Creating A Process To Design A Capstone Program That Considers Stakeholder Values
Author(s) -
Robert H. Todd,
Spencer P. Magleby
Publication year - 2020
Language(s) - English
Resource type - Conference proceedings
DOI - 10.18260/1-2--13554
Subject(s) - capstone , stakeholder , process (computing) , engineering management , curriculum , task (project management) , situational ethics , engineering education , engineering ethics , knowledge management , engineering , computer science , medical education , process management , public relations , systems engineering , pedagogy , sociology , political science , medicine , algorithm , law , operating system
Designing or redesigning a Capstone Program is a difficult and complicated task since these programs often embody complex relationships internal and external to the department and/or college, and can be costly in terms of funding, space and faculty time. Engineering education, and capstone programs in specific, have a number of stakeholders including students, faculty, industry and academic administrators. Identifying and meeting the needs and values of these various stakeholders is essential in developing educational programs and learning activities that are effective and sustainable. In this paper a process is developed for designing a capstone program that carefully considers the values of stakeholders. Key situational considerations are discussed for a capstone program. Stakeholders in engineering education are identified and their common values are articulated. A process for developing a Capstone course, with input from these stakeholders, is proposed and evaluated in light of stakeholder needs and wants. A case study for developing a two-semester senior design capstone course at Brigham Young University is presented. Introduction Capstone courses have become widely used in engineering education throughout the United States 1,2,3 . The objectives of these courses vary, but in general they are designed to help students prepare for the practice of engineering. ABET accredited engineering programs require a capstone experience 4 . Unlike engineering fundamental courses such as statics, thermodynamics or strength of materials, capstone courses usually involve students in synthesis or design activities and often require the building of hardware. Since engineering design tends to be interdisciplinary in nature capstone courses often require significant resources to execute. Common resource issues include funding (for hardware), space and faculty time. In addition, the * This paper is partially based on a paper presented at the Ibero-America Summit on Engineering Education, San Jose Dos Campos, Brazil, March 2003 titled Creating a Successful Capstone Program by Considering the Needs of Stakeholders.
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