Eraña-Rojas Irma Elisa, López Cabrera Mildred Vanessa, Ríos Barrientos Elena, Membrillo-Hernández Jorge
Tecnologico de Monterrey, Escuela de Medicina y Ciencias de la Salud, Ave. Morones Prieto 3000, Monterrey, NL, 64710, Mexico; Writing Labs, Tec Labs, Tecnologico de Monterrey, Vice-rectory of Research and Technology Transfer (Vicerrectoría de Investigación y Transferencia de Tecnología), Ave. Eugenio Garza Sada 2501, Monterrey, 64849, NL, Mexico.
Tecnologico de Monterrey, Escuela de Medicina y Ciencias de la Salud, Ave. Morones Prieto 3000, Monterrey, NL, 64710, Mexico.
J Forensic Leg Med. 2019 Nov;68:101873. doi: 10.1016/j.jflm.2019.101873. Epub 2019 Oct 4.
Learning about forensic sciences is a crucial part of the formation of professionals working in medicine and health areas; this includes a range of coverage from legal-medical cases to forensic autopsies. However, knowledge of forensics by medical students is limited, because the teaching focus has been on the fundamentals of procedures in this field. To develop the necessary skills, specific support, and targeted learning tasks should be designed to enable the integration of interdisciplinary work in processes, infrastructure, and equipment used in a high-quality-forensic investigation. The innovative educational experience of the Crime Scene Investigation CSI Lab was a week-long activity using the pedagogical strategy of Challenge-Based Learning. It addresses the problem that students need training in an authentic setting. The intervention, in September 2017, included 33 students from different disciplines such as medicine, law, and marketing. They participated in various learning settings in multidisciplinary teams and were challenged by experts from the State Institute for Forensic Sciences to analyze specific processes. The outcomes of the CSI Lab implementations provided evidence of how the students benefited from the experience. The results showed that 80% of the teams had an excellent approach to the solution, justification of the proposal and feasibility assessment. However, only 60% achieved a solution that met the requirements. The educational process was assessed by their perceptions of the educational strategy of the CSI Lab experience. The results indicated that 88.9% of the students believed that the experience broadened their perspectives on forensic sciences. 73.1% thought that the design of the activities, visits, and plenaries added value to their academic training, and 88.9% found it to be interesting. Regarding whether or not the activities helped the participants to understand and perform a legal-medicine investigation, 92.6% believed that it did help them recognize and understand the interventional areas and processes necessary for the investigation. CONCLUSION: Students demonstrated high acceptance of the context-rich design of the practical activities and educational experiences that were grounded in active learning. The effect on curriculum design is that the interactions and interdisciplinarity of the programs must be assessed, as these experiences could motivate them to engage in solving the social challenges of the 21st century.
学习法医学是医学和健康领域专业人员培养的重要组成部分;这涵盖了从法律医学案例到法医尸检等一系列内容。然而,医学生对法医学的了解有限,因为教学重点一直放在该领域程序的基础知识上。为了培养必要的技能,应设计特定的支持和有针对性的学习任务,以便在高质量法医调查所使用的流程、基础设施和设备中整合跨学科工作。犯罪现场调查(CSI)实验室的创新教育体验是一项为期一周的活动,采用了基于挑战的学习教学策略。它解决了学生需要在真实环境中接受培训的问题。2017年9月的这次干预活动包括来自医学、法律和市场营销等不同学科的33名学生。他们以多学科团队的形式参与各种学习环境,并受到国家法医学研究所专家的挑战,去分析特定流程。CSI实验室实施的结果证明了学生如何从这次经历中受益。结果显示,80%的团队对解决方案、提案的合理性和可行性评估有出色的方法。然而,只有60%的团队达成了符合要求的解决方案。通过他们对CSI实验室体验教育策略的看法来评估教育过程。结果表明,88.9%的学生认为这次经历拓宽了他们对法医学的视野。73.1%的学生认为活动、参观和全会的设计为他们的学术训练增添了价值,88.9%的学生觉得它很有趣。关于这些活动是否帮助参与者理解和进行法律医学调查,92.6%的学生认为确实帮助他们认识和理解了调查所需的干预领域和流程。结论:学生对基于主动学习的实践活动和教育体验的丰富情境设计表现出高度接受。对课程设计的影响是,必须评估课程的互动性和跨学科性,因为这些体验可能会激励他们参与解决21世纪的社会挑战。