Management information systems index.

Mode of access: Internet.

Management information systems : user's guide for indentifying automatic data processing equipment (ADPE) requirements.

Issued Feb. 23, 1976.

Department of Agriculture : restructuring will impact farm service agencies' automation plans and programs : statement for the record by JayEtta Z. Hecker, Director, Resources, Community, and Economic Development Information Systems, Information Management and Technology Division, before the Subcommittee on Wheat, Soybeans, and Feed Grains, Committee on Agriculture, House of Representatives /

"July 30, 1992."

Management information systems in the drug field /

Mode of access: Internet.

Land management systems : status of BLM's actions to improve information technology management : report to the Subcommittee on Interior and Related Agencies, Committee on Appropriations, House of Representatives /

"B-284472"--P. 3.

Automated management information systems for mental health agencies : a planning and acquisition guide /

Mode of access: Internet.

Management information systems manual.

Cover title.

Core competencies in financial management for information technology personnel implementing financial systems in the federal government.

A joint project of the Chief Financial Officers Council and the Joint Financial Management Improvement Program.

Business Process Redesign in Information Technology Incident Management: A teaching case

This paper consists of a detailed case narrative on how a leading Australian Finance organisation has utilised contemporary Business Process Management (BPM) concepts for improving the IT incident management processes within the whole organisation. The target audience includes practitioners who are interested in BPM case studies and Academics who may be seeking case studies for innovative teaching practices.

Linking Visual Development and Learning to Information Processing: Preattentive and Attentive Brain Dynamics

National Science Foundation (SBE-0354378); Office of Naval Research (N00014-95-1-0657)

The contribution of enterprise systems to core capabilities: the case of asset lifecycle management in the utilities sector

The desire to obtain competitive advantage is a motivator for implementing Enterprise Resource Planning (ERP) Systems (Adam & O’Doherty, 2000). However, while it is accepted that Information Technology (IT) in general may contribute to the improvement of organisational performance (Melville, Kraemer, & Gurbaxani, 2004), the nature and extent of that contribution is poorly understood (Jacobs & Bendoly, 2003; Ravichandran & Lertwongsatien, 2005). Accordingly, Henderson and Venkatraman (1993) assert that it is the application of business and IT capabilities to develop and leverage a firm’s IT resources for organisational transformation, rather than the acquired technological functionality, that secures competitive advantage for firms. Application of the Resource Based View of the firm (Wernerfelt, 1984) and Dynamic Capabilities Theory (DCT) (Teece and Pisano (1998) in particular) may yield insights into whether or not the use of Enterprise Systems enhances organisations’ core capabilities and thereby obtains competitive advantage, sustainable or otherwise (Melville et al., 2004). An operational definition of Core Capabilities that is independent of the construct of Sustained Competitive Advantage is formulated. This Study proposes and utilises an applied Dynamic Capabilities framework to facilitate the investigation of the role of Enterprise Systems. The objective of this research study is to investigate the role of Enterprise Systems in the Core Dynamic Capabilities of Asset Lifecycle Management. The Study explores the activities of Asset Lifecycle Management, the Core Dynamic Capabilities inherent in Asset Lifecycle Management and the footprint of Enterprise Systems on those Dynamic Capabilities. Additionally, the study explains the mechanisms by which Enterprise Systems sustain the Exploitability and the Renewability of those Core Dynamic Capabilities. The study finds that Enterprise Systems contribute directly to the Value, Exploitability and Renewability of Core Dynamic Capabilities and indirectly to their Inimitability and Non-substitutability. The study concludes by presenting an applied Dynamic Capabilities framework, which integrates Alter (1992)’s definition of Information Systems with Teece and Pisano (1998)’s model of Dynamic Capabilities to provide a robust diagnostic for determining the sustained value generating contributions of Enterprise Systems. These frameworks are used in the conclusions to frame the findings of the study. The conclusions go on to assert that these frameworks are free - standing and analytically generalisable, per Siggelkow (2007) and Yin (2003).

Learning in virtual teams: exploring the student experience

In 2005 an existing undergraduate course in project management was converted from face-to-face mode to wholly online mode. Wholly online mode means that there are no face-to-face classes at all, and all teaching and learning is facilitated through an online environment.

The revised project management course was designed with an underlying problem-based learning (PBL) pedagogy and used a simulated, fictitious telecommunications company, United Enterprises (UE), as a case study learning resource. The students worked in virtual teams to complete online learning activities and to solve authentic project management tasks for UE. Employees of UE were available online to provide direction and answer further questions about the tasks.

The overall research study used an action research methodology in which feedback was elicited from two groups of stakeholders involved in the project management course - students and teaching staff. The feedback was used to plan, develop and implement the new Information Technology (IT) Professional Practice course.

This paper reports on the findings of three anonymous student surveys that were conducted after each of the main project management topics and tasks were completed. The surveys sought feedback in a number of areas. However, the feedback reported here relates specifically to student opinions about their experiences of working in virtual teams within the learning environment. Other aspects of the research, including student perceptions of UE and feedback from the teaching staff, are not reported here.

Across the three surveys, most students indicated that they valued the opportunity to discuss various aspects of the course with peers and teaching staff online, and to interact with real-life employees of UE. Although discussion forums were the prescribed method for communication other forms of communication such as email, chat and face-to-face meetings were also used. According to the students, the best things about online group work were that it provides the flexibility of time and place; it allows communication and participation to be recorded; and is an ‘efficient’ way of working. The worst things about online group work were that communication is more difficult and that team members leave participation and submission to
the last minute. While up to 15 percent of students did not like the experience of online group work at all, overall students were generally satisfied with this style of learning and enjoyed the experience of working collaboratively within a virtual team.

The research has highlighted a number of areas where improvements can be made to the student experience of working in virtual teams. These improvements will be adopted in the development and delivery of the new course as part of the action research study.

Teaching practices for effective cooperative learning in an online learning environment (OLE)

As a teaching practice the application of cooperative learning in tertiary education can present unique challenges for both the practitioner and her students. Mastering this teaching approach requires careful planning, design and implementation for effective deployment in a face-to-face setting. In this setting the success of the cooperative learning approach has been demonstrated. The complexity is significantly increased by additional variables such as the selection and application of technological teaching tools and the change in nature of existing variables including awareness of students' social and communication skills when applying this practice in an Online Learning Environment (OLE). In addition student acceptance of this e-learning approach to learning also needs to be carefully considered. The practitioner must be aware of these factors and have suitable methods in place to support collaboration and interaction between student groups to ensure the ultimate goal with regard to students' learning is achieved. This paper considers how cooperative learning can be combined effectively with these variables and factors of an OLE, and begins with the presentation of a conceptual framework to represent this relationship as a constructive teaching practice. It is anticipated that the conceptual framework would be applied by other practitioners to facilitate cooperative teaching within their OLE. To demonstrate the validity of the framework a case scenario is provided using an Information Technology (IT) undergraduate unit named 'IT Practice'. This is a wholly online unit where extensive participation by the students within small groups is a core requirement. The paper demonstrates the themes of designing curriculum and assessment, as well as flexible teaching strategies for learner diversity but primarily concentrates on managing an effective OLE; that is managing small groups in an online teaching environment.