Prof.dr.ir. A. (Alexander) Verbraeck

vakken

2005 - Designing Multi-actor Services Systems

• Code: SPM4150IA ECTS Punten: 10

2005 - Strategic Management of Large Engineering Projects

• Code: SPM5410 ECTS Punten: 7

2005 - Service Systems Engineering

• Code: SPM4140 ECTS Punten: 4

2005 - Simulation of Logistic Systems

• Code: SPM9427 ECTS Punten: 6

2005 - Simulation Master Class

• Code: SPM9322 ECTS Punten: 5

2005 - Discrete Systems Modeling

• Code: EPA1331 ECTS Punten: 6

2005 - Discrete modellen

• Code: SPM2320 ECTS Punten: 8

2005 - Project discreet modelleren

• Code: SPM2932 ECTS Punten: 3

2006 - Designing Multi-actor Services Systems

• Code: SPM4150IA ECTS Punten: 10

2006 - Project Management

• Code: EPA1411 ECTS Punten: 3

2006 - Strategic Management of Large Engineering Projects

• Code: SPM5410 ECTS Punten: 7

2006 - Project discreet modelleren

• Code: SPM2932 ECTS Punten: 3

2006 - Discrete Systems Modeling

• Code: EPA1331 ECTS Punten: 6

2006 - Simulation of Logistic Systems

• Code: SPM9427 ECTS Punten: 6

2006 - Simulation Master Class

• Code: SPM9322 ECTS Punten: 5

2007 - Discrete modellen

• Code: SPM2320 ECTS Punten: 8

2007 - Project discreet modelleren

• Code: SPM2932 ECTS Punten: 3

2006 - Discrete modellen

• Code: SPM2320 ECTS Punten: 8

2006 - Designing Multi-actor Systems

• Code: SPM4110 ECTS Punten: 6

2006 - Service Systems Engineering

• Code: SPM4140 ECTS Punten: 4

2007 - Simulation of Logistic Systems

• Code: SPM9427 ECTS Punten: 6

2007 - Strategic Management of Large Engineering Projects

• Code: SPM5410 ECTS Punten: 7

2007 - Discrete Systems Modeling

• Code: EPA1331 ECTS Punten: 6

2007 - Designing Multi-actor Systems from an Engineering Perspective

• Code: SPM4121 ECTS Punten: 9

2007 - Simulation Master Class

• Code: SPM9322 ECTS Punten: 5

2007 - Designing Multi-actor Systems from an Engineering Perspective

• Code: SPM4121 ECTS Punten: 9

2007 - Introduction to Designing Multi-actor Systems

• Code: SPM4111 ECTS Punten: 2

2007 - Project Management

• Code: EPA1411 ECTS Punten: 3

2008 - Service Systems Engineering

• Code: SPM4140 ECTS Punten: 4

2008 - Simulation of Logistic Systems

• Code: SPM9427 ECTS Punten: 6

2008 - Discrete modellen

• Code: SPM2320 ECTS Punten: 8

2008 - Project analyse van bedrijfssystemen

• Code: SPM1912 ECTS Punten: 4

2007 - Designing Multi-actor Systems

• Code: SPM4110 ECTS Punten: 6

2007 - Service Systems Engineering

• Code: SPM4140 ECTS Punten: 4

2008 - Discrete Systems Modeling

• Code: EPA1331 ECTS Punten: 6

2008 - Project Management

• Code: EPA1411 ECTS Punten: 3

2008 - Introductie Risico Management

• Code: SPM6300 ECTS Punten: 3

2008 - Project discreet modelleren

• Code: SPM2932 ECTS Punten: 3

2008 - Designing Multi-actor Systems

• Code: SPM4110 ECTS Punten: 6

2010 - Discrete modellen

• Code: SPM2321 ECTS Punten: 8

2011 - Project Management

• Code: EPA1412 ECTS Punten: 5

2011 - Project Management

• Code: EPA1412 ECTS Punten: 5

2009 - Discrete modellen

• Code: SPM2320 ECTS Punten: 8

2009 - Simulation of Logistic Systems

• Code: SPM9427 ECTS Punten: 6

2009 - Simulation Master Class

• Code: SPM9322 ECTS Punten: 5

2010 - Simulation of Logistic Systems

• Code: SPM9427 ECTS Punten: 6

2010 - Project Management

• Code: EPA1411 ECTS Punten: 3

2010 - Advanced Project Management

• Code: MOT9511 ECTS Punten: 5

2010 - Simulation Master Class

• Code: SPM9322 ECTS Punten: 5

2009 - Introduction to Designing Multi-actor Systems

• Code: SPM4111 ECTS Punten: 2

2009 - Project Management

• Code: EPA1411 ECTS Punten: 3

2009 - Introductie Risico Management

• Code: SPM6300 ECTS Punten: 3

2009 - Advanced Project Management

• Code: MOT9511 ECTS Punten: 5

2010 - Introduction to Designing Multi-actor Systems

• Code: SPM4111 ECTS Punten: 2

2010 - Projectmanagement

• Code: SPM8000 ECTS Punten: 7

2010 - Introductie Risico Management

• Code: SPM6300 ECTS Punten: 3

2012 - Strategic Management of Large Engineering Projects

• Code: SPM4416 ECTS Punten: 6

2014 - Projectmanagement

• Code: SPM8000 ECTS Punten: 7

2015 - MAS Design from engineering perspective

• Code: SPM4123 ECTS Punten: 8

2015 - Designing Multi-actor Systems

• Code: SPM4110 ECTS Punten: 6

2014 - Discrete Systems Modelling

• Code: EPA1332 ECTS Punten: 5

2014 - Project Management

• Code: EPA1412 ECTS Punten: 5

2013 - Simulation Master Class

• Code: SPM9325 ECTS Punten: 4

2014 - Simulation Master Class

• Code: SPM9325 ECTS Punten: 4

2014 - Simulation Master Class

• Code: SPM9325 ECTS Punten: 4

2013 - Discrete Systems Modelling

• Code: EPA1332 ECTS Punten: 5

2012 - Simulation Master Class

• Code: SPM9325 ECTS Punten: 4

2012 - Projectmanagement

• Code: SPM8000 ECTS Punten: 7

2013 - Strategic Management of Large Engineering Projects

• Code: SPM4416 ECTS Punten: 6

2013 - Projectmanagement

• Code: SPM8000 ECTS Punten: 7

2013 - Discreet modelleren

• Code: SPM2322 ECTS Punten: 8

2012 - Advanced Project Management

• Code: MOT9511 ECTS Punten: 5

2014 - Discrete simulatie

• Code: TB233A ECTS Punten: 5

2013 - Project Management

• Code: EPA1412 ECTS Punten: 5

2013 - Simulation Master Class

• Code: SPM9325 ECTS Punten: 4

2016 - Discrete simulatie

• Code: TB233A ECTS Punten: 5

2015 - Discrete simulatie

• Code: TB233A ECTS Punten: 5

2015 - Discrete Systems Modelling

• Code: EPA1332 ECTS Punten: 5

2015 - Project Management

• Code: EPA1412 ECTS Punten: 5

2015 - Simulation Master Class

• Code: SPM9325 ECTS Punten: 4

2015 - Simulation Master Class

• Code: SPM9325 ECTS Punten: 4

2015 - Strategic Management of Large Engineering Projects

• Code: SPM4416 ECTS Punten: 6

2015 - Projectmanagement

• Code: SPM8000 ECTS Punten: 7

2012 - Project Management

• Code: EPA1412 ECTS Punten: 5

2012 - Project Management

• Code: EPA1412 ECTS Punten: 5

2012 - Discreet modelleren

• Code: SPM2322 ECTS Punten: 8

2014 - Strategic Management of Large Engineering Projects

• Code: SPM4416 ECTS Punten: 6

2016 - TIL Research and Design Methods

• Code: TIL4030-16 ECTS Punten: 7

2016 - Simulation Master Class

• Code: SPM9325 ECTS Punten: 4

2016 - System Engineering

• Code: EE4C02 ECTS Punten: 3

2016 - TIL4030-16 E

• Code: TIL4030-16 Toets 1 ECTS Punten: 5

2016 - TIL4030-16 P

• Code: TIL4030-16 Toets 2 ECTS Punten: 2

2016 - Simulation Master Class

• Code: SPM9325 ECTS Punten: 4

2017 - TIL Research and Design Methods

• Code: TIL4030-16 ECTS Punten: 7

2017 - Simulation Masterclass

• Code: SEN9110 ECTS Punten: 5

2017 - Discrete simulatie

• Code: TB233A ECTS Punten: 5

2017 - Discrete simulatie

• Code: TB233A ECTS Punten: 5

2017 - Discrete simulatie

• Code: TB233A ECTS Punten: 5

2016 - Simulation Masterclass

• Code: SEN9110 ECTS Punten: 5

2016 - Game Design Project

• Code: SPM9235 ECTS Punten: 4

2016 - Simulation Master Class

• Code: SPM9325 ECTS Punten: 4

2017 - Introduction to TPM Modelling

• Code: EPA1323 ECTS Punten: 5

2017 - Introduction to TPM Modelling

• Code: EPA1323 ECTS Punten: 5

2017 - Advanced Discrete Simulation

• Code: EPA1351 ECTS Punten: 5

2017 - Advanced Discrete Simulation

• Code: EPA1351 ECTS Punten: 5

2017 - Advanced Discrete Simulation

• Code: EPA1351 ECTS Punten: 5

2016 - Advanced Discrete Simulation

• Code: EPA1351 ECTS Punten: 5

2017 - Game Design Project

• Code: SEN9235 ECTS Punten: 5

2016 - Introduction to TPM Modelling

• Code: EPA1323 ECTS Punten: 5

2016 - Introduction to TPM Modelling

• Code: EPA1323 ECTS Punten: 5

2016 - Discrete simulatie

• Code: TB233A ECTS Punten: 5

2016 - Advanced Discrete Simulation

• Code: EPA1351 ECTS Punten: 5

2017 - System Engineering

• Code: EE4C02 ECTS Punten: 3

2015 - System Engineering

• Code: EE4C02 ECTS Punten: 3

2016 - Discrete simulatie

• Code: TB233A ECTS Punten: 5

2016 - Advanced Discrete Simulation

• Code: EPA1351 ECTS Punten: 5

nevenwerkzaamheden

-Wet medew. Niet-TUD - University of Maryland, R.H. Smith School of Business, Supply Chain Lab

2016-01-01 - 2018-01-01

Onderwijs

-(Bestuurs)lid cie/vereniging - Stichting DiTTLAB - Delft Integrated Traffic and Travel Laboratory

2015-12-01 - 2017-12-01

Advisering/onderzoek en overig

publicaties

Exploring the effects of perception errors and anticipation strategies on traffic accidents - A simulation study

peer reviewed : Y

Advances in Human Factors in Simulation and Modeling - Proceedings of the AHFE 2017 International Conference on Human Factors in Simulation and Modeling, 2017 (2018) 13 pagina's , p. 249-261

auteurs

• Hans Van Lint
• Simeon Calvert
• Wouter Schakel
• Meng Wang
• Alexander Verbraeck

Formal and informal relations within BIM-enabled supply chain partnerships

peer reviewed : Y

Construction Management and Economics (2017)

auteurs

• Eleni Papadonikolaki
• Alexander Verbraeck
• Hans Wamelink

Multi-resolution modeling based on quotient space and DEVS

peer reviewed : Y

Simulation Modelling Practice and Theory (2017) 13 pagina's , p. 1339-1351

auteurs

• B. Liu
• Alexander Verbraeck

Graph transformation based simulation model generation

peer reviewed : Y

Journal of Simulation (2016) 27 pagina's , p. 1-27

auteurs

• Yilin Huang
• Alexander Verbraeck

Design Considerations for Building a Scalable Digital Version of a Multi-player Educational Board Game for a MOOC in Logistics and Transportation

peer reviewed : Y

Games and Learning Alliance (2016) 11 pagina's , p. 167-177

auteurs

• Heide Lukosch
• Shalini Kurapati
• Geertje Bekebrede
• Simon Tiemersma
• D Groen
• Linda van Veen
• Alexander Verbraeck

redacteuren

• Rosa Bottino
• Remco C. Veltkamp
• Johan Jeuring

Exploring strategies in integrated container terminal planning tasks

peer reviewed : Y

ILS 2016 - 6th International Conference on Information Systems, Logistics and Supply Chain (2016) 10 pagina's , p.

auteurs

• Shalini Kurapati
• Heide K. Lukosch
• Scott Cunningham
• Jan Kwakkel
• Alexander Verbraeck

Gaming X-SCM

peer reviewed : N

X-SCM. The New Science of X-treme Supply Chain Management (2016) 298 pagina's , p. 153-168

auteurs

• E. Cadotte
• T.M. Corsi
• Alexander Verbraeck

redacteuren

• L.H. Harrington
• S. Boyson
• T.M. Corsi

Getting the Human Factor into Traffic Flow Model

peer reviewed : Y

Transportation Research Record (2016) 9 pagina's , p. 25–33

auteurs

• Hans van Lint
• Wouter Schakel
• Guus Tamminga
• Peter Knoppers
• Alexander Verbraeck

Microgames for Situated Learning

peer reviewed : Y

Simulation & Gaming: an international journal of theory, design and research (2016) 22 pagina's , p. 346-367

auteurs

• Heide Lukosch
• Shalini Kurapati
• D Groen
• Alexander Verbraeck

Serious Games for Improving Situational Awareness in Container Terminals

peer reviewed : Y

Logistics and Supply Chain Innovation Bridging the Gap between Theory and Practice (2016)

auteurs

• A Verbraeck
• S Kurapati
• HK Lukosch

redacteuren

• H Zijm
• M Klumpp
• M ten Hompel
• U Clausen

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profiel

Biografie

Alexander Verbraeck (MSc in applied mathematics 1987 (cum laude); PhD in logistics 1991), is a full professor at Delft University of Technology, Faculty of Technology, Policy and Management, Policy Analysis Department. His research focuses on modeling and simulation, especially in heavily distributed environments and using real-time data. Examples of research on these types of simulations are real-time decision making, interactive gaming using simulations, and the use of 3D virtual and augmented reality environments in simulations for training. The major application domains for research are logistics and transportation, and safety and security. He chairs the Freight Transport and Logistics domain in the interdisciplinary TU Delft Transport Institute, and is a Fellow in the Research School TRAIL for Transport, Infrastructure and Logistics. In addition Alexander has a position as adjunct professor at the R.H. Smith School of Business at the University of Maryland, USA. Here, he applies the modeling and simulation research for studying real-time supply chains.

Expertise

• Discrete-event simulation
• Distributed, real-time systems
• Agent-based simulation and hybrid simulation
• Systems engineering
• Serious Gaming
• Project Management
• Risk Management
• Supply Chain Management
• (Multimodal) Transportation Systems
• Simulation and Gaming for Transport and Logistics
• Simulation and Gaming for Safety and Security
  

Projecten

A small subset of my projects:

• SALOMO – Situational Awareness for Logistic Multimodal Operations in container supply chains and networks (2011-2016)
• Railway Gaming Suite – Simulation and Serious Gaming for Railway Coordination and Operation (2010-2018)
• IDVV –Simulation and Gaming to Support  Long-term Innovation for Inland Waterways in The Netherlands (2012-2014)
• Charlie Papa – Serious Gaming for Close Protection (2011-2013)

Links

GSCG - Global Supply Chain Game
DSOL - Distributed Simulation Object Library (Java-based)
OpenTrafficSim - Open Simulation Library for Traffic and Transport (Java-based)
DJUNITS - Delft Java Units Library