The Role of the Graduate Student in Inclusive Undergraduate Research Experiences

Author(s):  
Hannah Franz ◽  
Anne Charity Hudley ◽  
Rachael Scarborough King ◽  
Kendra Calhoun ◽  
deandre miles-hercules ◽  
...  

Abstract The authors present a lab-based research model that engages graduate students in undergraduate research mentorship positions that are mutually beneficial for graduate students, undergraduates, and faculty. They show how this model can be scaled up and adapted across the range of English disciplines. The authors share examples of the different types of research that they have engaged in for linguistics, literary archival studies, creative writing, and writing pedagogy. These examples illustrate how undergraduate research mentorship can prepare graduate students to teach and mentor students using effective methods in various institutional contexts.

2017 ◽  
Author(s):  
Serghei Mangul ◽  
Lana Martin ◽  
Eleazar Eskin

While the benefits of undergraduate research experiences (UREs) are recognized for undergraduates, the advantages of UREs for graduate students, post-doctoral scholars, and faculty are not clearly outlined. The analysis of genomic data is particularly well-suited for successful involvement of undergraduates. We offer a framework for engaging undergraduates in genomics research while simultaneously improving lab productivity. The proposed strategy can be easily reproduced at other institutions, is pedagogically flexible, and is scalable from smaller to larger laboratory sizes. We hope that genomics researchers will involve undergraduates in more computational tasks that benefit both students and senior laboratory members.


2017 ◽  
Author(s):  
Serghei Mangul ◽  
Lana Martin ◽  
Eleazar Eskin

While the benefits of undergraduate research experiences (UREs) are recognized for undergraduates, the advantages of UREs for graduate students, post-doctoral scholars, and faculty are not clearly outlined. The analysis of genomic data is particularly well-suited for successful involvement of undergraduates. We offer a framework for engaging undergraduates in genomics research while simultaneously improving lab productivity. The proposed strategy can be easily reproduced at other institutions, is pedagogically flexible, and is scalable from smaller to larger laboratory sizes. We hope that genomics researchers will involve undergraduates in more computational tasks that benefit both students and senior laboratory members.


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