Utilizing hands-on learning to facilitate progression through Bloom's taxonomy within the first semester

Abstract

Hands-on learning has been utilized in engineering curriculums for several years in order to illustrate theory in a physical way. This paper presents the use of two hands-on learning activities in a first semester, freshman year engineering course designed to introduce basic concepts from mechanical engineering, electrical engineering, and computer engineering. In previous offerings of the course, several disjoint activities have been provided in order to introduce the fundamentals of these disciplines. This paper presents how several weeks worth of material are synthesized in a hands-on activity in order to allow deeper levels of student understanding and to showcase how engineering knowledge from a variety of disciplines can be synthesized in a meaningful way. Through these exercises students are able to understand how computer programs can be used to collect data from sensors, determine the appropriate response to this sensor data, and control circuits that are used to drive mechanical systems based on the sensor data. Through this activity, students are able to escalate through several levels of Bloom's taxonomy by drawing connections between theory and practice from a variety of fields.

Engineering education development – a business modelling approach

“…Practical elements of an education activate the student in first hand, while theoretical elements can be designed in a variety of ways, ranging from teacher-active to student-active learning environments. A learning environment that activates the student through practical tasks such as laboratory work, excursions, design and construction projects or other hands-on activities, have a positive impact on student learning (McDonald and Scott, 1994; Castles et al , 2009). Another dimension of educational design is the type of knowledge that is created during the education; consolidation of the known or innovation and creativity.…”

Systems Engineering Education for Inexperienced Students by Providing Hand−on Practices

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