{"title":"书评:霍洛维茨,G.向第一代大学生教授STEM:教师和未来教师的指南","authors":"Jacob T. Tucker","doi":"10.1177/1521025121992317","DOIUrl":null,"url":null,"abstract":"In her new book, Teaching STEM to First Generation College Students: A Guidebook for Faculty & Future Faculty, Gail Horowitz offers practical methods for teaching STEM students the value of efficient studying strategies beneficial for first-generation college students. Horowitz received her Ph.D. in science education from Teachers College, Columbia University, and has taught a wide selection of chemistry courses for over 30 years in the East coast, exposing Horowitz to a diverse population of students including low-income, minority, and first-generation students. Horowitz has taught at a small private university, a mid-sized urban college, and currently resides at Bard High School Early College where she conducts research focusing on pedagogies related to selfregulated learning (SRL) in chemistry students. 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引用次数: 0
摘要
在她的新书《向第一代大学生教授STEM:教师和未来教师指南》中,Gail Horowitz提供了实用的方法来教授STEM学生有效学习策略的价值,这些策略对第一代大学生有益。霍洛维茨在哥伦比亚大学师范学院获得了科学教育博士学位,并在东海岸教授了30多年的化学课程,让霍洛维茨接触到不同的学生群体,包括低收入家庭、少数民族和第一代学生。霍洛维茨曾在一所小型私立大学、一所中等规模的城市学院任教,目前居住在巴德高中早期学院(Bard High School Early college),在那里她主要研究与化学学生自我调节学习(SRL)相关的教学法。这本书展示了一种独特的能力,将数十年的STEM(科学,技术,工程和数学)教学经验,学生学习模式的课堂观察和当前高等教育文献联系起来。霍洛维茨丰富的教学经验使她的书将STEM学生的教学技巧与第一代大学生的自我调节学习技能联系起来。通过阅读学生的个人故事和经历,霍洛维茨立即在读者和第一代学生之间建立了联系。她定义了第一代学生的名称,并描述了他们在高等教育中学习的实证研究概念。例如,在讨论理解第一代学生大学成功的理论方法时,霍洛维茨认为,教师需要认识到推动第一代学生成功的机制,因为它与文化资本有关。在其他地方,她强调了Perna和Thomas(2008)的工作,以及他们与Yosso(2005)的《大学生留任文化财富杂志:研究、理论与实践》的比较
Book Review: Horowitz, G. Teaching STEM to First Generation College Students: A Guidebook for Faculty & Future Faculty
In her new book, Teaching STEM to First Generation College Students: A Guidebook for Faculty & Future Faculty, Gail Horowitz offers practical methods for teaching STEM students the value of efficient studying strategies beneficial for first-generation college students. Horowitz received her Ph.D. in science education from Teachers College, Columbia University, and has taught a wide selection of chemistry courses for over 30 years in the East coast, exposing Horowitz to a diverse population of students including low-income, minority, and first-generation students. Horowitz has taught at a small private university, a mid-sized urban college, and currently resides at Bard High School Early College where she conducts research focusing on pedagogies related to selfregulated learning (SRL) in chemistry students. The book displays a unique ability to connect decades of instructional experience in STEM (Science, Technology, Engineering, and Math), classroom observations in student learning patterns, and current literature in higher education. Horowitz extensive teaching experience allows her book to connect teaching techniques for STEM students with self-regulated learning skills for first-generation college students. Horowitz immediately establishes a connection between the reader and firstgeneration students through the reading of student’s personal stories and experiences. She defines the designation of first-generation students and describes the empirical research conceptualization of their learning in higher education. For example, in discussing theoretical approaches to understanding the college success of first-generation students, Horowitz argues a need for faculty to recognize the mechanisms that drive successful outcomes of first-generation students as it relates to cultural capital. Elsewhere, she highlights the work of Perna and Thomas (2008) and their comparison of Yosso’s (2005) Cultural Wealth Journal of College Student Retention: Research, Theory & Practice