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Cultivating Authentic Discourse for the 2020 Engineer

 
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This webpage describes a Phase 2 NSF sponsored CCLI project at the University of Texas at El Paso. In this project, faculty scholars from the College of Education who are scholars in discourse and literacy have joined faculty from the College of Engineering to develop, implement and evaluate a process that integrates an iterative process of reflective teaching and learning. Engineering literacy, discourse, and student and faculty metacognition are achieved through counterintuitive engineering case modules as a mechanism to actively engage students and instigate inquiry. Students and faculty together are building a community of learners as students move toward becoming more informed, responsible learners with faculty who guide the inquiry, questioning and reflection.

Our major project goals and objectives are:

(1) To enhance student understanding and synthesis of engineering concepts. We plan to achieve this goal by developing curriculum content integrated with inquiry pedagogy, and determine if students are developing metacognitive behaviors and if these metacognitive behaviors and abilities make them more successful.

(2) To enhance faculty pedagogical practices. We plan to achieve this goal by changing faculty belief systems to one of embracing inquiry-based pedagogy, and by determining if faculty are developing metacognitive behaviors. We will also develop a process for on-going, continuous professional development (as a support system) for faculty.

(3) To create a model that embraces best practices using lessons learned. We plan to achieve this goal by identifying essential elements of embedded case models, essential elements of inquiry based professional development for changing belief systems, and essential elements of ongoing, continuous professional development.

For more information on the project that you don’t find in this webpage, or if you would like to participate in the project, please visit this link and complete the form.

Project Principal Investigators:

Dr. Louis Everett, Mechanical Engineering, UTEP, leverett@utep.edu

Dr. Arun Pennathur, Industrial Engineering, UTEP, apennathur@utep.edu

Dr. Violet Jones, Teacher Education, UTEP, vjones@utep.edu

Dr. Kerrie Kephart, Teacher Education, UTEP, kkephart@utep.edu

Ms. Elsa Villa, Teacher Education, UTEP, evilla@utep.edu

 

 

Partial support for this work is provided by the National Science Foundation's Course, Curriculum, and Laboratory Improvement (CCLI) program under Award No. 0618861. Any opinions, findings, and conclusions or recommendations expressed in this webpage are those of the author(s) and do not necessarily reflect the views of the National Science Foundation.

This webpage based is based on MS Sharepoint technology and has been conceived and designed for this project by Dr. Arunkumar Pennathur (Industrial Engineering at UTEP), Mr. Mike Pitcher (Instructional Support Services at UTEP) and Dr. Louis Everett (Mechanical Engineering at UTEP). Please send comments and/or suggestions to apennathur@utep.edu

 

 Investigators

Louis Everett

Arun Pennathur

Violet Jones

Kerrie Kephart

Elsa Villa