@article{cda61886586e4d599206b28212e8eeda,
title = "Beyond skills: building research capacity through cognitive apprenticeship and social capital",
abstract = "International calls for building capacity in engineering education research (EER) as a discipline have led to the development of workshops, training programs, and resources for scholars to learn and practice EER. Building capacity in EER as a discipline depends not only on the research skills of scholars, but also their sustained engagement in the discipline through the development of strong social networks. Understanding how scholars develop robust social networks through mentorship will support building research capacity in the field. This study was designed to answer the research question: How do established engineering education researchers help new engineering education researchers build social capital for EER through mentoring relationships? It draws on semi-structured interviews leveraging critical incident technique conducted with nine participants: two mentors and seven mentees. The findings suggest that mentors serve critical roles in the professional development of engineering faculty (academics) in EER as a discipline, providing training in methods and theories, developing mentees{\textquoteright} social networks, and providing moral support for entering a new field. Building capacity efforts and related structured mentoring programs (and mentoring training) should emphasise the importance of developing mentees{\textquoteright} social networks to support sustained engagement in EER.",
keywords = "Faculty development, critical incident interviews, mentoring, qualitative",
author = "Jensen, {Karin J.} and Miller, {Isabel M.} and Suresh, {Deepthi E.} and Martin, {Julie P.}",
note = "However, the fact that making the move from engineering research to EER requires faculty (academics) to embrace both a research paradigm shift (to understand fundamental differences in engineering and educational work) and enculturation into a new research community poses a barrier to the development of EER (e.g. working in interdisciplinary collaborations and grounding research in theoretical frameworks) (Borrego ). Structured training programs for engineering faculty interested in EER have included both skill development and mentoring as key components (Benson et al. ; Borrego ; National Science Foundation ). An early effort in the US was the Rigorous Research in Engineering Education, a five-day workshop for engineering faculty that took place in 2004\u20132006. It covered content related to research questions, theories, and methods for EER, created a community of practice, and required participants to work with an experienced social science researcher as a mentor (Borrego ). Since that time, the NSF has developed \u2018research initiation\u2019 projects that fund mentored research projects where engineering faculty are mentored by one or more experienced engineering education researchers. As of 2020 NSF had invested $19 million in the Research Initiation Grants in Engineering Education program (2011 to 2016) and its successor, Research Initiation in Engineering Formation (RIEF, National Science Foundation ). Mentoring relationships in the RIEF program often follow the cognitive apprenticeship model, where experts (mentors) guide novices (mentees) through guided experience on cognitive and metacognitive tasks (Dennen and Burner ). The current study is based on mentoring relationships formed to support projects funded by RIEF grants. This work was supported by the National Science Foundation under award numbers EEC-2029446 and EEC-2029410. Any opinions, findings, and conclusions or recommendations expressed in this material are those of the authors and do not necessarily reflect the views of the National Science Foundation. The authors thank the participants for sharing their experiences. We thank Ebuka Egwuonwu who participated in the data collection and early data analysis phases of the project.",
year = "2023",
doi = "10.1080/22054952.2023.2230068",
language = "English (US)",
volume = "28",
pages = "97--109",
journal = "Australasian Journal of Engineering Education",
issn = "1324-5821",
publisher = "Engineers Australia",
number = "1",
}