ORCID iD: 0000-0002-3183-3078, Google Scholar
Contact Information
Timothy Middelkoop, Ph.D.
Internet2
Research Engagement
Columbia, MO
University of Massachusetts Amherst
Ph.D. in Industrial Engineering and Operations Research, 2006
Florida State University
M.S. in Industrial Engineering, 1998
Florida State University
B.S. in Industrial Engineering (Cum Laude), 1996
Internet2 (Columbia, MO); Senior Research Engagement Engineer, 2020-present.
Senior Research Engagement Engineer in Research Engagement
University of Missouri (Columbia, MO); Adjunct Assistant Teaching Professor, 2020-present.
Adjunct Assistant Teaching Professor in the department of Industrial and Systems Engineering
University of Missouri (Columbia, MO); Director of Research Computing Support Services, 2014-2020.
Director of Research Computing Support Services in the Division of Information Technology
University of Missouri (Columbia, MO); Assistant Teaching Professor, 2013-2020.
Assistant Teaching Professor in the department of Industrial and Manufacturing Systems Engineering
University of Florida (Gainesville, FL); Adjunct Assistant Professor, 2010-2013.
Adjunct Professor in the department of Industrial and Systems Engineering
Assistant Director, Industrial Assessment Center
University of Florida (Gainesville, FL); Assistant Engineer, 2007-2010.
Assistant Engineer in the department of Industrial and Systems Engineering
Oklahoma State University (Stillwater, OK); Visiting Assistant Professor, 2006-2007.
Visiting Assistant Professor in the School of Industrial Engineering and Management
Oklahoma State University - Tulsa (Tulsa, OK); Senior Developer, 2006.
Senior developer for the Journal of Graduate Aviation Research and Education
University of Massachusetts Amherst (Amherst, MA); Research Assistant, 1998-2006.
Research Assistant in the Department of Mechanical and Industrial Engineering
AmericasXchange Inc. (Miami, FL); Senior Network and Systems Engineer, 2000-2001.
Network and systems infrastructure design, installation and support.
Florida State University (Tallahassee, FL); Research and Teaching Assistant, 1997-1998.
Research Assistant and Teaching Assistant in the Department of Industrial Engineering
Tulip Electronics (Hanover, ON); Embedded Systems Developer, 1995-1998.
Embedded systems development (80C51)
Hayes Systems (Tallahassee, FL); Summer Internship, 1995.
Network and system administration, customer support
Paprima Industries (Montreal, QC); Industrial Controls Consultant, 1990-1995.
Industrial automation development and installation (PLC)
Cyberinfrastructure, large-scale (HPC) and multi-core scientific computing, computational optimization, clean energy optimization and control, energy management, web-based decision support systems, integrated design systems, distributed sensor networks, and multi-agent systems.
Alpha Pi Mu, Industrial Engineering Honor Society.
Eugene M. Isenberg Award, presented for a commitment to the integration of science, engineering, and management, 1999, 2000.
Florida State University Athletic Department Academic Honor Roll, 1994-1996.
Atlantic Coast Conference All-Academic and All-Conference Teams, Track and Field, 1993-1996.
The development of a regional Cyber Team to enhance and grow institutional infrastructure capability, encourage adoption, and to promote workforce development as a model for national growth.
The instrumentation and analysis of energy usage and occupation of a campus building to serve as a living laboratory for research on energy optimization and control.
Principal investigator for a multi-disciplinary team working with industrial partners to develop performance and optimization models along with an integrated monitoring and control framework for HVAC systems that utilize clean energy technologies. Research lead for the integration framework, optimization formulation and computation.
Development of tools for the collection and analysis of performance data for multi-core algorithms. This work associates performance counter data with algorithm context that generated it giving detailed insight into the impact of multi-core computing on algorithm design. This work enables the creation of algorithms that scale on multi-core systems.
Developed a self-replicating Linux distribution for the PlayStation 3 for the operations research community to be used as a reference platform for the publication of numerical results and algorithm implementations. The goal of this research is to promote the open dissemination and review of numerical implementations and provide a low-cost, next generation, instructional tool for parallel computation.
Investigated a data-driven modeling approach based on continuous-time nonlinear dynamic systems principles for modeling assembly operations for the accurate prediction of aggregate performance.
Developed and analyzed multi-agent negotiation protocols for resource allocation in distributed decision making systems with applications in military and civilian supply chain management and distributed sensor networks.
Developed and managed multiple computational clusters and grid middleware for shared scientific computing for multiple research projects.
“The Design and Analysis Information Management System is a distributed decision making platform for dynamically integrating and executing engineering analysis tools that are deployed in computational and data grids.”
“The goal of Autonomous Negotiating Teams is to autonomously negotiate the assignment and customization of resources, such as weapons, to tasks, such as moving targets. To do this we must enable designers to build systems that operate effectively in highly decentralized environments, making maximum use of local information, providing solutions that are both good enough, and soon enough.”
“Integrated Design system (IDS) is an integration of broad range of high fidelity knowledge from expert sources in near real time to synthesize and refine design and product realization.”
“The IGD system will offer the user the ability to interrupt the automated design process, access a specific application product, potentially make changes to both the design variables and the design intent, capture the knowledge associated with those changes, and then continue in the design process under the control of the IGD system.”
An early informal work group to collect and analyze data produced by Internet browsing activity used for the development of techniques for web site process improvement.
Development of a Florida Department of Education curriculum framework for an Industrial Energy Efficiency Technician Community College Credit (IEET-CCC) program with supporting curriculum, course material, and hands on learning modules.
Dr. Elson S. Floyd Administrative Leadership Development Program, University of Missouri System, 2019.
Bioinformatics Algorithms 1, completed with distinction, Coursera, 2013.
Comprehensive Five Day Training Program for Certified Energy Mangers, Atlanta, Georgia, 2010.
“Grant Writers” Seminar, Provost, University of Florida, competitive workshop, 2008.
NSF CMMI Engineering Research and Innovation Conference 2008, Knoxville, Tennessee, 2008.
First European Agent Systems Summer School (EASSS'99), Utrecht, the Netherlands, 1999.
C, C++, Python, R, SQL, XML, PHP, Java, Erlang, Matlab, MuPad, COIN-OR, HPC Clusters (hardware, software, MPI), Building Automation (BACnet), Embedded (8051, PLC, ARM), Databases, Web, Linux Administration, Networking (IPv6), Globus Toolkit, ZeroC ICE middleware, Aglets.