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1.
A preliminary framework for test and evaluation of systems of systems
by McDermott, Edwin Peter, Ph.D.  The George Washington University. 2012: 91 pages; 3503099.
4.
Perceived Value Technology Adoption Model for Accelerating Enterprise Transformation
by Estridge, Craig Steven, D.Engr.  The George Washington University. 2018: 100 pages; 10751934.
5.
Team Collaboration as a System of Systems Agent-Based Model
by Torres, Edwin Ross, D.Engr.  The George Washington University. 2018: 144 pages; 10743109.
6.
Exploration of System-of-Systems Engineering (SOSE) fundamentals
by Mudlapur Shivakumar, Ambika, M.S.  California State University, Long Beach. 2016: 77 pages; 10102601.
7.
Application of system of systems engineering to facilitate integration of complex legacy systems
by Albakri, Ghazi Mohamed, Ph.D.  The George Washington University. 2011: 125 pages; 3449285.
8.
Use of Model-Based Design Methods for Enhancing Resiliency Analysis of Unmanned Aerial Vehicles
by Knox, Lenora A., D.Engr.  The George Washington University. 2017: 154 pages; 10265223.
9.
Holacratic Engineering Management: A Lean Enterprise System Engineering Innovation
by Savage, Guy, D.Engr.  The George Washington University. 2018: 87 pages; 10785338.
10.
Operationalizing System Importance Measures for Assessing System of System Resilience
by Chandrahasa, Rakshit, M.S.A.A.  Purdue University. 2017: 110 pages; 10615733.
11.
Impacts of system of system management strategies on system of system capability engineering effort
by Lane, Jo Ann, Ph.D.  University of Southern California. 2009: 93 pages; 3355407.
12.
Integrating Immature Systems and Program Schedule Growth
by Kamp, John C., D.Engr.  The George Washington University. 2019: 116 pages; 10979355.
13.
Consensus on the Effective Employment of Hybrid Airships in Future Disaster Logistics
by Lynch, Sarah R., Ph.D.  Capella University. 2018: 158 pages; 10747168.
14.
Establishing Trust in U.S. Department of Defense Operator-in-the-Loop Federations-of-Models
by Herdlick, Bryan E., Ph.D.  The George Washington University. 2013: 102 pages; 3549132.
16.
System of systems engineering: Prescribing the technical development effort to engineer a constituent system
by Gomez, Darryl Anthony, Ph.D.  The George Washington University. 2010: 313 pages; 3433358.
17.
Application of Systems Engineering to Complex Systems and System of Systems
by Sturdivant, Rick L., Ph.D.  Colorado State University. 2017: 203 pages; 10258029.
18.
COSYSMO 3.0: An Extended, Unified Cost Estimating Model for Systems Engineering
by Alstad, James Patrick, Ph.D.  University of Southern California. 2018: 102 pages; 10981738.
19.
Assessing the impact of complexity attributes on system development project outcomes
by Sheard, Sarah A., Ph.D.  Stevens Institute of Technology. 2012: 341 pages; 3518280.
20.
The effect of requirements prioritization on avionics system conceptual design
by Lorentz, John, D.Sc.  The George Washington University. 2009: 160 pages; 3349971.
21.
Emergent Network Defense
by Crane, Earl Newell, Ph.D.  The George Washington University. 2013: 167 pages; 3548491.
22.
Resilience Analysis of Inertial Navigation Systems (INS) through an Enhanced INS Tool Kit
by Stavish, Kenneth V., D.Engr.  The George Washington University. 2018: 70 pages; 10743838.
23.
Workflow Job Manager for NCCP
by Gibbs, Ivan, M.S.  University of Nevada, Reno. 2012: 104 pages; 1532258.
24.
An Approach to Dynamic Resource Allocation for Electric Power Disaster Response Management
by Kargbo, Abdulai Hassan, D.Engr.  The George Washington University. 2019: 102 pages; 10981665.
26.
Establishing an advanced engineering framework for engineering decision making
by McCorkle, Douglas Stinson, Ph.D.  Iowa State University. 2008: 191 pages; 3383366.
27.
A New Integration-Difficulty Metric for Assessing the Integration of Independent Systems
by Nueslein, Michael D., Ph.D.  The George Washington University. 2011: 170 pages; 3461634.
28.
Project success in agile development software projects
by Farlik, John T., D.B.A.  Capella University. 2016: 132 pages; 10108921.
30.
Evaluating System Readiness Level Reversal Characteristics Using Incidence Matrices
by London, Mark Alan, Ph.D.  The George Washington University. 2015: 129 pages; 3680348.
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