Prospects for an engineering discipline of software

Shaw, M.·1990·IEEE Software
DOI 10.1109/52.60586

Cited by (341)

Items 101–200 of 341

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    Steve Easterbrook, Richard C. Holt, Susan Elliott Sim · 2003
  19. The Process of ISD Methodology Selection and Use: A Case Study
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  26. Formal Verification of the AAMP-FV Microcode
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  27. Design Science, Engineering Science and Requirements Engineering
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  28. Sound methods and effective tools for engineering modeling and analysis
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  29. Software reuse and object-oriented software engineering in the undergraduate curriculum
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  30. Experience integrating a formal method into a software engineering course
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  31. Definition and validation of requirements management measures
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  33. tl;dr: Chill, y’all: AI Will Not Devour SE
    Kang, Eunsuk, Shaw, Mary · 2024 · Proceedings of the 2024 ACM SIGPLAN International Symposium on New Ideas, New Paradigms, and Reflections on Programming and Software
  34. Industrial Scale Agile - from Craft to Engineering
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  35. Professional licensing and the social transformation of software engineers
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  36. Effective Project Control: Insights from the Australian Construction Industry
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  37. An initial theoretical foundation for object-oriented systems analysis and design
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  38. Engineering principles and software engineering
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  39. Experience integrating a formal method into a software engineering course
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  40. The Process of Information Systems Theorizing as a Discursive Practice*
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  45. Teaching Software Engineering: Problems and Suggestions
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  47. Software evolution: a requirements engineering approach
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  48. The Emergence of Software Engineering Professionalism
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  52. Building Reverse Engineering Tools with Software Components: Ten Lessons Learned
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  53. A Framework for Incorporating Object‐Oriented Software Engineering in the Undergraduate Curriculum
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  55. The culture of quality and software engineering education
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  56. Undergraduate, graduate and professional education in software engineering in the '90's: a case study
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    Binghui Helen Wu · 2011 · International Conference on Information Science and Technology
  59. Design Spaces and How Software Designers Use Them: a sampler
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  60. Three Patterns that Help Explain the Development of Software Engineering
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  61. If you're not modeling, you're just programming: modeling throughout an undergraduate software engineering program
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  62. Improving Object-Oriented Frameworks by Considering the Characteristics of Constituent Elements
    Gregor Polančič, Romana Vajde Horvat, Ivan Rozman · 2009 · University of Maribor digital library (University of Maribor)
  63. Addressing the Integration Challenge for Avionics and Automotive Systems—From Components to Rich Services: Rich services include capabilities that concern the flow of business, while messenger-based communications connect these services to other component systems that provide dependable service with enhanced quality
    Claudiu Farcas, Emilia Farcas, Ingolf Krueger, Massimiliano Menarini · 2010 · Proceedings of the IEEE
  64. Toward Theory-Based End-User Software Engineering
    Margaret Burnett, Todd Kulesza, Alannah Oleson, Shannon Ernst, Laura Beckwith, Jill Cao, William Jernigan, Valentina Grigoreanu · 2017 · Springer eBooks
  65. Integrating object-oriented software engineering in the computer science curriculum
    Raj Tewari, Frank L. Friedman · 1992 · Lecture notes in computer science
  66. Software engineering education
    Pavol Návrat, Mária Bieliková · 1999 · ACM SIGCSE Bulletin
  67. Software re‐engineering: concepts and methodology
    Robert P. Behling, Chris Behling, Kenneth J. Sousa · 1996 · Industrial Management & Data Systems
  68. Expertise and Instruction in Software Development
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  69. Design reuse
    Paul A. Kogut · 1995 · ACM SIGSOFT Software Engineering Notes
  70. Systemic Requirements of a Software Engineering Learning Environment
    Kirti Garg, Vasudeva Varma · 2015 · India Software Engineering Conference
  71. A Hybrid Design Methodology for an Introductory Software Engineering Course with Integrated Mobile Application Development
    Vignesh Subbian, Carla Purdy · 2020 · ASEE Annual Conference & Exposition
  72. R equirements Analysis of an Integrated Sonar Suite for Surface Ships : Systems Engineering Perspective
    Ajith Kumar K., Jomon George, V P Jagathyraj · 2014 · Defence Science Journal
  73. Influence of learning analytics in software engineering education
    Nidyanandan Pratheesh, Thangjam Ruchika Devi · 2013 · IEEE International Conference ON Emerging Trends in Computing, Communication and Nanotechnology
  74. Measurement-based value alignment and reasoning about organizational goals and strategies : studies with the ICT industry
    Vladimir Mandić · 2012
  75. Evolution and Melioration of Software Management Processes
    Sunil Kumar Jangir · 2012 · International Journal of Software Engineering & Applications
  76. Jumpstarting Application Lifecycle Management: A New Approach with Tool Support *
    Jung‐Sing Jwo, Tien-Song Hsu, Yu Chin Cheng · 2013 · Journal of information science and engineering
  77. A Philosophical Re-Appraisal of Peter Naur's Notion of "programming as Theory Building"
    Boris Wyssusek · 2007 · Journal of the Association for Information Systems
  78. Graduate Software Engineering 2009 (GSwE2009)
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  79. Curricula transformation in the countries in transition: an experience from Slovakia
    Pavol Návrat, L. Molnar · 1998 · IEEE Transactions on Education
  80. Instructional Design of a Requirements Engineering Education Course for Professional Engineers
    Takako Nakatani, Toshihiko Tsumaki, Tetsuo Tamai · 2010 · Smart innovation, systems and technologies
  81. Ingredients for Developing a Case-Based Reasoning Methodology
    Ralph Bergmann, Wolfgang Wilke, Klaus‐Dieter Althoff, Sean Breen, Roy L. Johnston · 1997
  82. Une approche pour la maintenance et la ré-ingénierie globale des logiciels
    Jean-Marie Favré · 1995 · HAL
  83. Using Ada as the first programming language: a retrospective
    Robert K. Allen, D.D. Grant, R. Smith · 2002 · International Conference on Software Engineering: Education and Practice (SEEP)
  84. An experience in the formal verification of industrial software
    Mark G. Staskauskas · 1996 · Communications of the ACM
  85. Software Engineering – Processes and Tools
    Gerhard Weiß, Gustav Pomberger, Wolfgang Beer, Georg Buchgeher, Bernhard Dorninger, Josef Pichler, Herbert Prähofer, Rudolf Ramler, Fritz Stallinger, Rainer Weinreich · 2009 · Springer eBooks
  86. 3rd international workshop on Adoption-Centric Software Engineering ACSE 2003
    Robert M. Balzer, Jens H. Jahnke, Marin Litoiu, Hausi A. Müller, Dennis B. Smith, Margaret‐Anne Storey, Scott Tilley, Ken Wong · 2003 · Rare & Special e-Zone (The Hong Kong University of Science and Technology)
  87. Software Engineering Education
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  88. Visualization of software and systems as support mechanism for integrated software project control
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  89. Do Away with the Frankensteinian Programs! A Proposal for a Genuine SE Education
    Simon Dierl, Falk Maria Howar, Malte Mues, Stefan Naujokat, Till Schallau · 2021 · International Workshop on Software Engineering Education for the Next Generation (SEENG)
  90. Software Process Appraisal and Improvement: Models and Standards
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  91. (Continuing) education of software professionals
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  92. Reconsidering the Notion of "Requirements Engineeringï"for Enterprise Systems Selection and Implementation
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  93. Assessment of student's learning style and engagement in traditional based software engineering education
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  94. Component-based development, CORBA and RM-ODP
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  95. Co-Evolutionary service-oriented model of technology transfer in software engineering
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  96. Early metrics for object oriented designs
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  99. Creative Funding Strategies for Undergraduate Research at a Primarily Undergraduate Liberal Arts Institution
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