Laying the groundwork for clinical teaching in Bachelor of Science Nursing programs: findings from a grounded Delphi study
University of Nairobi
How they used Delve
Researchers at the University of Nairobi used Delve to code in-depth interviews with 13 nursing experts in the first round of a three-round grounded Delphi study on preparing Bachelor of Science Nursing students for clinical placements, applying constructivist grounded theory with two researchers coding independently.
“Qualitative data were analyzed using constructivist grounded theory. Transcripts underwent initial, focused, axial, and theoretical coding to build a thematic framework. Coding was supported by Delve software, with two researchers coding independently and meeting regularly for consistency.”
- Field
- nursing education; clinical placement preparedness
- Data
- Round 1: in-depth semi-structured interviews with 13 nursing experts (post-basic nursing education, five or more years of supervision experience), face to face or online; rounds 2 and 3: structured surveys with 103 and 75 participants
- Approach
- Grounded Delphi: constructivist grounded theory (initial, focused, axial, theoretical coding) on round-1 interviews, then two Likert-scale consensus rounds analysed in SPSS
- Data types
- Interviews, Open-ended survey responses
Abstract
Introduction: Bachelor of Science Nursing (BScN) students are exposed to clinical placements (CP) that are vital in advancing nursing competencies, but most of them attend the placements unprepared, thereby affecting learning, decision-making and safety. Even though CPs are compulsory, preparation is often unstructured and not consistent across universities hence undermining theory-practice integration. The research objective was to formulate systematic strategies that would enhance BScN students´ readiness for clinical placements. Methods: a 15-month Grounded Delphi study was conducted in three rounds: interviews with 13 professionals, followed by surveys with 103 and 75 participants (students, nurses, and lecturers). Thematic analysis and descriptive statistics were performed, and Kruskal-Wallis tests assessed differences in ratings of preparedness strategies across groups. Results: three key strategies emerged. The theory-to-practice Sequencing strategy emphasized acquiring theoretical knowledge before clinical exposure through coordinated instruction and essential skills training. The Goal-Oriented Learning Structures strategy focused on co-developed objectives and work plans using standard tools like rotation plans and logbooks. The Experiential Preparation approach highlighted simulations, mentorship, and practical training, though resource constraints remained a major challenge across universities and teaching hospitals. Conclusion: the academic-clinical interface in BScN programs can be strengthened with purposeful strategies aimed at preparing students with CPs by sequencing theory-practice, structured clinical learning with co-developed CP objectives, and experiential readiness through simulations. Nonetheless, the strategies must be implemented in a way that is viable to overcome the existing resource constraints.
Citation
Grace Wangechi Gachuiri, Lucy Kivuti-Bitok, Miriam Carole Atieno Wagoro (2026). Laying the groundwork for clinical teaching in Bachelor of Science Nursing programs: findings from a grounded Delphi study. Pan African Medical Journal. https://doi.org/10.11604/pamj.2026.53.157.49660