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April 24, 2026Emerging Topics in Life Sciences0 citationsOpen Access

Perceived impact of field trips on students’ sense of community, skills and knowledge in Biosciences and Chemistry undergraduate degrees

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MLMelissa M. LaceyNBNeil BricklebankDSDavid P. Smith

Key Points

  • To explore the perceived impact of field trips on students' knowledge, employability skills, and sense of community in Biosciences and Chemistry.
  • Collected questionnaire data from students and academic staff across five undergraduate programmes
  • Conducted thematic analysis of open-text responses from participants
  • Identified barriers and recommendations for field trip participation
  • Field trips are valued for enhancing subject knowledge and practical skills
  • Biology students showed the strongest desire for field trips, while Biochemistry students showed the least
  • Barriers reported included financial constraints, health concerns, and work commitments

Abstract

Field trips are widely recognised for their pedagogical value in natural sciences, yet their role in Biosciences and Chemistry undergraduate education remains underexplored. This case study investigates the perceived impact of field trips on students' subject knowledge, employability skills and sense of community within the School of Biosciences and Chemistry at Sheffield Hallam University. Using questionnaire data from students and academic staff across five undergraduate programmes, the study reveals that field trips are highly valued for linking theory to practice, strengthening practical and employability skills, and fostering peer relationships. Biology students expressed the strongest desire for field trips, while Biochemistry students showed the least interest. Academic staff, and the majority of undergraduates, supported field trip inclusion across all courses. Thematic analysis of questionnaire open-text responses identified key benefits, including deepened subject knowledge, career insights and increased course belonging. However, barriers to participation - primarily financial constraints, health concerns and work commitments - were reported by both students and staff. Recommendations to improve accessibility included offering free or low-cost trips, scheduling within teaching hours and early communication. The findings underscore the importance of inclusive, well-structured field trip opportunities to enhance student engagement and learning outcomes. This research informs the development of a cost-effective and accessible field trip programme across Biosciences and Chemistry courses, aligning with institutional goals and student needs.

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Cite This Study

Lacey et al. (2025) studied this question.

synapsesocial.com/papers/69eb08ef553a5433e34b3a57https://doi.org/10.1042/etls20253024
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