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Donald C Gause - One of the best experts on this subject based on the ideXlab platform.

  • empirical validation of the classic change curve on a Software Technology change project
    Information & Software Technology, 2010
    Co-Authors: Uolevi Nikula, Christian Jurvanen, Orlena Gotel, Donald C Gause
    Abstract:

    Context: New processes, tools, and practices are being introduced into Software companies at an increasing rate. With each new advance in Technology, Software managers need to consider not only whether it is time to change the technologies currently used, but also whether an evolutionary change is sufficient or a revolutionary change is required. Objective: In this paper, we approach this dilemma from the organizational and Technology research points of view to see whether they can help Software companies in initiating and managing Technology change. In particular, we explore the fit of the Technology S-curve, the Classic Change Curve, and a technological change framework to a Software Technology change project and examine the insights that such frameworks can bring. Method: The descriptive case study described in this paper summarizes a Software Technology change project in which a 30-year old legacy information system running on a mainframe was replaced by a network server system at the same time as the individual-centric development practices were replaced with organization-centric ones. The study is based on a review of the company's annual reports, in conjunction with other archival documents, five interviews and collaboration with a key stakeholder in the company. Results: Analyses of the collected data suggest that Software Technology change follows the general change research findings as characterized by the Technology S-curve and the Classic Change Curve. Further, that such frameworks present critical questions for management to address when embarking on and then running such projects. Conclusions: We describe how understanding why a Software Technology change project is started, the way in which it unfolds, and how different factors affect it, are essential tools for project leaders in preparing for change projects and for keeping them under control. Moreover, we show how it is equally important to understand how Software Technology change can work as a catalyst in revitalizing a stagnated organization, facilitating other changes and thereby helping an organization to redefine its role in the marketplace.

Guo Xiu-qing - One of the best experts on this subject based on the ideXlab platform.

  • Research on Teaching Methods for Software Technology Foundation
    Computer Education, 2008
    Co-Authors: Guo Xiu-qing
    Abstract:

    In according with Software Technology foundation’s special characteristics and requirement, this paper summers writers’ direct teaching experience for many years, and provides three teaching methods for Software Technology foundation, they are based on cases-driven, based on abstract model and combining real class teaching with virtual class teaching. The result of teaching practice proves these methods are operative and effective.

  • Research on Cases-driven Teaching Method for Software Technology Foundation
    Journal of Electrical & Electronic Education, 2006
    Co-Authors: Guo Xiu-qing
    Abstract:

    In order to solve the challenge between rich contents and short teaching hours for Software Technology foundation,this paper provides the use of cases-driven teaching method.Typical used cases include students information management system,Huffman coding decoding,and books information management system covering the majority of this course contents,from data structure,database system,to Software engineering method.We also design and implement a teaching web site served as a portal of Software Technology foundation course,it aims to enhance and complement classroom teaching.The result of teaching evaluation proves it's an effective method.

Du Jiang - One of the best experts on this subject based on the ideXlab platform.

  • On Open-Training Mode of Software Technology Specialty in Higher Vocational Colleges
    Journal of Nantong Textile Vocational Technology College, 2012
    Co-Authors: Du Jiang
    Abstract:

    Software Technology is a practical specialty.In the process of teaching,teachers not only teach students the theories and methods of Software development,but also should pay attention to the cultivation of students' practical application ability.Open-training is an important means to cultivate applied talents.Based on the necessity of the Software development training and the analysis of the existing training mode in Software Technology specialty,the paper studied the open-training mode of Software Technology.

Uolevi Nikula - One of the best experts on this subject based on the ideXlab platform.

  • empirical validation of the classic change curve on a Software Technology change project
    Information & Software Technology, 2010
    Co-Authors: Uolevi Nikula, Christian Jurvanen, Orlena Gotel, Donald C Gause
    Abstract:

    Context: New processes, tools, and practices are being introduced into Software companies at an increasing rate. With each new advance in Technology, Software managers need to consider not only whether it is time to change the technologies currently used, but also whether an evolutionary change is sufficient or a revolutionary change is required. Objective: In this paper, we approach this dilemma from the organizational and Technology research points of view to see whether they can help Software companies in initiating and managing Technology change. In particular, we explore the fit of the Technology S-curve, the Classic Change Curve, and a technological change framework to a Software Technology change project and examine the insights that such frameworks can bring. Method: The descriptive case study described in this paper summarizes a Software Technology change project in which a 30-year old legacy information system running on a mainframe was replaced by a network server system at the same time as the individual-centric development practices were replaced with organization-centric ones. The study is based on a review of the company's annual reports, in conjunction with other archival documents, five interviews and collaboration with a key stakeholder in the company. Results: Analyses of the collected data suggest that Software Technology change follows the general change research findings as characterized by the Technology S-curve and the Classic Change Curve. Further, that such frameworks present critical questions for management to address when embarking on and then running such projects. Conclusions: We describe how understanding why a Software Technology change project is started, the way in which it unfolds, and how different factors affect it, are essential tools for project leaders in preparing for change projects and for keeping them under control. Moreover, we show how it is equally important to understand how Software Technology change can work as a catalyst in revitalizing a stagnated organization, facilitating other changes and thereby helping an organization to redefine its role in the marketplace.

Guo Zu-hua - One of the best experts on this subject based on the ideXlab platform.

  • Research and Practice of working process-oriented vocational Software Technology Curriculum
    Journal of Henan Mechanical and Electrical Engineering College, 2011
    Co-Authors: Guo Zu-hua
    Abstract:

    It has become the call of the era to the reform and development of higher vocational education that training higher skilled personnel of Software Technology meeting IT industry requirements and the needs of employers with higher competitive power for the community.The paper thinks of the school-enterprise cooperation and work and study combination as a starting point,sees project development as a carrier,regards enhancing the competitiveness of the graduates as goal and treats the work process as orientation.Then the paper develops the core curriculum of vocational Software Technology specialty and builds the curriculum system of Software Technology specialty.At last,the paper discusses the support measures during the teaching implementation such as the teaching organization,practice teaching environment,and teachers and so on which provides a useful try to study the training way of skilled vocational Software Technology personnel with high predisposition.