[ Curriculum Vitae · Digital Profile ]

Dr. Zainab Ashkanani, Ph.D.

Interdisciplinary researcher specializing in artificial intelligence for the Water–Energy–Food–Health (WEFH) Nexus, environmental engineering, and sustainable resource management — developing causal-AI frameworks, graph neural networks, and decision-support platforms that turn complex resource interdependencies into actionable policy and engineering outcomes.

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Experience Education Funding Publications Media Platforms Talks Awards Teaching Service Skills
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Operational Platforms Built
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Peer-Reviewed Publications
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Grants & Proposals · Active + Review
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Continents · US / GCC / EU

[ 01 — Experience ]

Experience

[ 02 — Education ]

Education

[ 03 — Grants & Funding ]

Grants & Funding

Active & awarded

Submitted & under review (2026) — 11 federal & international proposals

As Principal Investigator

  • USDA NIFA DSFAS Partnership — GRAIN-AI Coordinated Innovation Network. Graph-based Resource and Agricultural Infrastructure Nexus using AI: causal-inference and graph-neural-network framework for modeling data-center impacts on agricultural water-energy-land systems.
  • Texas A&M University System Research Excellence Fund (REF). "Data Center–Agriculture Resource Competition in Texas: A Food-Water-Energy-Land Nexus Approach" — coordinated across four TAMU System institutions.
  • Texas Water Development Board (TWDB). "Optimizing Water-Smart Tomato Production: Comparing High Tunnel and Open Field Systems Under Deficit Irrigation Strategies Using Plant-Based Stress Monitoring."
  • OAPEC — AI-RENEW. "Artificial Intelligence for Renewable Energy Investment Evaluation" — first AI decision-support platform designed for petroleum-exporting nations, with a bilingual Arabic-English ministerial interface across all 11 OAPEC member states.
  • OAPEC Environmental AI Project. "AI-Optimized Photo-Fenton Process with Remote Sensing Integration," with KISR and the Republic of Iraq — satellite-based contamination detection integrated with advanced oxidation remediation across the Kuwait–Iraq region.

As Co-Principal Investigator / Lead Technical

  • U.S. Department of Energy — Genesis Mission, Phase I (Lead Technical, Co-PI). "AI-Enhanced NEXUS FORGE: Multi-Sector Digital Twin for Industrial Optimization" — frontier AI surrogate models and NSGA-III optimization across NEXUS FORGE's 18 simulation engines.
  • NATO Science for Peace and Security (SPS) Programme. "Dual-Use Infrastructure Monitoring for Hybrid Threat Detection (DUMHTD)" — leading algorithm development and computational validation across a five-country consortium.
  • NSF Partnership — AI-Enabled Pedostructure. Soil health, wastewater use, amendments, and farm productivity — multi-institutional collaboration across four universities.
  • USDA NIFA DSFAS Partnership — AI-Enabled Pedostructure. Companion project: structure-based soil-health assessment linking soil-aggregate dynamics, crop performance, and economic feasibility.
  • Center for Soil for Society (CSS), Texas A&M University. Multidisciplinary center positioning soil science at the heart of sustainable development and the FEWH Nexus.
  • Texas A&M University System Early-Stage Research Development Grant. "Integrating Migration into WEFH Resource Planning: A Nexus-Based Decision-Support Platform for Texas" — architecting the causal-AI computational framework across a four-institution consortium.

[ 04 — Publications ]

Publications

  1. Ashkanani, Z., & Pappas, K. (2026). Securing Our Future: A Water-Energy-Food Nexus Approach to Resource Scarcity and Human Mobility in the Middle East. The Takeaway: Policy Briefs from the Mosbacher Institute, 17(2). bush.tamu.edu

  2. Daher, B., Ashkanani, Z., et al. (2026). Higher Education's Dual Role in the AI Economy: Balancing Foundational Learning and Micro-Credential Innovation. In Degrees of Change: What AI Means for Education and the Next Generation (pp. 130–140). Wiley.

  3. Ashkanani, Z., Mohtar, R., Al-Enezi, S., Khalil, F., Al-Momin, M., Ma, X., et al. (2026). Efficacy of advanced Fenton-photo systems for the degradation of petroleum hydrocarbons using complex neural networks. RSC Advances, 16(3), 1993–2006. doi.org/10.1039/d5ra07305g

  4. Albatayneh, R., Mohtar, R., Ashkanani, Z., Daher, B., & Al-Delaimy, W. K. (2025). Integrating Health in the Water-Energy-Food Nexus: A Comprehensive Review. Current Environmental Health Reports, 12(1), 52. doi.org/10.1007/s40572-025-00516-4

  5. Ashkanani, Z., et al. (2025). Integrating Neural Network Approaches with Remote Sensing for Detection and Prediction of Oil Contamination. Journal of Hazardous Materials. doi.org/10.1016/j.jhazmat.2025.139245

  6. Ashkanani, Z., et al. (2025). Elucidating the role of engineered cerium oxide nanoparticles on soil-water capacity properties: A pedostructure perspective. ACS Applied Engineering Materials. doi.org/10.1021/acsaenm.5c00242

  7. Ashkanani, Z., & Mohtar, R. (2025). AI-powered environmental monitoring for urban industrial disaster prevention. In 2025 IEEE International Smart Cities Conference (ISC2) (pp. 1–6). IEEE. doi.org/10.1109/ISC2...11293342

  8. Pappas, K., Mohtar, R., Daher, B., & Ashkanani, Z. (2025). Securing Our Future: A WEF Nexus Approach to Climate Risks, Resource Scarcity, and Human Mobility in the Middle East. In NATO Science for Peace and Security Series C: Environmental Security. Springer, Dordrecht.

  9. Ashkanani, Z., et al. (2024). AI-Assisted Systematic Review on Remediation of Contaminated Soils with PAHs and Heavy Metals. Journal of Hazardous Materials, 133813. doi.org/10.1016/j.jhazmat.2024.133813

  10. Azenabor, A. (2014). Immunology for the Medical Sciences (1st ed.). Kendall Hunt Publishing. Book Graphics Designer

Under review (2026) — 10 manuscripts & volumes
  1. Ashkanani, Z., Shuaibi, N., & Albatayneh, R. Climate-adaptation desalination as a conflict vulnerability in the Gulf. Nature Sustainability.

  2. Ashkanani, Z., et al. Deep Learning and Remote Sensing Framework for Assessing Vegetation Recovery in Petroleum-Contaminated Arid Soils. ISPRS Journal of Photogrammetry and Remote Sensing.

  3. Pappas, K., & Ashkanani, Z. Energy Geopolitics in the Arctic: A Scenario-Based Strategic Analysis. Energy Strategy Reviews.

  4. Pappas, K., & Ashkanani, Z. Bridging Theory and Practice in Just Energy Transitions: AI-Driven Computational Frameworks and Qualitative Field Research in Post-Lignite Greek Regions. Energy Research & Social Science.

  5. Pappas, K., Ashkanani, Z., & Albatayneh, R. Predicting EU-Mercosur trade diversion: A machine learning approach. American Economic Review.

  6. Mohtar, R., et al., & Ashkanani, Z. Why soil matters: The missing link in achieving sustainable development. Communications Earth and Environment.

  7. Albatayneh, R., Ashkanani, Z., et al. Systems approach to hypertension prediction: A WEFH nexus framework. Water Research.

  8. Ashkanani, Z., & Mohtar, R. The Water-AI Nexus: Energy, health, and the digital transformation of America's water future. In Global Water Security (Vol. 2). World Water Council.

  9. Ashkanani, Z., & Mohtar, R. The WEF Nexus in GCC States Under Crisis. In Encyclopedia of the Anthropocene (Arab World Section). Springer Nature.

  10. Pappas, K., & Ashkanani, Z. (Eds.). The Physical Footprint of Artificial Intelligence: Infrastructure Expansion and the Politics of Resource Scarcity. Anthem Press.

[ 05 — Media & Public Engagement ]

Media & Public Engagement

Creator and host of the Dr. Ashkanani YouTube channel — a documentary-style series on water security, the WEFH Nexus, and data-center resource impacts, produced for general and professional audiences. Columnist at Smart Water Magazine.

YouTube — youtube.com/@Dr.Ashkanani Smart Water Magazine — "The Water in the Energy Permit"

[ 06 — Platforms & Software ]

Platforms & Software

Eight operational research platforms — seven built end-to-end as sole developer and creator, one as contributing developer (WEF Nexus Tool 2.0+).

[ 07 — Selected Talks ]

Selected Talks & Presentations

[ 08 — Honors & Awards ]

Honors & Awards

[ 09 — Teaching & Mentorship ]

Teaching & Mentorship

[ 10 — Professional Service ]

Professional Service

Journal reviewer for:

Journal of Nanoparticle Research (Springer Nature) · ACS Omega · Journal of Hazardous Materials · Journal of Environmental Science · Environmental Science and Pollution Research · Journal of Environmental Management · Environmental Science: Processes and Impacts · Journal of Cleaner Production · Water International.

Member of:

Sigma Xi IEEE IWRA GC3WEFH UNEP · Life Cycle Initiative UNA-USA NRDC American Red Cross · DRA TAMU WEF Nexus Initiative FEWH Nexus Initiative Water Security Thematic Lab FEWH Soil Group · Coordinator

[ 11 — Technical Skills ]

Technical Skills

[ Connect ]

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Email ashkanani@tamu.edu See the platforms