References: Foundations of Information Systems¶
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Information system - Wikipedia - Comprehensive overview of information systems as sociotechnical combinations of people, processes, hardware, software, and data. Anchors the six-component model used in this chapter.
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DIKW pyramid - Wikipedia - Detailed treatment of the Data-Information-Knowledge-Wisdom hierarchy with historical context and modern critiques. Directly supports the DIKI vocabulary built in this chapter.
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Sociotechnical system - Wikipedia - Coverage of the Tavistock Institute origins, joint optimization principle, and modern applications. Reinforces why IS cannot be optimized as pure engineering.
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Management Information Systems: Managing the Digital Firm (17th Edition) - Kenneth C. Laudon and Jane P. Laudon - Pearson - The dominant ABET-aligned IS textbook; Chapters 1-2 give a thorough treatment of the IS definition, business value, and the IT/IS distinction.
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Experiencing MIS (10th Edition) - David M. Kroenke and Randall J. Boyle - Pearson - Source of the original five-component framework; Chapter 1 walks through hardware, software, data, procedures, and people with classroom-tested examples.
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What is an Information System? - IBM - Concise enterprise-oriented definition with examples from hospitals, banks, and logistics. Useful complement to the academic framing in this chapter.
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ABET Criteria for Accrediting Computing Programs - ABET - Authoritative source for the CAC Information Systems program criteria referenced in this chapter, including the six required topic areas.
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Digital Transformation - Deloitte Insights - Industry-grade essays on automate-vs-informate-vs-transform with case studies. Pairs well with the three-level transformation model.
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Information Systems for Business and Beyond - David T. Bourgeois (open textbook) - Free CC-licensed textbook; Chapter 1 provides an alternative student-friendly definition of information systems and the five-component model.
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Goodhart's Law and Measurement Dysfunction - Harvard Business Review - Article on measurement-driven unintended consequences. Connects the chapter's systems-thinking thread to the perils of optimizing one component in isolation.