|Joshua Graham Buchanan|
|6122 Waterman Blvd Phone: 314-443-4647
Saint Louis, MO 63112-1106 firstname.lastname@example.org
For the foreseeable future, I intend to remain within the Operations Research / Management Science field. I am interested in modeling aspects of planning and scheduling in the supply chain and working to more tightly couple business rules with modeling environments to produce better real world results.
Anheuser Busch's Brewing, Operations, Technology & Distribution Systems Group 2000 - Present
St. Louis, MO
* ABPG MIMI Models – I support the planning models used for monthly and budgetary operating plan generation for both the can and lid business. The models were originally written in MIMI v4.26 on an AIX platform. I have converted and updated the models to MIMI v8.0 running in a 2000/XP environment.
* PAM – I act as the backup support to the Production Allocation Model (PAM). It is a network model written to use a proprietary network solver. I have made enhancements involving lane grading, extended periods, and MWD overrides.
* PAM PP – I am the primary support for the PAM Post-Processor. It is a heuristic written in FORTRAN used to smooth the shipment plan generated by PAM. I have performed enhancements including tactical inventory planning and dynamic sourcing. In 2001 I helped to move the heuristic from the mainframe to a UNIX machine and assumed the primary support role.
* AC Rules - A/C rules is a linear program used to determine the classification of products as either A or C items (shipped through a intermediary or not). I was involved in model prototyping, development, and testing of the OPL model used in the system.
* LAM/WPP – I act as the backup support for the Line Allocation and Weekly Planning models. They are both AMPL models running in a UNIX environment. I have performed minor enhancements to both models to change their packaging decisions.
International Paper's Supply Chain Technology Group 1998 - 2000
* Marginal Economics Project - I worked initially with IP's Information Technology division and later with the Corporate Profit Improvement Group on analyzing and identifying marginal effects on cost and profit in IP's paper and chemical divisions. These effects were modeled in a tool to demonstrate to managers the relationship between production rate and marginal cost.
* I constructed prototype optimization models that took advantage of ME data to rationalize production between IP's production facilities. These models were built with GAMS (an algebraic modeling language) and the COR Mixed Integer Optimizer. They helped form the foundation of current ME work at IP.
* I evaluated the usefulness of the COR mixed integer as a tool for IP's SCT and Corporate Profit Improvement groups.
MS Industrial Engineering Summer 1998
University of Arkansas Fayetteville, AR
Concentration in: optimization, simulation, supply chain and logistics modeling.
My most significant research centered on quantifying the favorable characteristics of trucking lanes for JB Hunt’s DCS division. This research combined with later work directly led to the transportation initiatives at Anheuser Busch that required the modifications to PAM described above. My education was funded by projects with J.B. Hunt Trucking, the Defense Logistics Agency, and the U.S. Army Arsenal at Pine Bluff.
Minor in Middle Eastern Studies.
BS Industrial Engineering Summer 1996
Tennessee Technological University Cookeville, TN
Concentration in: production scheduling, simulation.
|System and Language Experience:
Tools: Aspentech MIMI versions 4.2, 6.2, and 8.0, Ilog’s OPL Studio, EMNET network LP solver,
GAMS and AMPL algebraic modeling languages, SIMNET & SIMAN simulation tools,
COR mixed integer optimizer.
Languages: Visual Basic/VBA, C, FORTRAN 90/95
Operating Systems: Windows NT/2000/XP, UNIX (AIX and Solaris)
Office Automation: MS Office(Word, Access, Excel), Lotus SmartSuite
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