Faculty

Institution

Unit

Venue

Daniel Eisenberg

Assistant Professor

Naval Postgraduate School

Affiliations

Center for Infrastructure Defense

Seed Center For Data Farming

Workshops and Short Courses

Daniel Eisenberg is currently serving as a Center For Infrastructure Defense Assistant Professor at Naval Postgraduate School.

Honors

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Experiences

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Education

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Daniel Eisenberg

Naval Postgraduate School

Assistant Professor

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systems engineering resilience engineering resilience engineering environmental engineering risk management vulnerability disaster risk reduction crisis management infrastructure engineering climate change network science network analysis environmental science global networks resilience analysis engineering optimization reliability engineering energy research natural hazards climate change adaptation power system reliability resilience metrics environmental impact of the energy industry electric power systems thermal engineering life cycle assessment sustainable development electric power transmission electrical transmission urban infrastructure network optimization infrastructure management emerging risk environmental security disaster vulnerability network theory infrastructure systems united states peak electricity load south korea power electronics environmental impact assessment industrial ecology sustainable production sustainable energy technologies social-ecological systems electric power distribution electric power quality disparate impact sustainable innovation life cycle management sustainability assessment eco-innovation solar energy utilisation energy environment photovoltaic systems power grid operations network topology grid stability power networks urban heat mitigation urban adaptation infrastructure security cyber systems interdependent infrastructure measurable resilience actionable policy electric transmission ampacity air temperatures responsible research anticipatory life-cycle assessment relevant uncertainties arizona 85287 leach road sustainable solar technologies

Notable Scholarly Works

Notable Federal Grants

Collaborators

Evaluating Direct and Indirect Influence on Ev Charging Stations Across the Us. (2025)

energy strategieselectricity marketsenergy managementelectric vehiclesincluding vehicle-to-gridelectrical mobilityenergy infrastructureindirect influenceeconomicspublic policysmart gridev charging stations

Infrastructure Resilience to Surprise. Risk Analysis (2025)

resiliencenatural disastersvulnerabilityinfrastructure engineeringdisastersinfrastructure resilienceresilience engineeringdisaster risk scienceresilience analysispublic policyinfrastructure systemscrisis management

Surprise Impacts on Infrastructure Resilience: A Case Study of Hurricane Florence and Marine Corps Base Camp Lejeune. IEEE Transactions on Engineering Management (2025)

disaster vulnerabilitydisaster responseresiliencenatural disastersdisaster managementvulnerabilitycrisis managementinfrastructure engineeringcase studydisaster risk reductiondisaster mitigationdisasterscivil engineeringhurricane florenceinfrastructure resiliencenatural hazardspublic policyrisk management

The Rebound Curve is a Poor Model of Resilience. PNAS Nexus (2025)

resiliencesystemic riskvulnerabilityresilience engineeringresilience analysiseconomicsrebound curvecrisis management

6 Operational Energy Vulnerability and Resilience. (2024)

systems engineeringoperational energy vulnerabilityresiliencevulnerabilitydisaster risk reductionpower system reliabilityresilience engineeringsustainable energyresilience analysis

A Tri-Level Optimization Model for Interdependent Infrastructure Network Resilience Against Compound Hazard Events. International Journal of Critical Infrastructure Protection (2024)

Oster, Matthew R.Amburg, IlyaChatterjee, SamratEisenberg, Daniel A.Thomas, Dennis G.Pan, FengGanguly, Auroop R.

systems engineeringtri-level optimization modelresilience engineeringcompound hazard eventsengineering optimizationmachine learning

EDITORIAL: Designing, Operating, and Rebuilding Infrastructures and Lifelines for Resilience to Extreme Flooding. Frontiers in Water (2024)

Jack R. WatsonDaniel A. EisenbergRobyn AndersonUdit BhatiaSamrat ChatterjeeMarta C. GonzalezAayushi MishraAshis Kumar PalNishant YadavAuroop R. Ganguly

disaster preventionflood risk managementcommunity resilienceresilienceinfrastructure engineeringengineeringdisaster risk reductiondisasterscivil engineeringresilience engineeringdisaster risk scienceenvironmental engineeringflood controlresilient design

A Data Processing Pipeline for Socio-Technical Network Analysis [Slides]. (2023)

network analysisglobal networkssocial networksdata processing pipelinesocial network analysiscollaborative networkssocial sciencescomputational social sciencedata scienceinformation managementsocial data analysisnetwork scienceanalytics

Finding Shortest and Nearly Shortest Path Nodes in Large Substantially Incomplete Networks by Hyperbolic Mapping. Nature Communications (2023)

Maksim KitsakAlexander GaninAhmed ElmokashfiHongzhu CuiDaniel A. EisenbergDavid L. AldersonDmitry KorkinIgor Linkov

computer scienceglobal networksnetwork sciencecomputational biologygraph theorylarge-scale networktheoretical biologyhyperbolic mappingsocial networksshortest path nodesnetwork algorithmsbiological networksdynamic networksinteraction networkdata sciencenetwork analysis

Finding Shortest and Nearly Shortest Path Nodes in Large Substantially Incomplete Networks. arXiv (Cornell University) (2022)

Kitsak, MaksimGanin, AlexanderElmokashfi, AhmedCui, HongzhuEisenberg, Daniel A.Alderson, David L.Korkin, DmitryLinkov, Igor

computer scienceglobal networksnetwork sciencecomputational biologygraph theorylarge-scale networktheoretical biologysocial networksnetwork theoryincomplete networksshortest path nodesdiscrete algorithmsnetwork algorithmsinteraction networkdata sciencenetwork dynamicsnetwork analysis

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Daniel Eisenberg

Assistant Professor

Naval Postgraduate School

Affiliations

Center for Infrastructure Defense

Seed Center For Data Farming

Workshops and Short Courses

Daniel Eisenberg is currently serving as a Center For Infrastructure Defense Assistant Professor at Naval Postgraduate School.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Daniel Eisenberg

Naval Postgraduate School

Assistant Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Evaluating Direct and Indirect Influence on Ev Charging Stations Across the Us. (2025)

Infrastructure Resilience to Surprise. Risk Analysis (2025)

Surprise Impacts on Infrastructure Resilience: A Case Study of Hurricane Florence and Marine Corps Base Camp Lejeune. IEEE Transactions on Engineering Management (2025)

The Rebound Curve is a Poor Model of Resilience. PNAS Nexus (2025)

resiliencesystemic riskvulnerabilityresilience engineeringresilience analysiseconomicsrebound curvecrisis management

6 Operational Energy Vulnerability and Resilience. (2024)

systems engineeringoperational energy vulnerabilityresiliencevulnerabilitydisaster risk reductionpower system reliabilityresilience engineeringsustainable energyresilience analysis

A Tri-Level Optimization Model for Interdependent Infrastructure Network Resilience Against Compound Hazard Events. International Journal of Critical Infrastructure Protection (2024)

Oster, Matthew R.Amburg, IlyaChatterjee, SamratEisenberg, Daniel A.Thomas, Dennis G.Pan, FengGanguly, Auroop R.

systems engineeringtri-level optimization modelresilience engineeringcompound hazard eventsengineering optimizationmachine learning

EDITORIAL: Designing, Operating, and Rebuilding Infrastructures and Lifelines for Resilience to Extreme Flooding. Frontiers in Water (2024)

Jack R. WatsonDaniel A. EisenbergRobyn AndersonUdit BhatiaSamrat ChatterjeeMarta C. GonzalezAayushi MishraAshis Kumar PalNishant YadavAuroop R. Ganguly

A Data Processing Pipeline for Socio-Technical Network Analysis [Slides]. (2023)

Finding Shortest and Nearly Shortest Path Nodes in Large Substantially Incomplete Networks by Hyperbolic Mapping. Nature Communications (2023)

Maksim KitsakAlexander GaninAhmed ElmokashfiHongzhu CuiDaniel A. EisenbergDavid L. AldersonDmitry KorkinIgor Linkov

Finding Shortest and Nearly Shortest Path Nodes in Large Substantially Incomplete Networks. arXiv (Cornell University) (2022)

Kitsak, MaksimGanin, AlexanderElmokashfi, AhmedCui, HongzhuEisenberg, Daniel A.Alderson, David L.Korkin, DmitryLinkov, Igor

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