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M.S. in Airworthiness Engineering

Students will:

  • Exhibit an understanding of how civil and military regulatory frameworks, National and International, apply to contemporary issues in air system certification.
  • Perform engineering analysis using acceptable methods for substantiating airworthiness compliance to requirements.
  • Effectively communicate information, both technical and procedural, in written and oral forms to audiences in the aviation and aerospace disciplines.
  • Make use of investigative methods to derive innovative airworthiness compliance solutions over the life cycle.
  • Demonstrate topic mastery of airworthiness engineering principles and processes for selected technical discipline areas in air system certification.
  • Recognize the importance of honest and ethical behavior concerning airworthiness in all their work, their spoken statements, and their written artifacts.

DEGREE REQUIREMENTS
Core/Major

AWEN 502Airworthiness Process and Procedures3
SYSE 505System Safety and Certification3
UASE 501Introduction to Uncrewed Aircraft Systems Design3
AWEN 510Aircraft Airworthiness Engineering Principles3
MATH 546Application-Based Advanced Engineering Mathematics3
AWEN 552Continued Airworthiness3
AWEN 690Graduate Research Project3
or PMGT 652 Concepts and Practices of Project Management
Total Credits21

Electives

Electives: (9 credit hours) Choose one of the following concentrations.9
Structures
Strength and Fatigue of Materials
Aircraft Structural Dynamics
Introduction to the Finite Element Method
Engineering Management
Introduction to Supply Chain Management and the Profession
Management Science for Operations
Budgeting and Finance for R&D
Systems Engineering
System Requirements Analysis and Modeling
System Architecture Design and Modeling
System Quality Assurance
Total Degree Requirements30

Plan of Study (MSAWE)

Year One

Term 1Credits
AWEN 502 Airworthiness Process and Procedures 3
 Credits Subtotal3.0
Term 2
SYSE 505 System Safety and Certification 3
 Credits Subtotal3.0
Term 3
UASE 501 Introduction to Uncrewed Aircraft Systems Design 3
 Credits Subtotal3.0
Term 4
AWEN 510 Aircraft Airworthiness Engineering Principles 3
 Credits Subtotal3.0
Term 5
MATH 546 Application-Based Advanced Engineering Mathematics 3
 Credits Subtotal3.0
 Credits Total: 15.0

Year Two

Term 1Credits
AWEN 552 Continued Airworthiness 3
 Credits Subtotal3.0
Term 2
Elective #1: Structures, Systems or Engineering Management 3
 Credits Subtotal3.0
Term 3
Elective #2: Structures, Systems or Engineering Management 3
 Credits Subtotal3.0
Term 4
Elective #3: Structures, Systems or Engineering Management 3
 Credits Subtotal3.0
Term 5
AWEN 690 Graduate Research Project 3
Concepts and Practices of Project Management
 Credits Subtotal3.0
 Credits Total: 15.0
Total Degree Requirements30