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Daniel Reich

Assistant Professor
Operations and Logistics
Graduate School of Defense Management

Phone: (831) 656-2860

Overview

Daniel Reich joined the faculty at the Naval Postgraduate School as a tenure track assistant professor in September 2018, prior to which he spent seven years at Ford Motor Company. He joined Ford’s Research and Advanced Engineering division as an operations research analyst. Daniel was later nominated for a rotational leadership program, through which he held managerial positions in manufacturing, marketing, product planning, and information technology. He was then promoted to an analytics group manager. During his years at Ford, Daniel published several peer-reviewed articles, was awarded patents, trade secrets, internal and external technical awards, and received multiple community awards for service. Daniel holds a BS from Columbia University in New York and a PhD in applied mathematics from the University of Arizona, after which he spent two years as a visiting research assistant professor at the Universidad Adolfo Ibáñez School of Business in Santiago, Chile.
NPS Experience
  • 2018 - current: Assistant Professor
Other Experience
  • 2011 - 2018 Multiple Positions, Ford Motor Company
  • 2009 - 2011 Visiting Assistant Professor, Universidad Adolfo Ibanez
  • 2008 - 2008 Intern, Target Corporation
Research Interests
I have a wide range of interests and a strong desire to collaborate on problems in service of the DoD. Over time, I have developed domain knowledge in the application areas of manufacturing, marketing, product development and sustainability. Methodologically, I have focused on mathematical programming, computationally tractable heuristics, simulation and stochastic optimization methods.
Teaching Interests
Analytics, mathematical modeling, statistics, computer programming, software tools, case studies

Awards

  • 2016 - Volunteer Service Award, INFORMS
  • 2015 - Daniel H. Wagner Prize Finalist, INFORMS
  • 2015 - Moving Spirit Award, INFORMS
  • 2014 - Ford Technical Achievement Award, Ford Motor Company
  • 2014 - Innovative Applications in Analytics Award Finalist (2nd Place), INFORMS
  • 2013 - 2013 ICORES Best Application Paper Award, International Conference on Operations Research and Enterprise Systems
  • 2012 - 2013 Innovative Applications in Analytics Award Semi-Finalist, INFORMS
  • 2009 - Outstanding Graduate Teaching Award, University of Arizona

Boards, Memberships, & Certifications

Professional Memberships
  • 2013 - 2017 Industrial Advisory Board Member, Institute for Mathematics and its Applications
  • 2008 Volunteer Service Award Committee (2018 - 2020); Subdivisions Council Representative (2016-2017); Executive Board Member of Southeastern Michigan Chapter (2015); President of Southeastern Michigan Chapter (2013-2014), The Institute for Operations Research and the Management Sciences

Scholarly Work

Publications
  • Journal Article
  • Reich, D, (2017). An analytical approach to prototype vehicle test scheduling. Omega, (67), 168--176.
  • Reich, D, (2016). Scheduling Crash Tests at Ford Motor Company. Interfaces, 5(46), 409--423.
  • Reich, D, (2015). Ford Uses analytics to help fleet customers buy more sustainable vehicles. Interfaces, 6(45), 543--553.
  • Reich, D, (2013). A linear programming approach for linear programs with probabilistic constraints. European Journal of Operational Research, 3(230), 487--494.
  • Reich, D, (2013). Dynamic Modeling of Operator Overload Conditions in Mixed Model Automotive Assembly. IFAC Proceedings Volumes, 9(46), 1884--1889.
  • Reich, D, (2012). Risk-return trade-off with the scenario approach in practice: a case study in portfolio selection. Journal of Optimization Theory and Applications, 2(155), 707--722.
  • Reich, D, (2011). Preprocessing Stochastic Shortest-Path Problems with Application to PERT Activity Networks. INFORMS Journal on Computing, 3(23), 460--469.
  • Reich, D, (2011). The most likely path on series-parallel networks. Networks, 1(58), 68--80.
Patents/Copyrights
  • Patent
  • Reich, D. "System and Method For Vehicle Routing Using Stochastic Optimization" 9587954
  • Reich, D. "Test Scheduling" EP2765518