Department : Mathematics
Email : email@example.com
Phone : 718-862-7253
Office : RLC 2FL
- Doctor of Philosophy in Industrial Engineering and Management
Sciences, Northwestern University: June, 2009.
- Dissertation: Stochastic Modeling and Simulation of Nonstationary Queueing Networks Using Markovian Processes
- Advisor: Professor Barry L. Nelson
- Major: Stochastic Modeling and Analysis
- Minors: Optimization, Production and Logistics
- Master of Science in Industrial Engineering and Management Sciences, Northwestern University:
- Bachelor of Science in Mathematics, Massachusetts Institute of
Technology: June, 1999.
- Bachelor of Science in Economics, Massachusetts Institute of
Technology: June, 1999.
Ira Gerhardt is an Assistant Professor of Mathematics with additional degrees in Industrial Engineering and Economics. His primary research foci are in stochastic modeling and simulation, mathematical modeling, and mathematics education. Dr. Gerhardt is an MAA PiC Math fellow as well as the adviser to Manhattan's Putnam undegraduate math competition team. A natural-born storyteller (with a mediumly terrible singing voice), his lecturing style is often described as 'speaking out loud'. A former marathoner, Ira now spends much of his time running after his child.
Operations Research: Stochastic modeling and simulation; game theory; financial modeling and risk. Current Project: "The MAPt/Pht/Inf Queueing System and Multiclass [MAPt/Pht/Inf]K Queueing Network"
Mathematics education: Tools for quantifying and enhancing levels of student-readiness for college mathematics courses, specifically in basic arithmetic and algebra skills. Current Project: "Analysis of the Test for Readiness and Aptitude in Mathematics"
Merrill Lynch & Co. – Global Equity Portfolio Trading, New York, NY
Member of Sigma Xi, INFORMS, IIE, AMS, SIAM
Publications & Professional Activities
“Modeling and simulating non-Poisson arrival processes to facilitate analysis”, with Barry L. Nelson, INFORMS Journal on Simulation, 2011, 5:3–8.
“Transforming renewal processes for simulation of nonstationary arrival processes”, with Barry L. Nelson, INFORMS Journal on Computing, 2009, 21:630–640.
“Modeling and simulating non-Poisson arrival processes to facilitate analysis”, with Barry L. Nelson, Proc. of the 2009 INFORMS Simulation Society Workshop, 6-8.
Honors & Awards
- Selected participant ($5000 awarded), Mathematical Association of America's Preparation for Industrial Careers in Mathematics (PIC Math), 2015-16 academic year.
- Summer grant ($3000 awarded), Manhattan College: Summer, 2012. Awarded for ``The ALARM Experiment''.
MATH 100 (Pre-Calculus), MATH 121/122/155/156 (Calculus for Life Sciences I, II), MATH 187/188/287 (Honors Calculus I, II, III), MATH 201/285 (Calculus III), MATH 230 (Elementary Statistics), MATH 286 (Differential Equations), MATH 325 (Linear Algebra II), MATH 331/420 (Probability), MATH 421/432 (Statistical Inference), MATH 455/655 (Operations Research), MATH 469 (Independent Study: Game Theory), MATH 489 (Problem Seminar), MATH 492 (Topics in Math: Math Modeling), MATH 499 (Independent Study: Stochastic Calculus), MATG 635 (Probabilistic Models)