This chapter demonstrates how Decoding work can be used productively within a curriculum change process to help make design decisions based on a more nuanced understanding of student learning and the relationship of a professional program to the field.

This chapter examines how SoTL has been integrated and supported at the University of Guelph based on three catalysts: (1) leadership commitment, (2) reward and recognition, and (3) integrated networks for sustained development.

Although college faculty cope with changing higher education (technological innovation, larger classes, student needs, preparation for the workplace), they are also being challenged to pay more attention to teaching. Developing an international perspective can help, by promoting an understanding that those in other cultures face similar issues and…

Use of problem-based learning in a large upper-division general education class at McMaster University (Canada) provides opportunities for students to identify and practice skills for inquiry into societal problems and solutions. Classroom techniques and processes preserve the essence of problem-based learning despite the fact that the class is…

At the University of Newcastle (Australia), architecture students' design projects, a central feature of the professional program, are based on design problems requiring integration of information from varied disciplines and therefore, rigorous planning and scheduling. The problem-based learning approach has helped improve student outcomes and has…

Two McMaster University (Canada) chemical engineering courses enrolling 30-50 students incorporate problem-based learning (PBL). Issues addressed in implementation included overcoming faculty and student resistance, integrating PBL methods within a predominantly conventional curriculum, developing PBL problems and objectives, and using tutorless…