Nurses increasingly rely on digital systems in healthcare, yet mathematics education often fails to connect with clinical practice. This project examines whether an approach proven in engineering education can also help nursing students link mathematical skills to real-world healthcare contexts.

Objective

The project scales up a proven educational innovation from engineering programmes to the Bachelor of Nursing. Through practice-based assignments, just-in-time instruction and inquiry-based learning, the project examines whether nursing students develop stronger techno-mathematical skills and greater mathematical self-efficacy.

Results

  • Validated assessment tool for nursing-related mathematical literacies (TmLs)
  • Practical teaching materials for educators
  • Recommendations for curriculum development in higher professional education
  • Publication on Onderwijskennis.nl.

Approach

The project applies a design-based research methodology. Students work in teams on three consecutive assignments of increasing complexity. Effectiveness is assessed through pre- and post-tests (TmL assessments) and semi-structured interviews with students, educators and professional stakeholders.

Education impact

Calculation errors by nurses can have serious consequences for patient safety. This project contributes to a structural improvement of mathematics education in nursing by better aligning it with an increasingly digital healthcare environment. The outcomes – a validated tool, teaching materials and curriculum recommendations – are also applicable to other healthcare programmes.

HU researchers involved in the research

  • Tim Idzenga | Researcher | Microsystems Technology
    Tim Idzenga
    • Researcher
    • Research group: Smart Systems for Healthy Living
  • Lonneke Boels
    Lonneke Boels
    • Professor
    • Research group: Mathematical and analytical competence of professionals

Co-financing

NRO Scaling Grant 2025 (Netherlands Initiative for Education Research)

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