TECHNOLOGIE OF TEAM COLLABORATION OF DEVELOPMENT OF DECISION SUPPORT SYSTEM FOR MANAGER OF PHARMACY

Abstract

There are some problems that arise during development of the decision support system that includes team collaboration, management and progress of the work, continuous integration and continuous delivery processes, development of the project by several people and working on single source code. This problem appears in every cross-functional team and interfere of proper work, so approaches for solving them must to know every software engineer. At this topic describes how this problem can be solved using example of team development of the project called “Decision support system for manger of pharmacy network”.

The purpose of this paper is to analyze existing practices for the collective development of decision support systems and to identify key best practices that will allow the most efficient creation of decision support system at any scale with team collaboration.

By now is very important question about choosing technologies for development of decision support system. So there is a high necessity in developing such system to be used in web browser and mobile phones with various mobile operation system like Android or IOS besides even for laptop OS like Windows or Mac OS. As follows development is conducted using different programming languages and engagement of the specialists with different skills.

As the result this topic shows key problems of the cross-functional team development and defines main ways of their prevention and also increase team productivity.

In this article highlights the key issues encountered in the development of the decision support systems by cross-functional teams, and presents tools and approaches for improving and reducing the cost of the development and maintenance using example of the manager of the pharmacy network. An approach is described of the development of decision support systems with the team of developers that have different knowledge of technologies and programming languages and different skills of working with automated environments. These approaches and tools can significantly improve the quality of the product that is developing, improve communication inside team, adjust tasks and develop functionality within the scheduled time frame