Farrokh Mistree

University of Oklahoma — United States

Engineering · Physical Sciences

48h-index11.3kcitations560works1.12yr avg
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Research Topics

Manufacturing Process and Optimization(224), Product Development and Customization(168), Design Education and Practice(157), Advanced Multi-Objective Optimization Algorithms(70), Optimal Experimental Design Methods(50)

Publications559 total

Validation of the Hypotheses in Realizing Design Evolution
2026
Designing Complex Systems Using Satisficing Strategy
2026
Proposed Methods
2026
Research Questions: How Can We Realize Model Evolution
2026
Type I, II, and III Robust Design Through Improving Approximation
2026
Architecting a Satisficing Strategy for Designing Complex Systems
2026
Type I, II, and IV Robust Design Through Emergent Properties Identification and Interpretations
2026
Types I and II Robust Design Through Formulation-Exploration Framework
2026
Closing Remarks—Advancing Design Evolution in Other Disciplines
2026
Type I, III, and IV Robust Design Through Unsupervised Learning
2026
Engineering Informatics for Aviation Safety: Machine Learning-Based Prediction of Bird Strikes Using a Model-Based CPSS Design
ASME Open Journal of Engineering·2025Open Access
On Designing Evolving Cyber–Physical–Social Systems: A Decision-Based Design Perspective
Journal of Computing and Information Science in Engineering·2025· 1 cited
Towards Engineering Solutions to Light Pollution and Avian Mortality: A System Dynamics Approach
2025Open Access
Multi-Agent System Based on Bi-Level FBS Self-Closed-Loop Co-Evolution Framework
2025Open Access
Human-AI Collaboration for Social Entrepreneurs: AI-Driven Business Plan Evolution Aligned With Sustainable Development Goals
2025Open Access
Towards a Theory Driven Foundational Model for Design: Rethinking Requirement Elicitation for Special Needs
2025Open Access
Designing Robust Policies for Evolving Cyber-Physical-Social Systems in Uncertain Environments
2025· 1 citedOpen Access
From Goals to Actions: Designing Policy As an Evolving Cyber-Physical-Social System
2025· 1 citedOpen Access
Enhancing Demand Forecasting With Machine Learning and Transformers: A Comparative Study
2025Open Access
A Quantitative Method for Analyzing Collective Behavior of Multi-Agent Systems Based on Environmental Complexity
Journal of Computing and Information Science in Engineering·2025Open Access
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Frequent Co-authors

Janet K. Allen(27), Carolyn Conner Seepersad(10), Timothy W. Simpson(8), David L. McDowell(7), David W. Rosen(6), Kemper Lewis(4), Bert Bras(4), Wei Chen(3), Hae‐Jin Choi(3), Timothy M. Mauery(2), John J. Korte(2), Jonathan R. A. Maier(2), Reza Alizadeh(2), Kjartan Pedersen(2), Jan Emblemsvåg(2), Reid Bailey(2), Gabriel Hernandez(2), Wei Chen(2), Marco Fernandez(2), Owen F. Hughes(2)