VCDTA Nomination 2010

Last year I had the great privilege to receive the Vice-Chancellor's distinguished teaching award (in 2009). Again, for the third year running, students have nominated myself for this award. This is delightful, inspiring and stimulating to read the feedback provided by some students. It is empowering to know that I have had the opportunity to shape many students who attend my classes. I look forward to building on my contribution in the future session and developing new ways to inspire and engage with my students. The following quotation testifies what students have said in 2010:

He is the best teacher I have ever met. He is very good communicator and is always ready to help. His enthusiasm in the lectures has helped me to enjoy the subject and achieve high grades.

I was delighted to learn that this year, my friend and colleague, Alison Bragg, will take pride in achieving the award in 2010. Best wishes.

Simulation conceptual modelling for SCM applications: Requirements and concepts for further development

Purpose

Evaluating supply chain problems is important yet complex; with vast amount of research and practice using a simulation based approach. Conceptual modelling is a critical step in a simulation study but is also the least understood aspect. The aim of this paper is identify the domain-specific requirements for conceptual modelling of supply chain problems and propose some key concepts for developing new theory in this area.

Design/methodology/approach

The paper presents a review that is bounded within the simulation conceptual modelling literature and drawing upon contributions within the SCM domain.

Findings

The core proposition argued in this paper is that there is a need to develop approaches to simulation conceptual modelling that addresses domain-specific requirements. In the context of evaluating supply chain problems this includes the range of improvements, supply chain performance measures and the setting of supply chain problems. One source of domain-knowledge can be extracted from a supply chain council process reference model. Eight key concepts are synthesised from the review that could be incorporated into a domain-specific approach for simulation conceptual modelling for SCM applications.

Practical implications

Further research is proposed for the development of new domain-specific approaches for simulation conceptual modelling (e.g. SCM applications).

Originality/value

Very little literature exists that addresses the domain-specific requirements for simulation conceptual modelling. Developing domain-specific approaches to simulation conceptual modelling should enable a more efficient and focused process. Additionally, improve the rigour of the outcome from a simulation project.

Keywords: simulation, conceptual modelling, supply chain