Poltava State Medical University, Poltava, Ukraine
DOI 10.32782/2226-2008-2023-1-16
Higher education institutions should create a safe and secure educational environment for teaching clinical skills. To achieve this goal one of the ways is to use simulation technologies.
The aim. Introduce simulation technologies into the educational process and evaluate their effectiveness in passing an objective structural research exam.
Materials and methods. Simulation class was created on the basis of the department. It equipped with dummies and phantoms. The staff of the department prepared two stations: «obstetric» and «gynecological». 28 algorithms for the implementation of practical skills and checklists for assessing the actions of students of higher education have been developed.
Results. The use of simulation processes has a positive impact on the organization of the educational process. At any time, you can simulate a complex or rare clinical case and repeat it as many times as necessary to acquire the necessary level of specialist competence. The acquired experience of teaching and the great clinical experience of the staff of the department made it possible to develop algorithms for performing practical skills on phantoms, mannequins. The described fact allows you to work out the performance of certain actions, makes it possible to repeat manipulations, reduces the time required to master the skill in a clinical environment and minimizes harm to the patient's health during clinical intervention.
Conclusions. The introduction of modern teaching technologies into the educational process in the form of classes, centers of simulation technologies on the basis of universities and clinics will contribute to effective preparation for the OSCE.
Key words: simulation technologies, educational process, exam, students of higher education.
REFERENCES
- Boichuk TM Herush IV Khodorovskyi VM Koloskova OK Marusyk (2018). Efficiency of simulation scenarios in optimization of students’ practical training in higher education institution of Ukraine. Medychna osvita – Medical education,2. – https://doi.org/10.11603/me.2414- 5998.2018.2.8965 (in Ukrainian).
- Hromova АМ Мітyunina NІ Hromova ОL Liakhovska ТY Martinova LІ. Simulation training – preparation for OSP(K)I. Materialy naukovo-metodychnoi konferentsii z mizhnarodnoiu uchastiu «Suchasni trendi rozvitku medichoyi osviti: perspektivi i zdobutki». 2022 November 24: 82-84; Poltava,UA.
- Hromova АМ Мітyunina NІ Маrtinenko VB Liakhovska TYu. Training of obstetricians-gynecologists: present and future. Materialy All-Ukrainian naukovo-metodychnoi konferentsii z mizhnarodnoiu uchastiu «Suchasna medichna osvita: metodologiya, teoriya, praktika». 2020 March 19: 53-55;; Poltava,UA .
- Lisoviy VM Kapustnik VA Маrkovskiy VD Zavgorodnsiy ІV. General problems and prospects of using stimulating methods of education. Materialy naukovo-metodychnoi konferentsii, prisvyatchenoyi 212-y richnizhi vid dnua zasnuvannya річниці від дня заснування KhNMU «Simulyaziyne navchannya v sistemi pidgotovki medichnich kadriv». 2016 November 30: 69-72; Kharkiv, UA.
- Маksimuk ОYu., Liakhovska TYu Liakhovska АV. Interactive learning methods are the key to the success of training a future medical specialist. Materialy naukovo-metodychnoi konferentsii z mizhnarodnoiu uchastiu «Realii, problemy ta perspektyvy vyshchoi medychnoi osvity». 2021 March 25: 163-165; Poltava, UA.