• Doctor of Philosophy, Aerospace Engineering, 2015, Georgia Institute of Technology, Atlanta, GA
• Master of Science, Aerospace Engineering, 2014, Georgia Institute of Technology, Atlanta, GA
• Master of Science, 2011, Mechanical Engineering, Southern Methodist University, Dallas, TX
• Bachelor of Science, 2007, Aerospace Engineering, The Univeristy of Texas, Austin, TX

Multi-Resolution Campaign Modeling in AFSIM (Sponsor: AFRL)

• Role: Co-Investigator
• Project overview: Exploring the capacity of modeling campiagn-level objectives in AFSIM and development of enhanced system of systems analysis techniques to enable rapid capability-based tradeoffs at the campaign or enterprise-level.

Electromagnetic Spectrum Modeling, Simulation, and Analysis (Sponsor: USSTRATCOM)

• Role: Co-Investigator
• Project overview: Develop a methodology to evaluate the impacts of contested electromagnetic spectrum operations at the campaign-level.

Joint All Domain Operations (Sponsor: Lockheed Martin)

• Role: Co-Investigator
• Project overview: Development of a methodology to identify JADO requirements and assess the dependency and integration of legacy systems and new technologies in alternative JADO architectures.

Air Mobility and Sustainment (Sponsor: AFRL)

• Role: Co-Investigator
• Project overview: Formulation of a light-weight, parametric analysis framework to assess the effectiveness of strategic airlift mobility vehicles.

Intelligent Battle Management (Sponsor: AFRL)

• Role: Co-Investigator
• Project overview: Development of an intelligent battle manager using reinforcement learning system to support analysis of advanced air defense systems in AFSIM.

Superconducting Shipboard Power and Energy Architecture Study for Next Generation Surface Combatant (SuPEr Ship Study) (Sponsor: ONR)

• Working in collaboration with the Electric Ship Research and Design Consortium (ESRDC) to quantify the benefits of superconducting systems integration including electrical distribution, propulsion, and energy storage on overal ship synthesis.

Conference Papers

1. Bender, Theresa, McNabb, J., Birbasov, N., Bowne, M., Robertson, B., Sudol, A., Mavris, D., and Lourenco, N., Satellite Formation Design to Enhance Passive Millimeter Wave Imaging Mission Performance, AIAA SCITECH 2022 Forum, p. 1881. 2022.
2. Robertson, N., McNabb, J., Balchanos, M., Sudol, A., & Mavris, D., A Design Decision-Support Environment for Evaluating the Impact of Ship Technologies, SNAME 14th International Marine Design Conference, 2022.
3. Guckenberger, M.A., Sudol, A. and Mavris, D.N., Virtual Workload Measurement for Assessing Systems Utilizing Automation Technology, AIAA Scitech 2021 (p. 0436).
4. Beedie, S.M., Sudol, A. and Mavris, D.N., Operation Analysis and Planning for HADR Missions with the Agent-based Logistics Assistance Simulation (ATLAS), AIAA Scitech 2021 Forum (p. 0284).
5. Muehlberg, M., Sudol, A. and Mavris, D.N., Modelling of Humanitarian Aid and Disaster Relief Logistic Operations with Non-Homogenous Fleets Utilizing Generic Assets, AIAA Scitech 2019 Forum (p. 0176).
6. McNabb, J., Robertson, N.A., Steffens, M., Sudol, A., Mavris, D. and Chalfant, J., Exploring the Design Space of an Electric Ship using a Probabilistic Technology Evaluation Methodology, IEEE Electric Ship Technologies Symposium (ESTS) 2019 (pp. 181-188).
7. Sudol, Alicia, and Dimitri N. Mavris, Formulation And Implementation Of A Method For Technology Evaluation Of System Of Systems, 31st Congress of the International Council of the Aeronautical Sciences, 2018.
8. Sudol, A., Edwards, S.J. and Mavris, D.N., Technology Assessment for Launch Vehicle Concepts Using The DYnamic Rocket Equation Tool (DYREQT), AIAA SPACE and Astronautics Forum and Exposition (p. 5415), 2018.
9. Gordon, S., Inclan, E., Ford, H., Sudol, A., Miller, M.Z. and Mavris, D.N., Distributed RF Interactions Tool for Evaluating Radar Coverage, AIAA Scitech 2018 Forum (p. 0196).
10. Sudol, A., Gordon, S.E., Ford, H., Inclan, E., Mavris, D.N. and Miller, M.Z., Simulation of Radar Signal Propagation via Multipath, AIAA Aviation Forum 2017 (p. 4060).
11. Weit, C., Chetcuti, S., Wei, L., Muehlberg, M., Chan, C., Gilani, H., Clanchy, C., Schwartz, K.N., Sudol, A., Tai, J.C. and Bil, C, Modeling Airlift Operations for Humanitarian Aid and Disaster Relief to Support Acquisition Decision-Making, AIAA Aviation Forum, 2018.
12. Guckenberger, M., Jones, M., Prem, S., and Sudol, A., Effect of Directed Energy Weapon Design and Integration on Ship and Fleet-Level Effectiveness, Intelligent Ships Symposium, ASNE. 2017.
13. Stroud (Sudol), A., Milner, T., Edwards, S., Mavris, D. and Hellman, B., Hybrid Launch Vehicle Trajectory Assumptions Analysis, AIAA SPACE 2012 Conference & Exposition (p. 5209).

Conference Presentations

1. Braafladt, A., Bateman, M., Sudol, A.,and Mavris, D., Achieving Multi-Resolution Campaign Modeling in AFSIM, MORS 90th Symposium, Military Operations Research Society, 2022.
2. Guckenberger, M., Simon, N., Sudol, A., and Mavris, D., Achieving Multi-Resolution Campaign Modelling in AFSIM, MORS 89th Symposium, Military Operations Research Society, 2021.
3. Sudol, A., Guckenberger, M., and Mavris, D., Visualizing Multi-Resolution Campaign Analytics from AFSIM, MORS 89th Symposium, Military Operations Research Society, 2021.
4. Guckenberger, M., Sudol, A., and Mavris, D., Remembering the Operator in Partially-Automated System Analysis, MORS 89th Symposium, Military Operations Research Society, 2021.
5. Guckenberger, M., Braafladt, A., Sudol, A., and Mavris, D., Achieving Multi-Resolution Campaign Modelling in AFSIM, MORS 88th Symposium, Military Operations Research Society, 2020.
6. Isakson, L., Sudol, A., and Mavris, D., Developing an Intelligent Battle Manager for Air Defense Using Reinforcement Learning, MORS 88th Symposium, Military Operations Research Society, 2020.
7. Steffens, M., Lau, M., Sudol, A., and Mavris, D., Air Combat Tactics Development Using Machine Learning in AFSIM, MORS 88th Symposium, Military Operations Research Society, 2020.
8. Sudol, A., Corrado, S., Steffens, M., and Mavris, D., Quantitative Method for Decision Support in Fleet Level Operations and Sustainment, MORS 87th Symposium, Military Operations Research Society, 2019.
9. Guckenberger, M., Lau, M., Sudol, A., Steffens, M., and Mavris, D., Modeling the Interplay Between Technology and Tactics to Reach Enhanced System of Systems Performance, MORS 87th Symposium, Military Operations Research Society, 2019.
10. Ogilvie., R., Sudol, A., and Mavris, D., Exploring Impacts of Resilient Satellite Architectures in Contested Military Environments, MORS 87th Symposium, Military Operations Research Society, 2019.
11. Pagan, J., Sudol, A., and Mavris, D., Integrated Air-to-Air & Air-to-Ground Atrittable Aircraft Operational Effectiveness – Enabling Vehicle Performance & Sensor Capability Trade Studies, MORS 87th Symposium, Military Operations Research Society, 2019.
12. Guckenberger, M., Sudol, A., and Mavris, D., Effect of Directed Energy Weapon Design and Integration on Ship and Fleet-Level Effectiveness, MORS 86th Symposium, Military Operations Research Society, 2018.
13. Lapp, B., Sudol, A., and Mavris, D., Human-In-The-Loop Decision Making Environment for Tactical Space Situational Awareness, MORS 85th Symposium, Military Operations Research Society, 2017.

• Board of Directors, Military Operation Research Society (MORS)
• Member, American Institute of Aeronautics and Astronautics (AIAA)