A Curriculum Model For Developing Teams, Communication Skills, And Introducing The Design Process For Engineering Programs Developed By The Tidee Project Team.
Author(s) -
Larry McKenzie,
Kenneth Gentili,
Richard Crain Jr.,
Jeffrey McCauley,
Forrest W. Parkay,
Denny Davis,
Michael S. Trevisan
Publication year - 2020
Language(s) - English
Resource type - Conference proceedings
DOI - 10.18260/1-2--9064
Subject(s) - curriculum , process (computing) , engineering education , communication skills , session (web analytics) , engineering management , engineering design process , computer science , teamwork , engineering , medical education , psychology , management , pedagogy , mechanical engineering , medicine , world wide web , economics , operating system
Faculty struggle to implement outcomes-based engineering education that is needed to satisfy ABET Engineering Criteria 2000 requirements for engineering programs. This paper describes a two-step method for developing teams and communications skills, and immediately exercising those skills in a practical introduction to the team process using a simple PET (polyethylene terephthalate) soda pop bottle developed by the TIDEE (Transferable Integrated Design in Engineering Education) NSF sponsored project. Clearly defined team roles and communication skills are introduced in a manner that allows a group of students to develop the synergy needed for a successful team activity. Then a short design exercise (using a welldefined design process as a guide) is introduced to facilitate a practical application of both the design process and team and communication skills. The TIDEE teaching/learning model links definable steps in the design process to structured team-based learning activities.
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