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Educating the Engineer of 2020:  Adapting Engineering Education to the New Century
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             GUIDEPOSTS TO THE FUTURE                                  41

             Retention (%)
               100
                                                          Caucasian Takers
               90     90                                  Caucasian Non-Takers
                      86
                                                          Asian Takers
                      82             79
               80     79
                                                   77     Asian Non-Takers
                                      74
                      73
               70                     73                  Latino Takers
                      68              70
                                      68
                                                   64     Latino Non-Takers
                                      62           61
               60                                  59 60
                                    58                    African American Takers
                                                   54
               50                                  50     African American Non-
                                     44
                                                   44     Takers
               40
                       Third        Fifth       Seventh
                            Semester of Engineering
             FIGURE 4-1  Long-term retention rates of students taking freshman design course
             (“Takers”) compared to students that did not (“Non-Takers”). The data total 2,581
             students with 1,035 students who took the FYEP course and 1,546 students who did
             not take the course. The sample includes 2,057 men and 524 women with 2,063 Cau-
             casian students (80%), 190 Asian students (7.4%), 160 Latino students (6.2%), and 35
             African American students (1.4%). SOURCE: Knight et al. (2003).


                 An example of a scheme for introducing design activities is illus-
             trated by the curriculum of Olin College of Engineering (see paper by
             Kerns et al. in Appendix A), which was developed by the faculty with
             feedback from a cohort of 30 students who were part of Olin’s initial
             class. The system that Olin’s faculty developed includes roughly 20 per-
             cent design activities in the first year, with the design tasks constructed
             in such a way that deep content knowledge of materials/engineering
             principles is less necessary than use of tools (software packages, rapid
             prototyping equipment) and the application of creativity. By the final
             year, students are engaged in design activities roughly 80 percent of the
             time, and greater content knowledge is expected. Note that these design
             experiences are in both team and individual settings and that students
             are often responsible for self-directed learning—and teaching their fel-
             low students—in areas that will support a more effective and innovative
             design solution.
                 A separate approach to introducing design into the curriculum is
             modeled by what is known as “service learning” or “experiential learn-
             ing.” The Engineering Projects in Community Service (EPICS) pro-







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