October 2006 Volume 9 Number 4
October 2006 Volume 9 Number 4
October 2006 Volume 9 Number 4
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(see Figure 2). The incorporation of technologies commonly used in online education into the traditional studio<br />
can alter the interaction between the faculty and the student (or the master and apprentice). It is hypothesized that<br />
blending technology with traditional instruction will impact typical studio problems of high student to faculty<br />
ratio and high faculty workload.<br />
The Modified Design Studio<br />
Figure 2: Alternative Education Environments<br />
This case study focused on an introductory course in Structural Systems for integration with online teaching<br />
technologies. This course is offered at a large public state university and is offered to students in majors such as<br />
building construction, engineering, interior design, landscape architecture, and packaging. After years of<br />
teaching this course as a traditional design studio with multiple class sections, the authors sought to streamline<br />
the teaching process. This course was a logical choice in which to add online technologies, as the students were<br />
creating their projects with Computer-Aided Design (CAD) software. The existing six hours of studio times were<br />
divided into a one-hour weekly lecture by the faculty and four hours of computer lab time supervised by<br />
qualified teaching assistants. A course website was created to house course materials and the faculty members<br />
were available outside of lecture via email and web-based conferencing.<br />
The proposed model expands the educational opportunity to participate in the design critique to more students, in<br />
more places, and in more ways than ever before. Blended learning is being used in various educational<br />
environments outside architecture and design (Jonasson, 1997; Ravaglia, 2001). This form of mediated education<br />
brings many benefits to the studio. One limitation is the need for both parties to be physically present in the same<br />
location at the same time. The proposed model streamlines the interaction loop by incorporating technology in<br />
the teaching and delivery of feedback to the entire class of students at one time. The instructor can post course<br />
materials and students can access it from any place and at any time.<br />
Typical studio interaction involves one student requesting feedback and one faculty providing it directly to that<br />
student. Though individual feedback is beneficial for student learning, the lower faculty to student ratio typical<br />
in a studio is impractical. As educational institutions continue to increase enrollments by expanding their<br />
“territory” through online education, faculty must deal with larger courses, often as multiple sections of the same<br />
studio course. A typical class size for this course is 100 students. Traditionally, this would equate to five sections<br />
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