Bild: Anna Logue
Date fo Defense
08.07.2022
I conduct research focusing on designing novel solution approaches for problems in the field of Operation Management and developing Business Analytics methods for the quantitative analyses of stochastic systems.
Outpatient Appointment Scheduling with Queueing Systems
Developing efficient outpatient appointment systems has been getting more important in the last few decades due to the rapid increase in healthcare demand and its expenditures. In outpatient appointment systems, the appointment times are set to balance patients’ waiting times and practitioners’ idle times. With regards to stochastic service time, late cancelation of patients or no-shows, unscheduled patients’ walking in, and unpunctuality of patients, uncertainties inherent in appointment systems. Queuing theory is a strong tool to analyze appointment systems. This Ph.D. research focuses on managing the uncertainty and trading off the interests of the physicians and patients with the aid of queueing theory.
- Foroughi, A. and R. Stolletz (2021): Outpatient appointment scheduling with priority rules. Working paper
- Foroughi, A., Boysen, N., Emde, S., & Schneider, M. (2020): High-density storage with mobile racks: Picker routing and product location. Journal of the Operational Research Society, 72 (3), 535–553.
- Yaghini, M., & Foroughi, A. (2014): ACO-Based Neighborhoods for Fixed-charge Capacitated Multi-commodity Network Design Problem. International Journal of Transportation Engineering, 1(4), 311–334.
- Yaghini, M., Foroughi, A., & Nadjari, B. (2011): Solving railroad blocking problem using ant colony optimization algorithm. Applied Mathematical Modelling, 35(12), 5579-5591.
Foroughi, A. and R. Stolletz (2019): Performance evaluation of time-dependent bulk queues. 29. Workshop der Quantitativen Betriebswirtschaftslehre, Schloss Hirschberg, Germany, March 2019.
Foroughi, A. and R. Stolletz (2018): Performance evaluation of time-dependent bulk queues. 7th Workshop on Queueing Theory, Obergurgl, Austria, December 2018.
Foroughi, A. and R. Stolletz (2018): Appointment Scheduling with Queueing Systems. 10th Workshop for Supply Chain Management and Production, Obergurgl, Austria, March 2018.
03/
Scholarship of the Dissertation Completion Grants (Studienabschlussstipendium) Funded by the DAAD-Program “STIBET-Doktoranden”
Education
03/
2017 – 07/ 2022
Doctoral Studies in Business Administration, Chair of Production Management (Prof. Stolletz), University of Mannheim03/
2015 – 03/ 2017
External PhD student at Management Science and Operations Research, the School of Business, Law and Economics, Technische Universität Darmstadt
09/2011 – 09/ 2013
Industrial Engineering: Socio-Economic Systems Engineering (M.Sc.), Sharif University of Technology, Iran
09/2006 – 06/ 2011
Railway Operation and Management Engineering (B.Sc.), Iran University of Science and Technology, IranProfessional experience
03/
2017 – 02/ 2021
Research Assistant, Chair of Production Management (Prof. Stolletz), University of Mannheim
09/2016 – 03/ 2017
Research Assistant, Department of Management Science and Operations Research (Prof. Emde), Technische Universität Darmstadt
03/2015 – 09/ 2016
Research Assistant, Department of Logistics Planning and Information Systems (Prof. Schneider), Technische Universität Darmstadt
01/2011- 01/ 2013
Research Assistant, Research Laboratory of Intelligent Computations in Rail Transportation (ICRT) (Dr. M. Yaghini), Iran University of Science and Technology
2011
Voluntary Membership in the Student Committee for “2nd International Conference on Recent Advances in Railway Engineering (ICRARE 2009)