孟菲斯 NeuroSTART 计划:促进学生成功并增加神经科学研究生课程申请者的多样性。

Helen J K Sable, Deranda B Lester
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摘要

在美国国家科学基金会(NSF)资助的 "本科生研究体验计划"(REU)和国防部(DoD)空军科学研究办公室(AFOSR)资助的 "激励和支持本科生研究体验奖励计划"(ASSURE)的资助下,我们制定了一项计划,旨在增加成功申请神经科学和其他 STEM 相关研究生项目的少数种族和少数民族(URM)以及第一代本科生的人数。神经科学技术与研究培训(NeuroSTART)计划旨在增加孟菲斯地区参与行为神经科学研究的本科生人数。在这项为期两个学期的计划中,学生们在神经科学实验室完成了一个实证研究项目,接受了神经科学教师的个别指导,成为了 STEM 网络的一员,在研究会议上做了报告,并参加了专业的职业发展研讨会。在两批 15 名学生中,有 4 名是神经科学相关专业或医学院的博士生(占 27%),4 名受雇于神经科学相关研究机构(占 27%),3 名受雇于临床助理(占 20%),1 名受雇于 IT 领域(占 7%)。其余三人刚刚毕业,正计划在申请研究生/医学院入学前过一年空档期。孟菲斯 NeuroSTART 计划为参与者提供了宝贵的培训,使他们在申请健康科学领域的工作和神经科学研究生课程时更具竞争力。通过向第一代学生和少数民族学生提供这种培训,该计划产生了更广泛的影响,即增加了健康科学劳动力的多样性,尤其是那些专门从事神经科学相关研究和治疗的人员。
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Memphis NeuroSTART Program: Promoting Student Success and Increasing the Diversity of Applicants to Neuroscience Graduate Programs.

With grant support from the Research Experience for Undergraduates (REU) program funded by the National Science Foundation (NSF) and the Awards to Stimulate and Support Undergraduate Research Experiences (ASSURE) program funded by the Department of Defense (DoD) Air Force Office of Scientific Research (AFOSR), we established a program intended to increase the number of underrepresented racial and ethnic minority (URM) and first-generation undergraduate students successfully applying to neuroscience and other STEM-related graduate programs. The Neuroscience Techniques and Research Training (NeuroSTART) Program aimed to increase the number of undergraduate students from the Memphis area involved in behavioral neuroscience research. In this two-semester program, students completed an empirical research project in a neuroscience lab, received individual mentoring from neuroscience faculty, became part of a STEM network, presented at research conferences, and attended specialized professional development seminars. In two cohorts of 15 students, 4 are PhD students in neuroscience-related programs or in medical school (27%), 4 are employed in neuroscience-related research facilities (27%), 3 are employed as clinical assistants (20%), and 1 is employed in the IT field (7%). The remaining three recently graduated and are planning a gap year prior to applying for admission to graduate/medical school. The Memphis NeuroSTART program has provided valuable training to participants, making them competitive applicants for jobs in the health sciences and for admittance into graduate neuroscience programs. By providing this training to first-generation and URM students, the broader impact of this program was an increase in the diversity of the health sciences workforce, particularly those specializing in neuroscience-related research and treatment.

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Interactive Notebooks Improve Students' Understanding of Developmental Neurobiology, Attitudes Toward Research, and Experimental Design Competency in a Lecture-Based Neuroscience Course. Introducing BRAINOER: The Behavioral Research and Interdisciplinary Neuroscience Open Educational Repository. Low-Cost Classroom and Laboratory Exercises for Investigating Both Wave and Event-Related Electroencephalogram Potentials. Memphis NeuroSTART Program: Promoting Student Success and Increasing the Diversity of Applicants to Neuroscience Graduate Programs. Neurodiversity in the Minds of Students: From Perception to Campus Programming.
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