Ph.D. in Industrial Engineering
Dissertation: "Emergency-Departments Simulation in Support of Service-Engineering: Staffing, Design, and Real-Time Tracking".
Supervisor: Professor A. Mandelbaum.
Technion – Israel Institute of Technology, Haifa. 2003-2010.
M.Sc., in Industrial EngineeringThesis: "Developing a Simulation Tool for Analyzing Emergency Department Performance".
Supervisor: late Dr. D. Sinreich.
Technion – Israel Institute of Technology, Haifa. 1999-2003.
B.Sc., in Industrial Engineering and Management, Technion – Israel Institute of Technology, Haifa. 1995-1999.
Refereed Papers
Book Chapters
2019-2022
Head of Industrial Engineering and Management Department, Braude College of Engineering, Karmiel, Israel.
2014+
Senior Lecturer at ORT Braude College, Karmiel, Israel.
2013-2014
Lecturer as a faculty member at ORT Braude College, Karmiel, Israel.
2013+
Assistant Professor of Healthcare Systems Engineering – College of Medicine, Mayo Clinic, Rochester, MN
2011-2013
Research Associate in the Mayo School of Graduate Medical Education with Professor Thomas Rohleder in the Division of Health Care Policy and Research, Rochester, MN
2010-2011
Postdoctoral research fellow in the Mayo School of Graduate Medical Education with Professor Thomas Rohleder in the Division of Health Care Policy and Research, Rochester, MN
Modeling of Service System (especially Healthcare Systems) using real data and analytical tools.
Development of Research Tools (Free Downloads):
Data 1 – Artificially simulated data
Data 2 – Detecting a change caused by the loss of
measuring device accuracy
Based on Abrupt Change of Process Behavior: The
Anderson-Darling Detection Tool. Quality Engineering (Marmor and Bashkansky, 2017).
Based on Developing an Optimal Appointment Scheduling for Systems with Rigid Standby Time under pre-Determined Quality of Service. Flexible Services and Manufacturing Journal (Bendavid, Shnits and Marmor, 2016).
Based on An appointment scheduling policy for healthcare systems with parallel servers and pre-determined service levels. Omega (Shnits, Bendavid and Marmor, 2019).
Based on Some Metrological Aspects of Preferences Expressed by Prioritization of Alternatives, Measurement (Vanacore, Marmor and Bashkansky, 2018).
Data 1- Accidents – amount out of 1000
Data 2- Pizza Data
Based on Two-way ORDANOVA: Analyzing ordinal variation in a cross-balanced design. Journal of Statistical Planning and Inference (Gadrich and Marmor, 2021).
One- and Two-way CATANOVA for Nominal variables
One- and Two-way ORDANOVA for Ordinal variables (example data – chlorine odor of the drinking water)
Based on Power of a test for assessing interlaboratory consensus of nominal and ordinal characteristics of a substance, material, or object. Working Paper (Gadrich, Marmor, Pennecchi, Hibbert, Semenova, Kuselman, 2024).
A tool for calculation of the test power for categorical variables based on application of the multinomial distribution and Monte Carlo simulations – user instructions