Undergraduate Education Program

Grant Abstracts 2018

Azusa Pacific University

James H-J Yeh
Azusa, CA
December 2018

This project aims to significantly increase undergraduate learning and research in the Department of Engineering and Computer Science (ECS) curriculum with a focus on 5G mobile technology and the Internet of Things (IoT).  A faculty team has developed special topics courses in cyber security systems and IoT, which will become regular course offerings.  However, without test equipment in wireless communications and dedicated servers, their efforts will be limited to the programming and integration of off-the-shelf devices.  This award provides equipment that will enhance student learning through active engagement in cutting-edge research in the areas of 5G and IoT.  It will enable undergraduates to have hands-on learning, perform significant research, and publish results.  At least five courses and five laboratories will be developed in: 1) Internet-of-Things, 2) Cyber-Physical Systems Security, 3) Data Analytics, 4) Wireless Communications Systems, and 5) Green Energy and Metrology.  The goals are to achieve the following outcomes: 1) increase undergraduate access to cutting-edge research, 2) expand employability by providing opportunities for publications, 3) enhance existing classroom laboratories, 4) develop new courses and laboratories based on the new equipment, and 5) increase student participation in technology incubation and product development.

California State University, Bakersfield

Chandranath Basak
Bakersfield, CA
December 2018

Through their impacts on climate, natural resources, and economies, oceans impact everyone on the globe.  To ensure that students have a basic understanding of ocean science, and to use the excitement of marine topics to recruit geoscientists, a team at California State University, Bakersfield is developing a new, immersive, hands-on undergraduate education program.  The project includes use of real data and samples in classroom labs, active student participation on a research voyage, and involvement in publishable scientific research.  This award will modernize the geochemical facilities to allow students to train and engage in research using state-of-the-art tools and techniques.  The aim of the program is to enable students to understand the scientific process, starting from literature surveys to address a scientific question, to constructing a testable hypothesis, analyzing oceanographic samples, interpreting data, and preparing for presentation to peers and experts.  The ultimate goal is to create a program and culture where the students can feel the excitement of discovery and increase their chances of recruitment and retention in science, technology, engineering and math (STEM).  The modernization of the geochemistry facility will also be available for student research in other departments within the University campus, supporting the overall strong commitment of the University towards supporting and promoting undergraduate research experience in STEM.

California State University, Los Angeles

John Bachman
Los Angeles, CA
December 2018

California State University, Los Angeles’ College of Engineering, Computer Science, and Technology (ECST) will create an Innovation and Design Center (IDC) to consolidate collaborative, project-based learning for over 1,000 undergraduate students each year.  The IDC will provide experiential learning throughout the ECST curriculum, provide training and access for students to design and fabricate projects for competition teams and research, and offer regular just-in-time workshops on design and manufacturing topics.  The IDC will enable students to develop confidence and superior skills in manufacturing, design, and innovation.  Most importantly, the experiential learning in the IDC will motivate and inspire students to be passionate about becoming engineers and technologists.  Through collaborative project-based learning, students will become better prepared for the STEM workplace.  Project personnel will assess and publish the role the IDC plays in promoting underrepresented student’s STEM identity and efficacy and the effect of the IDC on student success.

University of Montana

Richard Bridges
Missoula, MT
December 2018

University curricula often segregate the Liberal Arts (LA) fields from those in Science, Technology, Engineering, & Math (STEM) to the detriment of students pursuing either academic pathway.  It contributes to decreased science literacy among LA students, as well as losses in core competencies that an LA education brings to STEM students, such as critical thinking and “big picture” applications of new ideas and technologies to complex problems.  A growing cadre of faculty and administrators at the University of Montana believe a solution lies in the strategic integration of STEM, Humanities and Education curricula.  They propose neuroscience as an ideal platform for such integration, given its contemporary relevance, breadth, and fundamental interdisciplinarity.  To maximize impact, three major colleges will collaborate on developing and delivering novel neuroscience themed courses and experiential training.  Timing is fortunate, as the campus has a new president and provost, as well as a new strategic vision that stresses interdisciplinary education.  UM has also recently developed a STEM-intensive, multidisciplinary, research-focused neuroscience degree that provides a foundation for launching this endeavor.  This project will create new learning environments and experiences for a broad spectrum of students in an exciting area of interface between conventionally separate disciplines.

University of Utah

Stephen Goldsmith
Salt Lake City, UT
December 2018

To advance understanding of the complex, interrelated problems associated with artificial light and to engage undergraduate students in research to address the “disappearing dark,” the University of Utah will establish an undergraduate minor in Dark Sky Studies.  The primary barrier to these studies has been the lack of a single entity that considers the broad, interconnected forces that affect the disappearing dark and its impacts.  The topic’s intersections with many of our university’s colleges and departments enable an interdisciplinary team of instructors to develop three new courses that look at: 1) the spectrum of associated problems of light and air pollution, including public health and safety; 2) the way origin stories emerge across cultures from diverse interpretations of the stars; and, 3) approaches to innovative policy and design strategies that can be used to preserve access to the night skies and a host of other elements related to the disappearing dark.  This minor will complement existing degree programs spanning a wide range of disciplines.  Additionally, this project will include interdisciplinary research to create new technology for measuring light pollution that transfers the data directly to geographic information system mapping platforms.

Mount Saint Mary's University

Kim Middleton
Los Angeles, CA
June 2018

Through the establishment of an interdisciplinary makerspace and expansion of related faculty resources and support, Mount Saint Mary’s University seeks to enhance critical thinking, engagement, and stimulate peer-to-peer learning among students throughout its traditional undergraduate programs.  Under the auspices of the University’s Center for Academic Innovation and Creativity, the project director will work with a group of faculty representing the humanities, fine arts, natural sciences, and health sciences, to promote and pilot makerspace pedagogy among the wider faculty.  To ensure accessibility for faculty and students with limited time and impacted schedules, the proposed project relies initially on the use of multi-week modules: one-to-three-week makerspace-based projects that can be embedded within existing curriculum with relative ease and minimal revision.  It is expected that, after faculty have had the opportunity to pilot embedded modules within courses and experience the benefits of this technology and pedagogy, many will subsequently elect to design or redesign entire courses based around this pedagogy.  This project connects makerspace training and staffing to the University’s novel Student Media Services program in order to further peer learning and encourage student “ownership” of the space.  Further, the types of learning and activities that makerspaces facilitate are considered to be “high-impact practices,” which have been linked to improved student outcomes, especially among underrepresented populations.  In light of the diverse population that Mount St. Mary’s serves, an additional outcome of this project is expected to be the generation of new knowledge about how to meaningfully engage underrepresented populations in these spaces.

Oregon Institute of Technology

Eklas Hossain
Klamath Falls, OR
June 2018

This project will support the development of a small-scale independent “Smart Grid” lab to be used in undergraduate engineering programs at Oregon Tech.  The Smart Grid lab provides an independent hardware/software platform to explore operation, control and integration of renewable energy resources such as wind, solar, and geothermal with an existing power grid.  It will increase the competence of undergraduate students by arming them with advanced multidisciplinary knowledge to make them the perfect workforce for the evolving energy sector and power grid.  The new careers in energy sector require knowledge of several disciplines.  The current curriculum does not cover all of them, and the presently available materials and tools need to be updated to meet the changing needs of the evolving power grid.  This project will provide the Electrical Engineering & Renewable Energy department with those tools to expand the current curriculum with a complete independent Smart Grid platform that is currently absent in this sector.  It will also enable the students and faculty to conduct lab development and research work, independently and with collaboration with other institutes and industries, which will produce a lab/class experience for undergraduate engineering students using an actual small scale power grid.

San Jose State University

Lionel Cheruzel
San Jose, CA
June 2018

This project will engage students at the beginning of their undergraduate career in authentic research experiences.  The purpose is to develop student’s research-related skills and scientific understanding as well as increase research activities in the College of Science at San Jose State University.  This program, coined the Freshman Initiative for Research to Engage Students (FIRES), capitalizes on the scientific expertise of the four principle investigators (PIs) all with strong track records and experience in undergraduate research.  The introductory general chemistry sections will encourage students to enroll in a special Introduction to Research course, which will count toward their degree.  This course is designed to prepare students for research by dividing the learning experience into smaller segments, weekly training sessions, online training modules and guidance from peer mentors.  The students will then enter rotations in interdisciplinary research streams for an intensive hands-on experience.  Each stream rotation will offer a unique experience ranging from biocatalysis, to small molecule synthesis and biophysical characterization using state-of-the-art instrumentation.  Students can continue independent research in one of the PI’s laboratories or with other research groups in the biology and chemistry departments.  Students will benefit from research and mentorship stipends as well as later stage training programs already in place at SJSU to participate in research endeavors throughout their collegiate career.  The designed combination of a course and research streams is scalable, to accommodate an increasing number of freshmen.

Texas A&M University

Wei Li
College Station, TX
June 2018

Educators from Texas A&M University will design and implement an interdisciplinary project based learning model named ENDEAVR.  The model will help students embrace the paradigm shift of smart cities and technological development associated with automation and connectivity, with a particular focus on autonomous vehicles.  It will consist of four components, 1) an interdisciplinary seminar course, 2) an interdisciplinary project-based learning course, 3) community outreach, and 4) assessment of learning and community impact.  These components will focus on enhancing students’ interdisciplinary competence, critical thinking, and creative-problem-solving skills.  ENDEAVR will be a scalable and transferable model that can be implemented in other higher-education institutions across the nation.  Therefore, it has a strong potential to advance and transform the nation’s interdisciplinary undergraduate education in the era of smart and connected communities.

University of Dallas

Ellen Steinmiller
Irving, TX
June 2018

The University of Dallas will enhance cross-disciplinary scientific investigations offered to undergraduate students through teaching and research using a new scanning electron microscope (SEM).  The SEM will strengthen a cross-disciplinary initiative between the biology, chemistry and physics departments.  An existing lab course, Integrated Science Laboratory: The Color Blue, will be expanded to investigate nanoscale structures that cause blue coloration.  In addition, a new upper-level course in materials science will be developed and implemented in 2020.  The SEM will also enhance current undergraduate research in the areas of insect morphology characteristics and metal oxide photocatalytic properties.  This SEM will offer new opportunities for the university’s expanding science student body and faculty in scientific areas that span several disciplines.

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