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Lukes, Laura A.; Mazabel, Silvia; Sherman, Sarah Bean; Gilley, Brett; Pete, Shandin – New Directions for Teaching and Learning, 2023
Scientific research endeavors are increasingly collaborative in nature. As researchers work together in groups of increasing size to develop project goals and implement plans, traditional 1-1 single faculty-student mentor models are less relevant as students need input and guidance from the multiple faculty members contributing to the…
Descriptors: Teacher Student Relationship, Mentors, Models, Science Curriculum
Yeo, Michelle; Lafave, Mark; Westbrook, Khatija; McAllister, Jenelle; Valdez, Dennis; Eubank, Breda – New Directions for Teaching and Learning, 2017
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.
Descriptors: Professional Education, Curriculum Development, Curriculum Design, Educational Change
Taylor, Beverley A. P.; Bakker, Andrea I.; Nadler, Marjorie Keeshan; Shore, Cecilia; Dietz-Uhler, Beth – New Directions for Teaching and Learning, 2012
In 2006, Miami University (Oxford, Ohio) launched a major initiative, the Top 25 Project, to embed inquiry-guided learning (IGL) into its largest-enrollment courses across the university. These are generally entry-level classes and thus affect many students: 75 percent of incoming students on its main campus in 2010 were in at least one Top 25…
Descriptors: Models, Large Group Instruction, Formative Evaluation, Instructional Design
Zundel, Pierre; Mengel, Thomas – New Directions for Teaching and Learning, 2007
The purpose of this chapter is to draw some general lessons on curricular evolution processes and practices at the faculty level emerging from the creation of Renaissance College at the University of New Brunswick and the implementation of its BPhil program. The authors proceed by induction, working from the specific case of Renaissance College to…
Descriptors: Higher Education, Models, Curriculum Development, Problem Solving

Kreber, Carolin – New Directions for Teaching and Learning, 2001
Offers suggestions on how the scholarship of teaching could be built into graduate and faculty development programs, and introduces a model that could serve as a framework for courses on learning to teach in higher education. (EV)
Descriptors: College Instruction, Curriculum Development, Faculty Development, Graduate Study

Greenfield, Lois Broder – New Directions for Teaching and Learning, 1987
Attempts to determine the skills that make people good problem solvers and some of the methods that have been developed to teach these skills are reviewed. Methods used by educators and psychologists to define, describe, or analyze problems and problem solving determine the method used to teach problem-solving skills. (Author/MLW)
Descriptors: Cognitive Processes, College Instruction, Computers, Critical Thinking

Carlson, Elof Axel – New Directions for Teaching and Learning, 1984
Introductory courses in biology are often either designed for majors or watered-down versions for nonmajors that are not stimulating. A course developed for nonmajors emphasizes the relationship of biology to the human condition and focuses on five basic concepts while being flexible enough to adapt to new research and technology. (MSE)
Descriptors: Biology, College Curriculum, College Instruction, College Science