Andrew D. Jones, Jr.

Results-oriented Researcher and Program Manager specializing in project design and stakeholder engagement. Expertise in scientific computing, modeling, simulation and optimization. Drives program success through effective communication and relationship management. Skilled in securing funding and enhancing operational efficiency and fostering innovation in STEM education initiatives.

• Society of Industrial and Applied Mathematicians
• National Association of Mathematicians
• Sigma Xi Scientific Honor Society
• American Ceramics Society

• National Science Foundation – More than two-dozen panel reviews for HR, Engineering, Math & Phys., and Materials Research Directorates
• Chairman, Mathematics Placement Committee
• Provost Search Committee
• Alliance Grant Writing Committee
• Change of Grade Committee
• Study of the Upper and Lower Division Course Offering in Mathematics Curriculum Committee
• Engineering Mathematics Curriculum Committee
• National Security Initiatives
• Mathematics Faculty Search, Screen and Selection Committee
• University Honors Advisor and Planning Committee

• Comprehensive Simulation of the Dusty Gas Model, In preparation for submission to the Journal of Fluid Mechanics, 2024
• Numerical Simulation and Verification of Gas Transport during the Atomic Layer Deposition Process, A. Jones, III, Materials Science in Semiconductor Processing, 21, 05/14
• On Newton’s Algorithm for the Data Assimilation Problem, Pierre Ngnepieba, International Journal of Pure and Applied Mathematics, 52, 1, 2009
• Estimates for the Void Fraction during the Chemical Vapor Infiltration Process, WSEAS Transactions on Mathematics, 6, 4, 04/07
• Spatial-Temporal Semi-empirical Dynamic Modeling of Thermal Gradient CVI Process, D. K. Rollins, D. J. Rollins, Chemical Engineering Research and Design, 85, 10, 2007
• Analysis of the Chemical Vapor Infiltration Process, Computational Experiments, Computers and Mathematics with Applications, 54, 9, 2007
• Profile of an Unsuccessful Process and the Criteria for a Successful Process for the Chemical Vapor Infiltration Process, Journal Applied Mathematical Modelling, 30, 3, 2006

• Novel Materials, Processing and Device Technologies for Space Exploration with Potential Dual-Use Applications, A. Hepp, M. Chandrashekhar, J. Harris, D. Amos, P. Hari, 12th International Energy Conversion Engineering Conference, 2014
• Precalculus for Scientist and Engineers, 2014 Hawaii University International Conferences on Education and STEM, 2014
• Visualization for the Simulation of the Chemical Vapor Infiltration Process, S. Dutta, Joint Mathematics Meetings, 2010
• Mathematical Model of the ICVI Process, Carbon 2007 Conference, 2007
• Inverse Problem for the Chemical Vapor Infiltration Process, Pierre Ngnepieba, 12th WSEAS International Conference on Applied Mathematics, 2007
• Upper and Lower Bounds for the Void Fraction for the Chemical Vapor Infiltration Process, 5th WSEAS International Conference on System Science and Simulation in Engineering, 2006
• Opening Opportunities in the Sciences, Minority Student Today, 08/91

• College Algebra with Mathematical Structure, 2nd Ed., Kendal Hunt Publishing Company, 2013
• I Wrote the Rising of the Sun, a collection of poetry, 2012

• Modeling Reactive Gas Transport, Case Western Reserve University, 04/18
• Simulation of the Atomic Layer Deposition Process, UM – Columbia, 12/15
• High Performance Materials Processing, Los Alamos National Laboratory, 03/12
• Numerical Simulation Gas Transport, University of Wisconsin – Madison, 11/08
• Achieving Excellence in College, University of Evansville, 08/07
• Chemical Vapor Infiltration Process, Applied Mathematics Department, University of Washington, 07/07
• Chemical Vapor Infiltration Process, Department of Materials Engineering, Rice University, 02/07
• Getting Into and Out of Graduate School Successfully, North Carolina A&T University, 10/06
• Benefits and Properties of Composite Materials, Department of Mathematics, Rochester Institute of Technology, 10/04
• Numerical techniques used to solve coupled systems of PDE’s that resulted from transport process and continuity assuming general reaction kinetics, Brown University, 06/04
• Improvement of Aircraft Brake Processing, The Boeing Corporation, 03/04
• Numerical Models of the Chemical Vapor Infiltration Process, Department of Chemical Engineering, University of Karlsruhe, 06/02
• Analysis of the Chemical Vapor Infiltration Process, Department of Industrial Engineering, FAMU-FSU College of Engineering, 03/02
• Impact of the Process on Properties of Composite Materials, Math Fest X, National Association of Mathematicians, 10/00
• How to Excel in Undergraduate Science and Engineering Study, Benedict College
• Modeling of the Chemical Vapor Infiltration Process, University of the Western Cape, 06/00

• Principal Investigator, Nuclear Regulatory Commission, Research Grant Radiation Detection, Materials Processing and Curriculum Development, $400,000, 2012-2016
• Principal Investigator, National Institute of Standards & Tech, REU Grant, $20,000, 2012,2013
• Contractor, Los Alamos National Laboratory, Hydrodynamic Computation for Hyper Velocity Impact, $110,000, 2011-2012
• Principal Investigator, Nuclear Regulatory Commission, Research Grant Simulation of High Temperature Materials Processing, $20,000, 2009-2011
• Research Fellowship, National Institute of Standards & Technology, Modeling the Atomic Layer Deposition Process, $100,000, 2010-2011
• Investigator, National Nuclear Safety Administration, Research Grant Simulation of the Resin Transfer Molding Process, $100,000, 2009-2010
• Principal Investigator, Army Research Laboratory, Research Contract Simulation of Impact Resistant Materials Processing, $600,000, 2006-2007
• Principal Investigator, Defense Adv. Res. Projects Agency, Research Grant Modeling the Chemical Vapor Infiltration Process and REU, $60,000, 2001-2002
• Principal Investigator, Department of Energy, Research Grant Fuel Cell Materials Development, $140,000, 2000-2003
• Over $1.5 Million Dollars in Research Awards, 1995-1998
• Honorable Mention, National Science Foundation, 1988
• Dean's Honor Roll, Cleveland State University, 1985-1987
• Poetry Award, The School on Magnolia Drive, 1980

• Grant Writing
• Program Development
• Program Management

• Gas-Solid Composite Materials Processing including: Chemical Vapor Infiltration, Chemical Vapor Deposition, and Atomic Layer Deposition
• Vacuum Assisted Resin Transfer Molding for large scaled composites
• Semi-Conductor Production Crystal Purification and Carbon Nanotube Growth
• Scientific Computing: Modeling, Numerical Partial Differential Equations, Computer Simulations, Optimization, Uncertainty Quantification and Multi-scale Mathematical Modeling
• Reactive Gas Transport