Momentary Assessment of Research Learning Environments

Guided by self-efficacy theory and social cognitive career theory, this EHR Core Research project will characterize key features of UREs and CUREs in the life sciences and how these features relate to students’ development as scientists.

• Sponsor
  National Science Foundation
  $1,420,571

• Principal investigator
  Erin Dolan
  Franklin College of Arts and Sciences

• Co-principal investigators
  Allan S. Cohen
  Department of Educational Psychology

  Kyle Johnsen
  College of Engineering

  Hye-Jeong Choi
  Educational Psychology

  Juan Ramirez-Lugo
  University of Puerto Rico, Río Piedras

• Active since
  October 2019

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Abstract

A growing number of studies show that participation in undergraduate research experiences (UREs), including course-based undergraduate research experiences (CUREs), may influence a student’s persistence in science, that is, whether a student graduates from college with a science degree. However, these research experiences have been widely implemented for many years without much knowledge of the specific characteristics of the experiences that are necessary to positively influence student persistence. This knowledge gap is critical to address because undergraduate research experiences vary widely in their designs and thus in their likely effectiveness. Furthermore, most studies of research experiences ask students to provide their perceptions at the end of the experience rather than during the experience. This delay can be problematic in several ways. For example, in end-of-experience assessments, students may overemphasize more recent events. In addition, end of experience assessment does not capture changes in students’ experiences over time. This research project will use a method called ecological momentary assessment to document students’ research experiences multiple times per week, enabling the investigators to better understand student experiences as they occur. This information has the potential to provide new insights into how UREs and CUREs influence student persistence in science. The research will involve students in introductory and upper-level research experiences, including UREs and CUREs in genetics, biochemistry, microbiology, ecology, and other life science disciplines. The study will include students at nine different universities, including those with high enrollments of students from groups underrepresented in science.

Guided by self-efficacy theory and social cognitive career theory, this EHR Core Research project will characterize key features of UREs and CUREs in the life sciences and how these features relate to students’ development as scientists. It will also address methodological shortcomings of previous studies of undergraduate student research experiences by adapting ecological momentary assessment (EMA) and topic modeling to identify recurring themes in students’ responses to EMAs. In Phase 1 the researchers will test and refine the research methodologies. The team will use EMA to:

• Collect and analyze data from a diverse group of 750 students who are participating in UREs and CUREs at nine universities
• Characterize aspects of the experiences that are hypothesized to affect student development (amount of time, nature of collaborations, levels of epistemic involvement)
• Identify other aspects of research experiences that are salient to students

In addition, the investigators will use established scales to measure students’ science self-efficacy, sources of efficacy, scientific identity, outcome expectations, and intentions to continue in science before and after participating in UREs. In Phase 2, the project team will collect and analyze data from a second cohort of 750 students, and use structural equation modeling to better understand how features of research experiences serve as sources of self-efficacy for students. In addition, the project team will identify the features of research experiences that relate to changes in students’ science self-efficacy, science identity, expectations about further education or a career in science, and intended and actual persistence in science. The team will also explore whether and how the results differ with respect to student sociodemographic variables. The research results are expected to provide a better understanding of the important aspects of research experiences, and to provide insights into how to design UREs and CUREs to support all students in realizing desired educational outcomes, especially their persistence in science.