JONATHAN F. BARD The University of Texas Graduate Program in Operations Research & Industrial Engineering 1 University Station, C2200 Austin, TX 78712-0292
512-471-3076 (office) 512-232-1489 (fax)		jbard@mail.utexas.edu http://www.me.utexas.edu/~bard

EDUCATION:		D.Sc. - The George Washington University, 1979 Operations Research (Minor in Statistics)
		M.S. - Stanford University, 1969 Aeronautical Engineering (Concentration in Optimization and Control Theory)
		B.S. - Rensselaer Polytechnic Institute, 1968 Aeronautical Engineering
REGISTRATION:		Professional Engineer, Texas # 58835
ACADEMIC APPOINTMENTS:
1984 – present	University of Texas Austin, TX Professor & Industrial Properties Corporation Faculty Fellow, Department of Mechanical Engineering Area Coordinator, Operations Research & Industrial Engineering Program Associate Director, Center for Management of Operations & Logistics Assistant Graduate Advisor, Manufacturing Systems Program
1983 – 1984	University of California Berkeley, CA Associate Professor Department of Industrial Engineering & Operations Research
1981 – 1983	Northeastern University Boston, MA Assistant Professor College of Business Administration Department of Management Science
1979 – 1982	University of Massachusetts Boston, MA Assistant Professor College of Management Department of Management Science
PROFESSIONAL EXPERIENCE:
1975 – 1979	The Aerospace Corporation Washington, DC Program Manager
1972 – 1975	Booz, Allen & Hamilton Bethesda, MD Project Manager
1969 – 1972	The Mitre Corporation Bedford, MA Systems Engineer

RESEARCH:	Design and analysis of manufacturing systems, workforce issues in healthcare, disruption management, hierarchical optimization and decomposition techniques, personnel planning and scheduling, lean internal and external logistics
HONORS & AWARDS:	INFORMS Fellow (2006) Institute for Operations Research and the Management Sciences Hamilton Book Award; Operations Research Models and Methods (2004) University Co-operative Society Outstanding IIE Publication (2003) Institute of Industrial Engineers IIE Transactions Award for Best Application Paper (2003) Institute of Industrial Engineers David F. Baker Distinguished Research Award (2002) Institute of Industrial Engineers Dean’s Fellow (2002) The University of Texas Fellow, Center for Decisions under Uncertainty (2001) Chinese Academy of Sciences, Beijing Operations Research Division Outstanding Contribution Award (1997) Institute of Industrial Engineers IIE Fellow (1996) Institute of Industrial Engineers Joint Publishers Book-of-the-Year Award; Project Management (1995) Institute of Industrial Engineers LAIL Research Fellowship (June 1995) Ecole Centrale de Lille Outstanding IIE Publication Award (1994) Institute of Industrial Engineers CORE Research Fellowship (1994) Center for Operations Research and Econometrics, UCL, Belgium Distinguished Scholar (June 1994) Japanese Ministry of Posts and Telecommunications Operations Research Division Application Award (1993) Institute of Industrial Engineers Industrial Properties Corp. Endowed Faculty Fellow (1990-present) The University of Texas Lady Davis Fellowship (1989-90) The Technion – Israel Institute of Technology University Faculty Research Award (1989) The University of Texas IIE, Vector to Excellence Award, Austin Chapter (1988-89) US Army-ASEE Summer Faculty Fellowship (1988) Belvoir RD&E Center Sun Oil Fellowship (Spring 1986) NASA-ASEE Summer Faculty Fellowship (1985) Johnson Space Center/Texas A&M University NASA-ASEE Summer Faculty Fellowship (1983) Jet Propulsion Laboratory/CALTECH
EDITORSHIPS:	IIE Transactions on Operations Engineering (Editor), 1996 - present Management Science (Associate Editor), 1997 - 2002 IEEE Trans. on Engineering Management (Editorial Board), 1985 - present Journal of the Operational Research Society (Advisory Board), 2006 - present Int’l Journal of Production Research (Editorial Board), 1997 - present Computers & Operations Research (Editorial Board), 1985 - present IIE Transactions (Department Editor for Applied Optimization), 1986 - 1995
PATENTS:	System and Method for Optimizing Equipment Schedules, U.S. Patent Application No. 10/929,771; Filed 08/31/2004.
	System and Method for Preference Scheduling of Staffing Resources, U.S. Patent Application No. 10/852,435; Filed 05/25/2004.
INDUSTRIAL HIGHLIGHTS:	Designed long-range planning framework for automating general mail processing facilities at the U.S. Postal Service and developed software to manage both equipment acquisition and operations. Reengineered the information flows in a PCB assembly plant and developed a decision support system for scheduling production. Designed and implemented a nurse management decision support system now running in over a dozen hospitals in the US and UK. Analyzed and redesigned the layout of a $10 million FMS work center using group technology concepts. Developed the requirements for, and oversaw the acquisition of, a fully automated MRP system for an international electronics firm. Designed a management information system for measuring worker productivity in the shipbuilding industry and performed a longitudinal statistical study to assess operational deficiencies. Designed and conducted a wide variety of feasibility and operation analyses involving vehicle routing, risk-benefit tradeoffs, telecommunications systems, and corporate strategic planning.
SOFTWARE:	BLP: Branch and bound algorithm for linear and integer bilevel programming NBLP: Branch and bound algorithm for nonlinear bilevel programming AHP: Implementation of Saaty's Analytic Hierarchy Process R&D: Interactive code for R&D project selection and termination PALB: Dynamic programming implementation of assembly line balancing with parallel workstations
MAJOR CONSULTING:
2006 - present 2001 – present		Federal Express Care Systems, Inc.	Pittsburgh, PA Rockville, MD
1997 – 2005		Caleb Technologies	Austin, TX
1996 – 2003		Continental Airlines	Houston, TX
1994 – 1996		Ryder Trucking	Miami, FL
1994 – 1996		Ministry of Agriculture	Paris, France
1994 – 1996		Japan Post	Tokyo, Japan
1992 – present		Planmatics, Inc.	Bethesda, MD
1992 – 1993		AIQ Systems, Inc.	Incline Village, NV
1990 – 1991		U.S. Postal Service	Washington, DC
1988 – 1991		Arthur D. Little, Inc.	Washington, DC
1988 – 1991		Texas Instruments	Austin, TX
1987 – 1988		American Airlines	Dallas, TX
1985 – 1990		Jet Propulsion Laboratory	Pasadena, CA
1984 – 1985		Transamerica Delaval, Inc.	Burlingame, CA
1983 – 1984		Zehntel Corporation	Walnut Creek, CA
1982 – 1984		Decision Analysis Corporation	Lexington, MA
1982 – 1985		System Software, Inc.	Boston, MA
1981 – 1983		Office of Technology Assessment	Washington, DC
1980 – 1983		U.S. Department of HUD	Washington, DC

BIOGRAPHICAL LISTINGS:
	Who's Who in Frontier Science and Technology
	Who's Who in Computer Education and Research
	International Directory of Distinguished Leadership
	International Who's Who in Engineering
	Who’s Who in Engineering Education

SOCIETIES:

Institute for Operations Research and the Management Sciences (INFORMS) Institute of Industrial Engineers (IIE) (Past President, Austin Chapter) Production & Operations Management Society (POMS) Institute of Electrical & Electronics Engineers (IEEE) Omega Rho (Operations Research) Sigma Tau (Engineering)

GRADUATE STUDENT SUPERVISION:

Ph.D. Dissertations

[1] “Efficient Arc Reduction in Stochastic Networks,” James E. Bennett (1987).

[2] “Extensions to the Multilevel Programming Problem,” James T. Moore (1987).

[3] “Algorithms for Nonlinear Bilevel Mathematical Programs,” Thomas A. Edmunds (1988).

[4] “Mathematical Models for the Design, Analysis and Staffing of General Mail Facilities,” Ahmad Jarrah (1991).

[5] “The Set-Union Knapsack Problem,” David Nehme (December 1995).

[6] “Framework for Exact and Heuristics Solutions for the Airlines’ Irregular Operations Routing Problem,” Michael Argüello (May 1997).

[7] “The Inventory Routing Problem with Satellite Facilities,” Liu Huang (August 1997).

[8] “The Vehicle Routing Problem with Time Windows and Capacity Constraints,” Georgios Kontoravdis (August 1997).

[9] “Theory and Algorithms for Flow Shop Scheduling with Setup Times,” Roger Rios Mercado (August 1997).

[10] “Models and Solution Techniques for the Aircraft Schedule Recovery Problem,” Benjamin G. Thengvall (August 1999).

[11] “Modeling and Optimization of Disruption Management,” Xiangtong Qi (May 2003).

[12] “Model and Solution Techniques for Machine Scheduling Problems in High Volume Factories,” Xinhui Zhang (August 2003).

[13] “Multimachine Scheduling with Priority and Resource Constraints,” Siwate Rojanasoonthon (May 2004).

[14] “Staff Planning and Scheduling in the Service Industry: An Application to US Postal Service Mail Processing and Distribution Centers,” Lin Wan (May 2005).

[15] “Models and Algorithms for Midterm and Daily Nursing Scheduling,” Hadi W. Purnomo (May 2005).

[16] “Resource Reallocation in Project Management,” Guidong Zhu (May 2005).

[17] “A Stochastic Optimization Approach to Long-Term Staff Planning at the U.S. Postal Service,” Yong Min Wang (August 2006).

[18] “Lot-Sizing and Inventory Routing for a Production-Distribution Supply Chain,” Narameth Nananukul (May 2008).

[19] “Physician Rostering,” Shankar Dhanaraj (expected May 2009).

[20] “Facility Planning and Scheduling for Discrete Manufacturing,” Yumin Deng (expected May 2009).

M.S. Theses

[1] “Optimal Through Flight Analysis,” Ian G. Cunningham (1985).

[2] “A Multiple Objective Methodology for Evaluating Space Station Subsystem Automation,” John M. Kelly (1985).

[3] “Optimal R&D Resource Allocation,” Pedro E. Kaufmann (1987).

[4] “Shortest Path Problems for Probabilistic Networks,” Jeanne L. Miller (1987).

[5] “Single Machine Scheduling with Flowtime and Earliness Penalties,” Krishnamurthi Venkatraman (1989).

[6] “Design and Optimization of a Long-Distance Telephone Networks,” Wassim Bejjani (1989).

[7] “Printed Circuit Board Component Insertion Optimization,” Raymond Clayton (1989).

[8] “Simulation and Mixed Integer Linear Programming Models for Analysis of Semi-Automated Mail Processing,” Steven D. Wert (1989).

[9] “Simulation of a Printed Wire Board Facility,” Louis G. Zachos (1989).

[10] “Discrete Event Simulation of a Medium Volume Production Line Using Slam II Simulation Language,” Daniel J. Crowley (1991).

[11] “Sequencing Mixed-Model Assembly Lines to Minimize Inventory and Line Length,” Sameer Joshi (1991).

[12] “A Manufacturing Data Collection System,” Lea Ann Graham (1992).

[13] “Facility-Wide Improvements to Printed Wire Board Assembly Scheduling,” Scott D. Holland (1992).

[14] “An Analysis of the Potential Impact of Control Strategies for Bulk Queueing Systems on Semiconductor Manufacturing Facilities,” Jennifer K. Robinson (1993).

[15] “Capacity Expansion with Discrete Options in Semiconductor Manufacturing Systems,” Krishna Srinivasan (1995).

[16] “Collaborative Product Development and Management,” Raja W. Shaik (2000).

[17] “Workforce Scheduling in the Service Industry,” Canan Binici (2000).

[18] “Solving Nurse Scheduling Problems Using the Column Generation Approach,” Hadi W. Purnomo (2002).

[19] “Solving the Workgroup Assignment Problem Using Tabu Search,” Lakshmi N.K. Ramachandran (2003).

[20] “An Analysis of the Arrival Slot Reallocation Problem during a Ground Delay Program,” Dinesh N. Mohan (May 2005).

[21] “On Implementing Hit-and-Run Drivers in a Multi-Start Framework,” Domingo A. Lara (May 2007).