Researchers

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Line 13: Line 13:
|| Mechanical Engineering  
|| Mechanical Engineering  
|| [[Design Decision Support Laboratory]]  
|| [[Design Decision Support Laboratory]]  
-
|| Multi-criteria and multi-disciplinary design optimization and decision making
+
|| Multi-criteria and [[multidisciplinary design optimization]] and decision making
|-  
|-  
Line 21: Line 21:
|| Mechanical Engineering  
|| Mechanical Engineering  
|| [[Integrated Design Innovation Group]]  
|| [[Integrated Design Innovation Group]]  
-
|| Innovation, Shape Grammars, 3D Packing  
+
|| Innovation, [[Shape grammars]], 3D Packing  
|-
|-
Line 37: Line 37:
|| Mechanical Engineering  
|| Mechanical Engineering  
|| [[Integrated Design Automation Laboratory]]  
|| [[Integrated Design Automation Laboratory]]  
-
|| Decision-Based Design, Robust Design Optimization, Metamodeling, Multidisciplinary Design Optimization
+
|| [[Decision-based design]], [[Robust design optimization]], [[Metamodel]]ing, [[Multidisciplinary design optimization]]
|-
|-
Line 45: Line 45:
|| Aeronautics and Astronautics and Engineering Systems
|| Aeronautics and Astronautics and Engineering Systems
|| [[MIT Strategic Engineering Research Group]], [[MIT Space Logistics Center]]
|| [[MIT Strategic Engineering Research Group]], [[MIT Space Logistics Center]]
-
|| Systems Engineering for Changeability and Commonality, Space Exploration Logistics
+
|| Systems engineering for changeability and [[commonality]], Space exploration logistics
|-
|-
Line 53: Line 53:
|| Sloan School of Management
|| Sloan School of Management
|| [[Center for Innovation in Product Development]]
|| [[Center for Innovation in Product Development]]
-
|| Management of complex systems - DSM
+
|| Management of [[complex systems]] - [[Design structure matrix]]
|-
|-
Line 61: Line 61:
|| [http://www.bus.umich.edu/ Ross School of Business]
|| [http://www.bus.umich.edu/ Ross School of Business]
|| [[Bayesian Econometrics Group]]
|| [[Bayesian Econometrics Group]]
-
|| Marketing Models, Bayesian Statistics, Discrete Choice, Conjoint, Ordinal Processes, Decision-Making under Uncertainty, Mathematical Psychology
+
|| Marketing models, [[Bayesian statistics]], [[Discrete choice analysis]], [[Conjoint analysis]], Ordinal processes, Decision-making under uncertainty, Mathematical psychology
|-
|-
Line 77: Line 77:
|| Chemical Engineering
|| Chemical Engineering
|| [http://capd.cheme.cmu.edu/ Center for Advanced Process Decision-making]
|| [http://capd.cheme.cmu.edu/ Center for Advanced Process Decision-making]
-
|| MINLP, Global Optimization, Water network, Process and Energy Systems Optimization.
+
|| [[MINLP]], [[Global optimization]], Water network, Process and energy systems optimization.
|-
|-
Line 85: Line 85:
|| Civil and Environmental Engineering
|| Civil and Environmental Engineering
|| [[Green Design Institute]]
|| [[Green Design Institute]]
-
|| Engineering planning and management, including design for the environment, project management, transportation systems, finance and computer applications
+
|| Engineering planning and management, including [[design for environment]], project management, transportation systems, finance and computer applications
|-
|-
Line 93: Line 93:
|| Mechanical Engineering
|| Mechanical Engineering
|| [[Enterprise Systems Laboratory]]
|| [[Enterprise Systems Laboratory]]
-
|| ATC, enterprise wide design
+
|| [[ATC]], enterprise wide design
|-
|-
Line 101: Line 101:
|| Economics, Engineering and Public Policy
|| Economics, Engineering and Public Policy
|| [[Green Design Institute]]
|| [[Green Design Institute]]
-
|| Public policy; environmental regulation; designing products and processes for the environment; pollution prevention
+
|| Public policy; environmental regulation; [[design for environment]]; pollution prevention
|-
|-
Line 109: Line 109:
|| Mechanical Engineering
|| Mechanical Engineering
|| [[Design of Open Engineering Systems]]
|| [[Design of Open Engineering Systems]]
-
|| Collaborative Design, Visual Design Steering, Multiobjective Opt., Flexible Systems Design, Hybrid Optimization
+
|| Collaborative design, Visual design steering, [[Multiobjective optimization]], [[Flexible systems]] design, Hybrid optimization
|-
|-
Line 125: Line 125:
|| Mechanical, Aerospace and Nuclear Engineering
|| Mechanical, Aerospace and Nuclear Engineering
|| [[Multidisciplinary Design and Optimization Laboratory]]
|| [[Multidisciplinary Design and Optimization Laboratory]]
-
|| Multidisciplinary design and optimization
+
|| [[Multidisciplinary design optimization]]
|-
|-
Line 133: Line 133:
|| Mechanical Engineering
|| Mechanical Engineering
||  [[Design Decisions Laboratory]], [[Green Design Institute]]
||  [[Design Decisions Laboratory]], [[Green Design Institute]]
-
|| Design, Optimization, Decomposition Methods, Market Forces in Design, Preference and Choice Modeling, Environmental Policy
+
|| Design, [[Optimization]], [[Decomposition]] methods, Market forces in design, Preference and [[choice modeling]], Environmental policy
|-
|-
Line 141: Line 141:
|| Mechanical Engineering
|| Mechanical Engineering
||  [[Systems Realization Laboratory]]
||  [[Systems Realization Laboratory]]
-
|| CAE/CAD, Mechanics of Materials, Collaborative Design, Design for Sustainable Development
+
|| CAE/CAD, Mechanics of materials, [[Collaborative design]], Design for [[sustainable development]]
|-
|-
Line 149: Line 149:
|| Mechanical Engineering
|| Mechanical Engineering
|| [[Optimal Design Laboratory]]
|| [[Optimal Design Laboratory]]
-
|| Design optimization
+
|| [[Design optimization]]
|-
|-
Line 157: Line 157:
|| Chemical Engineering
|| Chemical Engineering
|| [http://www.andrew.cmu.edu/user/ns1b/ The Sahinidis Optimization Group]
|| [http://www.andrew.cmu.edu/user/ns1b/ The Sahinidis Optimization Group]
-
|| MINLP, Global Optimization, Optimization in biology, chemistry, medicine, and engineering
+
|| [[MINLP]], [[Global optimization]], Optimization in biology, chemistry, medicine, and engineering
|-
|-
Line 165: Line 165:
|| Mechanical and Industrial Engineering
|| Mechanical and Industrial Engineering
|| [[Engineering Design and Decision Laboratory]]
|| [[Engineering Design and Decision Laboratory]]
-
|| Product families, design under uncertainty, multiattribute utility theory
+
|| [[Product families]], [[design under uncertainty]], [[multiattribute utility theory]]
|-
|-
Line 173: Line 173:
|| Mechanical & Nuclear Engineering, Industrial & Manufacturing Engineering
|| Mechanical & Nuclear Engineering, Industrial & Manufacturing Engineering
||  [[Engineering Design and Optimization Group]]
||  [[Engineering Design and Optimization Group]]
-
|| Product families
+
|| [[Product families]]
|-
|-
Line 181: Line 181:
|| General Engineering; Civil, Mechanical and Industrial Engineering
|| General Engineering; Civil, Mechanical and Industrial Engineering
||  [[Decision Systems Laboratory]]
||  [[Decision Systems Laboratory]]
-
|| Multiattribute Utility Theory, environmentally conscious design
+
|| [[Multiattribute utility theory]], environmentally conscious design
|-
|-
Line 189: Line 189:
||  
||  
||  [[Product Development Research Laboratory]]
||  [[Product Development Research Laboratory]]
-
|| Complex eng. Sys., interdisciplinary, decomp, DSM
+
|| Complex eng. Sys., interdisciplinary, [[decomposition]], [[design structure matrix]]
|-
|-
Line 212: Line 212:
|| Mechanical Engineering
|| Mechanical Engineering
|| [[Optimal Design Laboratory]]
|| [[Optimal Design Laboratory]]
-
|| Multidisciplinary optimization, design under uncertainty, design of product platforms and families, surrogate modeling, financial engineering
+
|| [[Multidisciplinary design optimization]], [[design under uncertainty]], design of product platforms and [[product families]], [[surrogate model]]ing, financial engineering
|}
|}
Line 230: Line 230:
|| Marketing
|| Marketing
|| NA
|| NA
-
|| Estimation of choice models, Design of choice experiments,  Bayesian estimation, Missing data statistical methods, Fixing things that go wrong when designers try to use choice modeling methods
+
|| Estimation of [[choice model]]s, Design of choice experiments,  Bayesian estimation, Missing data statistical methods, Fixing things that go wrong when designers try to use choice modeling methods
|-
|-
Line 272: Line 272:
|| Mechanical Engineering
|| Mechanical Engineering
|| [[Systems Engineering Group]]
|| [[Systems Engineering Group]]
-
|| Decomposition methods
+
|| [[Decomposition]] methods
|-
|-
Line 306: Line 306:
|| Computational mathematics  
|| Computational mathematics  
|| [http://www.mcs.anl.gov/ Mathematics and Computer Science Division]  
|| [http://www.mcs.anl.gov/ Mathematics and Computer Science Division]  
-
|| Numerical optimization, global optimization, NLP, MINLP  
+
|| Numerical [[optimization]], [[global optimization]], [[NLP]], [[MINLP]]
|}
|}

Revision as of 12:26, 23 November 2007

This page lists researchers whose work is related to DDWiki topics. This is not a static list - users should feel welcome to add more information.

Contents

University

Faculty

Faculty Institution Discipline Group Research Areas
Azarm, Shapour

University of Maryland Mechanical Engineering Design Decision Support Laboratory Multi-criteria and multidisciplinary design optimization and decision making
Cagan, Jonathan

Carnegie Mellon University Mechanical Engineering Integrated Design Innovation Group Innovation, Shape grammars, 3D Packing
Campbell, Matthew

University of Texas at Austin Mechanical Engineering Automated Design Laboratory Computational Design
Chen, Wei

Northwestern University Mechanical Engineering Integrated Design Automation Laboratory Decision-based design, Robust design optimization, Metamodeling, Multidisciplinary design optimization
de Weck, Olivier

Massachusetts Institute of Technology Aeronautics and Astronautics and Engineering Systems MIT Strategic Engineering Research Group, MIT Space Logistics Center Systems engineering for changeability and commonality, Space exploration logistics
Eppinger, Steven

Massachusetts Institute of Technology Sloan School of Management Center for Innovation in Product Development Management of complex systems - Design structure matrix
Feinberg, Fred

University of Michigan Ross School of Business Bayesian Econometrics Group Marketing models, Bayesian statistics, Discrete choice analysis, Conjoint analysis, Ordinal processes, Decision-making under uncertainty, Mathematical psychology
Finger, Susan

Carnegie Mellon University Civil and Environmental Engineering Institute for Complex Engineered Systems Representation languages for design, integration of design and manufacturing concerns, computer-supported cooperative learning.
Grossmann, Ignacio

Carnegie Mellon University Chemical Engineering Center for Advanced Process Decision-making MINLP, Global optimization, Water network, Process and energy systems optimization.
Hendrickson, Chris

Carnegie Mellon University Civil and Environmental Engineering Green Design Institute Engineering planning and management, including design for environment, project management, transportation systems, finance and computer applications
Kim, Harrison

University of Illinois at Urbana-Champaign Mechanical Engineering Enterprise Systems Laboratory ATC, enterprise wide design
Lave, Lester

Carnegie Mellon University Economics, Engineering and Public Policy Green Design Institute Public policy; environmental regulation; design for environment; pollution prevention
Lewis, Kemper

University at Buffalo Mechanical Engineering Design of Open Engineering Systems Collaborative design, Visual design steering, Multiobjective optimization, Flexible systems design, Hybrid optimization
Matthews, H. Scott

Carnegie Mellon University Engineering and Public Policy Green Design Institute Sustainable, life cycle management of infrastructure
Messac, Achille

Rensselaer Polytechnic Institute Mechanical, Aerospace and Nuclear Engineering Multidisciplinary Design and Optimization Laboratory Multidisciplinary design optimization
Michalek, Jeremy J.

Carnegie Mellon University Mechanical Engineering Design Decisions Laboratory, Green Design Institute Design, Optimization, Decomposition methods, Market forces in design, Preference and choice modeling, Environmental policy
Mistree, Farrokh

Georgia Tech Mechanical Engineering Systems Realization Laboratory CAE/CAD, Mechanics of materials, Collaborative design, Design for sustainable development
Papalambros, Panos

University of Michigan Mechanical Engineering Optimal Design Laboratory Design optimization
Sahinidis , Nikolaos

Carnegie Mellon University Chemical Engineering The Sahinidis Optimization Group MINLP, Global optimization, Optimization in biology, chemistry, medicine, and engineering
Scott, Michael

University of Illinois at Chicago Mechanical and Industrial Engineering Engineering Design and Decision Laboratory Product families, design under uncertainty, multiattribute utility theory
Simpson, Timothy

Penn State University Mechanical & Nuclear Engineering, Industrial & Manufacturing Engineering Engineering Design and Optimization Group Product families
Thurston, Deborah

University of Illinois at Urbana-Champaign General Engineering; Civil, Mechanical and Industrial Engineering Decision Systems Laboratory Multiattribute utility theory, environmentally conscious design
Yassine, Ali

University of Illinois at Urbana-Champaign Product Development Research Laboratory Complex eng. Sys., interdisciplinary, decomposition, design structure matrix
Ulrich, Karl

University of Pennsylvania Wharton School Product design and development

Research Scientists

Scientist Institution Discipline Group Research Areas
Kokkolaras, Michael

University of Michigan Mechanical Engineering Optimal Design Laboratory Multidisciplinary design optimization, design under uncertainty, design of product platforms and product families, surrogate modeling, financial engineering

Postdoctoral Researchers

Graduate Students

Student Institution Discipline Group Research Areas
Feit, Eleanor McDonnell University of Michigan Marketing NA Estimation of choice models, Design of choice experiments, Bayesian estimation, Missing data statistical methods, Fixing things that go wrong when designers try to use choice modeling methods
Hanna, Lindsay Carnegie Mellon University Mechanical Engineering Integrated Design Innovation Group
Kerfoot, Katie University of Michigan Design Science; Mechanical Engineering Optimal Design Laboratory Environmental policy analysis; Sustainable design
Khajavirad, Aida Carnegie Mellon University Mechanical Engineering Design Decisions Laboratory
Orsborn, Seth Carnegie Mellon University Mechanical Engineering Integrated Design Innovation Group
Shiau, Ching-Shin (Norman) Carnegie Mellon University Mechanical Engineering Design Decisions Laboratory Engineering design with market demand; Product design under market competition; Optimal design of green vehicles; Environmental policy
Tosserams, Simon Eindhoven University of Technology, the Netherlands Mechanical Engineering Systems Engineering Group Decomposition methods
Tseng, Ian Carnegie Mellon University Mechanical Engineering Integrated Design Innovation Group

Industry

Researcher Institution Discipline Group Research Areas
Donndelinger, Joe

General Motors Corp. Research and development Vehicle Development Research Laboratory

Government

Researcher Institution Discipline Group Research Areas
Leyffer, Sven Argonne National Laboratory Computational mathematics Mathematics and Computer Science Division Numerical optimization, global optimization, NLP, MINLP
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