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Challenge <p>Biomedical engineering (BME) students often struggle to connect classroom learning with industry expectations for entry-level roles. While curricula emphasize technical knowledge, students may lack awareness of how these competencies translate into real-world job responsibilities, leading to low confidence in career readiness and diminished motivation. This gap is compounded by the diversity of BME career paths and the absence of explicit links between course activities and professional skills.</p> Novel Initiative <p>To address this challenge, two BME courses integrated career context using a “Career Connection Sandwich” approach. Real job advertisements were analyzed and incorporated into course design through a backwards design framework. In a junior-level laboratory course, job postings informed objectives emphasizing technical communication, protocol design, and statistical analysis. Similarly, a sophomore-level anatomy course included medical image segmentation exercises aligned with skills from surgical planning roles. Students reviewed job postings at the start and end of the semester and reflected on their perceived readiness, reinforcing connections between coursework and industry needs.</p> Reflection <p>The initiative improved student confidence in their abilities to apply for entry-level biomedical engineering roles. End-of-semester polls showed a marked increase in students feeling qualified for the featured roles, and qualitative feedback highlighted the value of authentic, career-focused activities. Students reported applying course skills in interviews and recognized the relevance of their learning to professional practice. This adaptable model fosters self-efficacy, enhances motivation, and equips students with technical and transferable skills essential for biomedical engineering careers.</p>

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A Job-Ad-Driven Approach in Biomedical Engineering Education to Create Authentic Learning through Industry Context

  • 期刊论文

  • 出版模式：

    开放获取

  • 发表日期：

    2026年6月22日

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  • Rachel C. Childers

摘要

Challenge

Biomedical engineering (BME) students often struggle to connect classroom learning with industry expectations for entry-level roles. While curricula emphasize technical knowledge, students may lack awareness of how these competencies translate into real-world job responsibilities, leading to low confidence in career readiness and diminished motivation. This gap is compounded by the diversity of BME career paths and the absence of explicit links between course activities and professional skills.

Novel Initiative

To address this challenge, two BME courses integrated career context using a “Career Connection Sandwich” approach. Real job advertisements were analyzed and incorporated into course design through a backwards design framework. In a junior-level laboratory course, job postings informed objectives emphasizing technical communication, protocol design, and statistical analysis. Similarly, a sophomore-level anatomy course included medical image segmentation exercises aligned with skills from surgical planning roles. Students reviewed job postings at the start and end of the semester and reflected on their perceived readiness, reinforcing connections between coursework and industry needs.

Reflection

The initiative improved student confidence in their abilities to apply for entry-level biomedical engineering roles. End-of-semester polls showed a marked increase in students feeling qualified for the featured roles, and qualitative feedback highlighted the value of authentic, career-focused activities. Students reported applying course skills in interviews and recognized the relevance of their learning to professional practice. This adaptable model fosters self-efficacy, enhances motivation, and equips students with technical and transferable skills essential for biomedical engineering careers.