ISSN (Print): Awaited ISSN (Online): 3107-5932
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THE RADPAC

Published by SPJ Publication (SPJ Publications Pvt. Ltd.)

Open Access Journal

Original Research

Knowledge and Awareness of Radiation Safety Mechanisms Among B.Sc. Radiology Third-Year Students: A Survey-Based Study

Authors: Sakib Khan

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Abstract

Background: Radiation safety is a fundamental component of radiological practice. Radiology students, particularly those in their final year, are expected to possess adequate knowledge and awareness of radiation hazards and protection principles to ensure patient, occupational, and public safety.

Aim: To assess the level of knowledge and awareness regarding radiation safety mechanisms among B.Sc. Radiology third-year students.

Methods: A cross-sectional survey was conducted among third-year B.Sc. Radiology students using a structured, self-administered questionnaire. The questionnaire assessed knowledge of radiation hazards, dose limits, protective devices, regulatory guidelines, and the ALARA principle. Data were analyzed using descriptive statistics.

Results: Most students demonstrated moderate awareness of basic radiation protection concepts; however, gaps were identified in knowledge related to dose limits, radiation units, and regulatory standards. Students with regular clinical exposure showed better understanding compared to those with limited hands-on experience.

Conclusion: While general awareness of radiation safety was satisfactory, specific knowledge deficits highlight the need for strengthened radiation protection education and continuous training during undergraduate radiology programs.

Keywords: Radiation safety, Radiology students, ALARA, Radiation protection, Survey study


Article Information
DOI: 10.62502/tr/v1i1ar10
Journal: THE RADPAC
Abbreviation: THE RADPAC
ISSN (Print): Awaited
ISSN (Online): 3107-5932
Volume/Issue: 1(1)
Pages: 5-9

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How to Cite
Vancouver Style:
Khan S. Knowledge and Awareness of Radiation Safety Mechanisms Among B.Sc. Radiology Third-Year Students: A Survey-Based Study. THE RADPAC 2025;1(1):5-9. doi: 10.62502/tr/v1i1ar10