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Full-Text Articles in Education
Developing Career Pathways In Uas For Non-Traditional Students Through Collaborative, Online Learning Environments, Kimberly Luthi, Christian Janke
Developing Career Pathways In Uas For Non-Traditional Students Through Collaborative, Online Learning Environments, Kimberly Luthi, Christian Janke
Publications
The integration of drone technologies through online simulation platforms and uncrewed system scenarios offer opportunities to introduce STEM concepts from the fields of robotics, computer science, mechatronics, and aviation. New software technology developments will increase student engagement in STEM education and support learning of uncrewed systems applications and operating competencies. The use of drone simulation software creates a collaborative environment for group activities and sharing of results with peer review.
The Shared Experiences Of Non-Traditional Groups In Academic Stem Disciplines, Kimberly Luthi
The Shared Experiences Of Non-Traditional Groups In Academic Stem Disciplines, Kimberly Luthi
Publications
The results of this effort resulted in the identification of factors that can be used as a conceptual framework for establishing institutional conditions and a work environment across higher education institutions that support women’s advancement and retention in academic appointments of leadership related to STEM disciplines and workplace education. The research considers relevant literature related to current institutional strategies and predictors for women’s success and retention in STEM disciplines. Such an exploration addresses challenges of non-traditional groups, specifically gender inequity issues regarding women’s advancement in STEM.
Hook, Line, And Sinker: How To Build Dei In Stem Focused Institutional Repositories By Putting Student Research First, Anne Marie Casey, Debra Rodensky
Hook, Line, And Sinker: How To Build Dei In Stem Focused Institutional Repositories By Putting Student Research First, Anne Marie Casey, Debra Rodensky
Publications
Embry-Riddle Aeronautical University (ERAU) Scholarly Commons is an institutional repository on the bepress Digital Commons platform that highlights the intellectual output of the university’s faculty, staff, and students. Established in May 2013, Scholarly Commons has grown to include faculty, student, and staff research, instructional materials, journals, magazines, conferences, and research data. By August 2022, the collections consisted of more than 34,600 works downloaded nearly 4.9 million times. An important part of this collection is the research submitted by undergraduate students, which offers a variety of diverse voices.