Open Collections

A selection of applications at Canada Customs

University of British Columbia

Canada Customs is currently faced with problems of overcrowding. This situation causes lost revenue and potential control problems, and detracts from its public image. Customs administration is interested in determining what changes, if any, can be made to help alleviate the problem. The goal of this paper is to analyze several alternatives which are available to customs officials, and to recommend changes which can be implemented to improve the current situation. To achieve this goal, several applications of Management Science methods were performed. The first application involved a cost-benefit analysis of the Peace Arch Crossing Entry (PACE) Project. It was found that the PACE project has positive net benefits of approximately $9.5 million provided that it is supported by sufficient staff levels. Results of the cost-benefit analysis also indicate that the social benefits of having an extra staff member available far outweigh the costs involved. In the second application performed, multiple regression techniques were used to analyze various characteristics of travellers which affect service time within the customs office. As a result, it is recommended that customs officials look into the possibility of keeping certain groups of individuals (whose processing times are relatively low) separate from the main flow of travellers, in order to save these travellers a great deal of time. In the third application, simulation and animation were used to replicate the current situation in the Pacific Highway Customs Office. Experiments were then conducted to determine the optimal mix of regular terminals and Self Declaration System (SDS) terminals. It was found that implementing SDS was not as efficient as adding a new regular terminal. It is recommended that a study be conducted to determine by how much the times for SDS can be reduced. If significant reductions in time are not possible, it may be in the best interest of all concerned to revert the SDS terminals to regular terminals.

Thesis/Dissertation

application/pdf

2008-09-10

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http://hdl.handle.net/2429/1760

Business Administration

University of British Columbia

UBCV

DSpace