Strategic Information Technology and Portfolio Management
Release Date: March, 2009. Copyright © 2009. 466 pages.
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DOI: 10.4018/978-1-59904-687-7, ISBN13: 9781599046877, ISBN10: 1599046873, EISBN13: 9781599046891
While much has been written about strategic information systems planning, the integration of strategic planning with portfolio management has been ignored, leaving the potential benefits of their combined approach to planning yet to be explored.
Strategic Information Technology and Portfolio Management bridges the knowledge between information technology planning, enterprise architecture, and IT portfolio management taking into account their financial impact. Intended for IT professionals, researchers, and academicians, this book provides techniques and tools appropriate for building application portfolios and developing strategies which increase financial performance.
Table of Contents and List of Contributors
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Teay Shawyun (Assumption University of Thailand, Thailand)
IS literature continues to highlight the issues of strategic business and IT planning alignment to achieve business performance. As an alternative to the mainstream...
Stanley Loh (Catholic University of Pelotas and Lutheran University of Brazil, Brazil), Ramiro Saldaña (Catholic University of Pelotas, Brazil), Leo Faller Becker (Catholic University of Pelotas, Brazil)
One of the main topics in IT Portfolio Management, according to IT Governance models, is to plan and control information systems that are aligned with the company mi...
Dejan Petrovic (University of Belgrade, Serbia), Marko Mihic (University of Belgrade, Serbia), Biljana Stošic (University of Belgrade, Serbia)
This chapter presents the concept of strategic information technology portfolio management for development of innovation competences in a project-oriented company. I...
Cuthbert Shepherdson (KDI Asia Pte Ltd, Singapore), Albert Wee Kwan Tan (National University of Singapore, Singapore), Van Nam Tran (National Economics University, Vietnam)
Developing countries, opting to pursue services-oriented economies, have invested in information and communication technologies (ICT) to enhance their competitivenes...
Anand Sanwal (Brilliont, USA), Subhradeep Mohanty (American Express, USA)
In a day and age that has been deemed the “Information Age”, it is ironic that one of the most common questions that organizations continue to grapple with is “what...
Alice M. Johnson (North Carolina A&T State University, USA), Albert L. Lederer (University of Kentucky, USA)
McFarlan’s strategic grid postulated that the impact of existing information systems and impact of the portfolio of planned information systems constitute two dimens...
Evon M.O. Abu-Taieh (The Arab Academy for Banking and Financial Sciences, Jordan), Asim A. El Sheikh (The Arab Academy for Banking and Financial Sciences, Jordan), Jeihan M. Abu-Tayeh (Ministry of Planning and International Cooperation, Jordan)
The chapter will present the challenges in implementing information technology plan pertaining to two dimensions: literature and practical. The chapter will also sug...
Tony C. Shan (IBM, USA), Winnie W. Hua (CTS Inc, USA)
This chapter presents a methodical strategic technology engineering planning (STEP) approach, to effectively cope with the design complexity in service-oriented arch...
Eric Tachibana (National University of Singapore, Singapore), David Ross Florey (National University of Singapore, Singapore)
Since the mid to late 1990’s, object-oriented software design patterns have proven to be a powerful tool in support of software design and product management. Howeve...
Ram Kumar (University of North Carolina – Charlotte, USA), Haya Ajjan (University of North Carolina – Charlotte, USA), Niu (University of North Carolina – Charlotte, USA), Niu (University of North Carolina – Charlotte, USA)
There is significant interest in managing IT resources as a portfolio of assets. The concept of IT portfolio management (ITPM) is relatively new, compared to portfol...
Reviews and Testimonials
This book provides readers with a wide coverage of strategic information systems planning and also serve as a supplement to the existing chapters in search of better methods for SISP.
– Albert Wee Kwan Tan, National University of Singapore, Singapore
This book compiles research on strategic information technology and portfolio (SISP) management, covering the latest innovations and emerging concepts, capability development, enterprise architecture and related topics.
– Book News Inc. (February 2009)
- Architecture rationalization and engineering
- Capability management of IT
- Challenges in implementing IT plan
- Enterprise architecture approach
- Fuzzy modeling for integrated strategic planning
- Information systems and business process design
- Information technology investment management
- Information technology planning framework
- IT management theory
- IT portfolio management and planning
- Object-oriented software design patterns
- Portfolio prioritization
- Regional business risk informative system
- Strategic capital capacity
- Strategic grid dimensions
- Strategic Information technology
- Strategic market driven IT planning model
- Strategic technology engineering planning
Strategic information systems planning (SISP) has been the subject of much attention over the past decade. While it has evolved in method and style, the thesis that SISP is important because it emphasizes the need to bring IT to bear on and sometimes influence strategic direction of the corporation is widely accepted by researchers. This is particularly true in today’s dynamic environments where harnessing the power of technology resources could be critical for competitiveness. However, while there have been studies that examine the ‘‘what’’ questions of SISP, particularly concerning the issue of Information System and Business alignment, there has been little on the ‘‘how’’ questions, which include the process of planning and whether this yields effective outcomes. Furthermore, is it reasonable to presume that organizations will change their planning processes over time in an attempt to improve their effectiveness as well as leverage their investment based on SISP?
It is useful to examine evolution and maturing of planning processes as companies strive toward achieving more effective planning systems. This can serve the purpose of delineating changes in process characteristics that can lead to greater planning effectiveness over time. The authors in this book therefore attempt to address the fundamental questions: How does SISP evolve? Is it becoming more effective? If yes, can organizations optimize the planning of IT systems —particularly when there is a portfolio of IT systems that require investment and continual support? What adaptations do firms need to make in order to improve planning to leverage on enterprise architecture and global supply of IT resources.
The SISP concept has undergone significant evolution since the initial discussions of the 1980s. The changing technology and the recognition of its importance as a corporate resource drove this evolution. Specifically, the proliferation of e-commerce, outsourcing, and enterprise resource systems tended to push developmental activities outside the exclusive domain of professional IS groups, creating challenges that did not exist when SISP was first conceived. Also, firms are aggressively searching for new ways to leverage information, knowledge, and IT in supporting strategic goals and competitiveness. Hence, SISP in many firms refers to both a proactive search for competitive and value-adding opportunities, as well as the development of broad policies and procedures for integrating, coordinating, controlling and implementing the IT resource.
This book which entitled “Strategic Information Technology and Portfolio Management” is organized in four sections to provide comprehensive coverage of topics in SISP such as: (1) Emerging Concepts in SISP; (2) IT Portfolio Management; (3) Capability development; and (4) Enterprise Architecture. The following provides a summary of what is covered in each section of this book:
Section 1: Emerging Concepts in SISP
This section focuses on new methods and concepts of creating a tighter linkage between business requirements and the IT investments that can deliver better IT plans. For example, David Van Over proposes a new framework in chapter 1 to address three key elements of SISP: what decisions are to be made, who should make the decisions, and how decisions are to be made and monitored. Albert Tan in chapter 2 expands the SISP to develop the IT capabilities for an industry as part of industry development and transformation while Teay Shawyun in chapter 3 argue the need for SISP to matches the market needs with the firm’s value proposition to deliver the product/service. Finally, Dimitris and Bill in chapter 4 propose a new approach to utilize a Fuzzy Cognitive Map to align strategic objectives with IS opportunities as business needs are changing dynamically.
Section 2: IT Portfolio Management
This section examines some of the issues in IT portfolio management and have some of the authors propose new methods to maximize the value from managing the IT portfolio. Luke Ho in chapter 5 provides an introduction to advent of Information Technology Outsourcing (ITO) and its impact on portfolio management in modern day decision-making, highlighting the strengths and weaknesses in some of the common decision making frameworks for outsourcing. Stanley Loh, Ramiro Saldana and Leo Failer Backer in chapter 6 presents a method that include the identification of different scenarios, and how to plan IS and IT resources to manage each scenario. Vassilis Syrris in chapter 7 describes the exploration of Information Technology Portfolio Management (ITPM) in conjecture with Modern Portfolio Theory and how its limitations can be overcome by a meta-heuristic approach to find near-optimal solutions in a reasonable amount of computation time. Dejan Petroviæ, Marko Mihiæ and Biljana Stošiæ in chapter 8 presents the concept of strategic information technology portfolio management for development of innovation competences in a project-oriented company that takes into consideration the key aspects of IT − innovation relationship, and introduces the organizational support to the Portfolio Management Office. Cuthbert, Tan and Tran in chapter 9 propose an IT planning framework for e-government targeting the developing countries where infrastructures are poor and funds are limited. Finally, Anand Sanwal and Subhradeep Mohanty in chapter 10 describe an IT Reengineering & Portfolio Management Model (RPM) that will address the question of “what is the value of IT?” and approach it in a more objective and dispassionate manner.
Section 3, Capability development
This section examines the different approaches to develop capacity and capability to support IT organization as well as the challenges faced in SISP. Al Lederer and Alice Johnson in chapter 11 summarized a research work to investigate the effect of frequency and channel richness on CEO/CIO mutual understanding of the impact of existing information systems and of the impact of the portfolio of planned information systems. Teay Shawyun in chapter 12 proposes a “capacity and capability” model to manage its human, information and organization capitals critical to the successful IS/IT implementation and utilization. Finally, Evon M. Abu-Taieh, Asim A. El Sheikh, and Jeihan M. Abu-Tayeh in chapter 13 discuss some of the challenges in implementing information technology plan and suggest ways to rectify and deflect the negative impact of the challenges.
Section 4, Enterprise Architecture
This section examines how enterprise architecture and design can assist in SISP. Anthony Ioannidis and Nikolaos Skarpetis in chapter 14 expand the design further using the Enterprise Architecture Approach (EA) to meets specific need, as it provides the “blue-prints” to strategically organize information. Tony Shan in chapter 15 further propose a framework that provides a comprehensive multi-disciplinary approach to conduct strategic and tactical technology planning for both near-term needs and long-term goals. Finally, Eric Kenji Tachibana and David Ross Florey in chapter 16 discuss how design pattern methodology can solve a business problem using the multivariate vector map.
Last but not least, some additional readings are included in this book to provide readers with a wider coverage of SISP and also serve as a supplement to the existing chapters in search of better methods for SISP. In fact, with the pervasiveness of IT and increasing pressure on firms to leverage their IT assets, the importance of SISP has never been stronger. SISP is more than a narrow methodology or sequence of steps. It is complex set of organizational activities that can be characterized by a number of process characteristics, which form an evolutionary pattern as they change as a firm’s experience grows in adapting to a changing environment and technological base. Therefore, firms should take advantage of the latest techniques and methods in SISP proposed in this book to align their IT resources with business objectives.
Editorial BoardSpyros Lioukas , Athens University of Economics & Business, GreeceEvangelos Magirou , Athens University of Economics & Business, GreeceDavid Van Over, University of Wollongong, Australia
Albert Tan, National University of Singapore , SingaporePetros Theodorou, Athens University of Economics & Business, Greece