1 / 18

Department of Industrial E ngineering

Department of Industrial E ngineering. Engineering Welcome Center 1157 Bell Engineering Center University of Arkansas Fayetteville, AR 72701 Tel: (479) 575-7780 Email: engrinfo@uark.edu Web: http://www.engr.uark.edu/bmeg/. Nebil Buyurgan Ph.D. Associate Professor. Application Areas

gates
Télécharger la présentation

Department of Industrial E ngineering

An Image/Link below is provided (as is) to download presentation Download Policy: Content on the Website is provided to you AS IS for your information and personal use and may not be sold / licensed / shared on other websites without getting consent from its author. Content is provided to you AS IS for your information and personal use only. Download presentation by click this link. While downloading, if for some reason you are not able to download a presentation, the publisher may have deleted the file from their server. During download, if you can't get a presentation, the file might be deleted by the publisher.

E N D

Presentation Transcript


  1. Department of Industrial Engineering Engineering Welcome Center 1157 Bell Engineering Center University of Arkansas Fayetteville, AR 72701 Tel: (479) 575-7780 Email: engrinfo@uark.edu Web: http://www.engr.uark.edu/bmeg/

  2. Nebil Buyurgan Ph.D.Associate Professor Application Areas • Surveillance plans for unmanned aerial vehicles (UAVs) • On-time resource delivery during disaster relief operations • Mobile device adoption in U.S. homecare industry Research Focus • Resource allocation and deployment in military contingency logistic networks • Goods and manpower procurement strategies in disaster relief and humanitarian logistics • Technological innovations in healthcare

  3. Justin R Chimka, Ph.D.Associate Professor • Research Focus • Applied Regression Analysis • Statistical Quality Control • Application Areas • Biotechnology • Education • Transportation Diverse contexts including General Aviation Operations & DNA Microarrays Microarray picture from genome.gov

  4. EARNEST W. FANT, Ph.D., P.E.Associate Professor Application Areas • Vision Guided Robotic Work Cells • Integrated Multiple Robots Work Cells • Machine Vision/Smart Camera Inspection • Automated Gauging • Automated Material Transport • Automated Palletizing/Warehousing • Automated Manufacturing of Renewable Energy • Components • Optimal Placement of Renewable Energy Systems Manufacturing Automation Lab Renewable Energy Lab Research Focus • Industrial Robotics • Industrial Machine Vision • Renewable Energy (Solar, Wind, Tidal) • Material Handling • Logistics • Operations Research

  5. Steve Johnson, Ph.D., P.E., CPEProfessor Application Areas • Transportation Safety • Industrial Ergonomics • In-vehicle Information Systems • Collision Avoidance Systems Additional Information Research Focus • Ergonomics

  6. Russell D. Meller, Ph.D.Hefley Professor of logistics and entrepreneurship Application Areas • Retailers (like Walmart, Sam’s Club, Dillard’s, Target, Walgreens) • Manufacturers (like P&G, SC Johnson, Tyson Foods, Medline Industries) • Transportation Service Providers (like J.B. Hunt, FedEx Freight, ABF) Warehouse Layout Design Research Focus • Facility Logistics: • engineering design of logistics facilities • analytical performance models of logistics facilities components • Logistics System Design: • distribution system design • location of logistics facilities • supply chain network evaluation • Material Flow Systems: • analytical performance models • computerized decision-support tools

  7. Russell D. Meller, Ph.D.Hefley Professor of logistics and entrepreneurship Application Areas • Supply, Manufacture and Distribution Networks • Transportation Systems • Logistics Asset Design and Management • Logistics Business Model and Market Development Physical Internet Research at the University of Arkansas Research Focus • Physical Internet: • open global logistics system • physical, digital and operational interconnectivity • encapsulation, interfaces and protocols • result: an efficient and sustainable logistics web that solves the Logistics Sustainability Grand Challenge • Physical Internet Initiative: • worldwide thought leadership • partnering with industry • mathematical optimization and simulation models • result: moving the Physical Internet vision from concept to reality

  8. Ashlea Bennett Milburn, Ph.D.Assistant Professor Application Areas (cont.) • Developing decision support models to enable better use of home health resources: • nurse routing and scheduling • assignment of nurses to service regions • allocation of remote monitoring systems • Developing quantitative methods to identify and explain variations in access, quality, and efficiency in home health services and providers • Characterizing the home health care supply chain and quantifying time home health nurses spend on supply chain duties Haiti earthquake, day 8: food/water request locations from social media Home health nurses, supply chain duties Planned relief routes “Food water needed for group of 30 people (15 children). The address is #7 Marin 878 with the Blue Gate…” -Ushahidi, Haiti dataset, 02/01/2010 Research Focus Applying operations research tools and techniques to problems encountered in healthcare systems and other public sectors; primarily home health care and disaster management Application Areas • Incorporating information taken from social media and other Web 2.0 technologies in disaster relief planning: • vehicle routing decisions • facility location decisions

  9. Heather Nachtmann, Ph.D.Associate Professor Application Areas • Maritime transportation • Rural transportation networks • Transportation security and resilience • Healthcare logistics • Inventory control and management Mack-Blackwell Rural Transportation Center Photo Courtesy of MBTC 3024 Photo Courtesy of AHTD Photo Courtesy of MBTC 1102 Research Focus • Transportation systems engineering • Logistics modeling • Economic decision analysis • Engineering pedagogy

  10. Kim LaScola Needy, Ph.D., P.E., CFPIM, PEMDepartment Head and 21st Century Professor Application Areas • Impact of green building construction and its improvements in worker productivity, health & safety, maintenance costs and energy savings with a focus on healthcare facilities, public and commercial buildings. • Quality management in the capital facilities delivery industry • Assessing and mitigating risk in the design for supply chain (DFSC) problem Additional Information Castcon Stone Production Facility, Saxonburg, PA. Economic Analysis with Sensitivity Research Focus • Sustainable Engineering • Engineering Management • Engineering Economic Analysis • Integrated Resource Management Children’s Hospital of Pittsburgh

  11. Edward A. Pohl, Ph.D.Associate Professor Application Areas • Homeland Security • Military Operations Research • Healthcare Logistics • Project and Engineering Management • Supply Chain Risk Additional Information Research Focus • Stochastic Modeling • Reliability and Quality • Decision and Risk Analysis • Engineering Optimization • Systems Engineering

  12. Chase Rainwater, Ph.D.Assistant Professor Application Areas • Security and defense • Law enforcement allocation to reduce drug trafficking • Fortification of national infrastructure components • Patient scheduling at proton therapy cancer treatment facilities • Analysis of information flow in social networks • Passenger rail transportation planning Additional Information Research Focus • Decomposition-based algorithm approaches to exploit advancements in parallel computing • Integration of optimization and constraint programming • Dynamic network interdiction • Large-scale heuristic design • Reliability analysis and optimization

  13. Ronald Rardin, Ph.D.John and Mary Lib White Distinguished Professor Application Areas • Supply chain and materials flow aspects of healthcare delivery • Global information standards for healthcare products and locations • Optimization of radiation therapy for cancer • Energy generation and distribution planning Additional Information Research Focus • Large-scale optimization modeling and algorithms • Health systems engineering

  14. Sarah Root, Ph.D.Assistant Professor Application Areas • Transportation and Logistics Systems • Freight Mixing • Collaborative Logistics • TL and LTL Transportation Relay Network Design for TL Carriers Collaborative Logistics Planning Research Focus • Mathematical Modeling • Large Scale Optimization • Composite Variable Modeling • Integer Programming • Network Design

  15. Central Depot (CD) East 4 5 Depot (ED) West Depot (WD) 2 3 1 Base (B) Manuel D. Rossetti, Ph.D., P.E.Professor Application Areas • Healthcare systems • Manufacturing systems • Distribution systems • Military and spare part management Simulating and optimizing supply networks Planning the evacuation of critical commercial or public areas. Research Focus • Multi-echelon inventory optimization • Forecasting methods for spare part management • Simulation modeling and analysis • Large scale evacuation modeling • Computing methods for large scale simulations • Network modeling and optimization

  16. Kelly Sullivan, Ph.D.Assistant Professor Application Areas • Defense and Homeland Security • Supply Chain Management • Transportation and Logistics • Sports Mathematical Programming Research Focus • Mathematical Programming • Integer Programming and Polyhedral Theory • Network Optimization • Large-scale optimization

  17. Kelly Sullivan, Ph.D.Assistant Professor Application Areas • Allocation of scarce maintenance resources for a production system • Mitigation of risk due to natural disasters and uncertain data in transportation systems • Design of systems robust against terrorist attack Nuclear Smuggling Interdiction Research Focus • Network Interdiction • System Fortification and Infrastructure Hardening • Robust Optimization • Optimization Under Uncertainty

  18. Shengfan Zhang, Ph.D.Assistant Professor Application Areas • Medical decision making related to the detection, treatment and prevention of chronic diseases • Health care delivery • Other service environments with uncertainty Health Care Engineering Mortality probabilities Estimation Pink line: Breast cancer mortality Black line: Other cause mortality Y-axis: Mortality probability X-axis: Months since diagnosis Markov representation for breast cancer development Research Focus • Mathematical modeling of stochastic systems • Decision analysis under conditions of uncertainty • Statistical modeling and data mining for complex systems

More Related