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Immersion Experiences for Biomedical Engineering Undergraduates: Comparing Strategies and Local Partnerships at Two Institutions

  • Justin Huber
  • , Steven Higbee
  • , Christina Espinosa
  • , Babak Bazrgari
  • , Sharon Miller

Research output: Contribution to journalArticlepeer-review

4 Scopus citations

Abstract

Immersion experiences for undergraduate students in biomedical engineering are key contributors to their ability to identify medical needs. Despite this, as few as 25% of surveyed programs report providing such opportunities. Since 2010 when the National Institute of Health began its R25 grant mechanism to support curricular development toward team-based design, several institutions have established programs for immersion experiences, which provide precedent for their implementation. Published results from such immersion experiences highlight successes in structure and changes in student perspectives after these experiences. As more institutions expand their biomedical engineering curriculum with new immersion-focused programs, it is important to learn from these precedents while also considering opportunities to improve. For newly funded groups that are developing and implementing programs, they may find improved success by strategic use of unique partnerships. However, these partnerships may not be immediately evident to program organizers. Our objective is to discuss two institutions that recently established programs for immersion experience. In the comparison of our two immersion programs, we found five overlapping core features that include: immersion partner collaboration, team-based immersion experiences, needs-finding emphasis, team-based engineering design experiences, and immersion assessment and evaluation. Both programs developed collaborative partnerships with nearby medical schools. Additionally, one program partnered with a community resource (i.e., Human Development Institute). Despite nuanced program differences, we found that students at both programs self-reported increased knowledge or confidence in aspects of the design process (e.g., identifying and refining user needs, concept generation). Our results also highlight student gains unique to their programs – UK students self-reported gains on disability topics and IUPUI students self-reported gains on socioeconomic awareness. In summary, immersion partner collaboration, or partnership, surfaced as a core feature for both programs, and students in both immersion programs endorsed enhanced knowledge or confidence in engineering design.

Original languageEnglish
Pages (from-to)961-975
Number of pages15
JournalInternational Journal of Engineering Education
Volume39
Issue number4
StatePublished - 2023

Bibliographical note

Publisher Copyright:
# 2023 TEMPUS Publications.

Funding

In addition to our efforts to leverage IUPUI’s location and collaborations to create a clinical immersion program that highlights health care disparities, it was important to develop a rigorous plan for program evaluation and student assessment given the lofty goals of the program. Again, program planners were able to leverage strengths of the IUPUI campus toward this end. IUPUI is home to the STEM Education and Innovation Research Institute (SEIRI), a campus group that funds and provides guidance to faculty engaged in curriculum development and educational research in STEM fields. The program planners received a seed grant from SEIRI in advance of applying for the NIH R25 grant that ultimately funded the INdiana Summer Clinical Residency in Innovation for Biomedical Engineers, or (IN)SCRIBE Program. This seed grant supported work to establish collaborators within IUSM, to create new curriculum in needs identification for third-year BME undergrad- uates, and to begin crafting assessment tools for clinically connected programming. SEIRI faculty and staff have provided guidance through development of curriculum and assessment tools. Beyond IUPUI, program planners have leveraged their proximity and connections to faculty within the Purdue School of Engineering Education.

Funders
SEIRI
National Institutes of Health (NIH)

    UN SDGs

    This output contributes to the following UN Sustainable Development Goals (SDGs)

    1. SDG 3 - Good Health and Well-being
      SDG 3 Good Health and Well-being

    Keywords

    • clinical immersion
    • engineering design
    • evidence-based practice
    • experiential learning
    • user needs

    ASJC Scopus subject areas

    • Education
    • General Engineering

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