     FINANCIAL AID ELIGIBILITY: Eligible

This degree is not intended for transfer to UNLV, UNR, or NSU.  Some of the courses may be eligible for transfer depending on the policies of the institution you are transferring to.  Students who wish to transfer should consult with their assigned advising unit.

ACADEMIC MAP: Map: CSN AAS Engineering Technology: Unmanned Systems-Unmanned Aviation Systems Technology 


SCHOOL: School of Advanced and Applied Technologies 

DESCRIPTION
This degree is designed specifically for students who have a desire to work in unmanned aviation system (UAS) related careers. This degree provides students with classroom and laboratory experiences in Federal Aviation Administration (FAA) requirements and aviation fundamentals, electronics, microprocessors, and programming.  The program will prepare students to enter the employment market as UAS Technicians. Program content includes an introduction to UAS flight, history, avionics, sensors, communications systems, and select paths to various applications such as Videography, Construction, RF Technology, Network Security, and First Responders. Students prepare for and conduct unmanned flights similar to those commonly performed in the industry. Students comply with FAA regulations that govern the UAS industry. Academic skills emphasizing related math, science and human relations are stressed to prepare students to meet the challenges common in the workplace.

NEED HELP WITH THIS DEGREE OR SELECTING A COURSE?

  • For advising assistance, log into MyCSN and access your advising unit’s information from the advising notice in the communication center.
  • If you are on academic warning, probation or suspension, or financial aid warning or suspension, please see an Academic Counselor by visiting Counseling and Retention Services.

 

Student Learning Outcomes


  1. Follow guidelines for safe operation and maintenance of unmanned aviation systems.
  2. Design and operate basic electro-mechanical systems and to use microprocessor-based programmable controller devices.
  3. Code systems within the scope of concentration area.
  4. Troubleshoot electro-mechanical systems using techniques for identification and correction of faults.
  5. Operate the UAS mounted digital video camera or various special sensors.
  6. Apply skills in mathematics, written and oral communication, and teamwork.

General Education Requirements


TOTAL GENERAL EDUCATION CREDITS: 27


300-level and above courses cannot be used to satisfy GE requirements.

Mathematics (3 Credits)


NOTE: Your first college-level MATH course MUST be completed before reaching 30 total college-level credits.

  • or   or above
  • REMINDER: If a student does not place into the correct college-level MATH course, they are required to complete a preparatory or prerequisite course(s) or attempt to gain a higher score on the MATH placement exam. Such preparatory or prerequisite courses are not part of the degree, may delay degree completion, and will cause the student to complete more credits than the total listed on this degree.

English Composition (3-5 Credits)


NOTE: Your first college-level ENG course MUST be completed before reaching 30 total college-level credits.

Fine Arts/Humanities/Social Science (3 Credits)


Major Requirements


TOTAL MAJOR REQUIREMENTS CREDITS: 36


Grades of D+, D, and D- in the major requirements (occupational) area in an Associate of Applied Science degree program will not count toward graduation requirements.

Electronic Engineering Technology Requirements (14 Credits)