Clinical Research Directory

The Effect of Benner's Jigsaw Teaching Technique Based on the Novice to Expert Model and Scenario-Based Peripheral Intravenous Catheterization Instruction on Skill Acquisition of Nursing Students: An Experimental Study.

This randomized controlled experimental study aims to evaluate the effectiveness of a training program based on the Jigsaw teaching technique and scenario-based learning in improving the peripheral intravenous catheterization skill levels of first-year nursing students. Participants will be randomly assigned to either the intervention group, receiving Jigsaw-based collaborative learning combined with clinical scenarios, or the control group receiving traditional skills training. The primary outcome is the improvement in students' clinical skill performance as measured by a standardized skill assessment checklist. The study seeks to determine whether innovative, active learning methods can enhance fundamental nursing skills training

VR Goggles-Supported Virtual Reality Model in Midwifery Basic Clinical Skills Training

This randomized controlled trial aims to evaluate the effectiveness of a virtual reality (VR)-based training model supported by VR goggles in improving basic clinical skills among midwifery students. Traditional skills training in midwifery education can be limited by time, instructor availability, and opportunities for repeated practice. VR technology offers an immersive, standardized, and repeatable learning environment that may enhance skill development and learner engagement. In this study, midwifery students will be randomly assigned to either the VR training group or the traditional training group. Participants in the VR group will practice selected basic clinical skills using a VR goggle-supported simulation model, while the control group will receive standard skills laboratory training. Both groups will be evaluated through objective structured clinical examinations (OSCEs), self-confidence scales, and skill performance checklists. The study aims to determine whether VR-enhanced training improves clinical skill acquisition, performance accuracy, and learner confidence compared with traditional methods. Findings from this research may help inform modern, technology-supported approaches to midwifery education.

The Effect of Video-Based Virtual Reality Education on Self-Confidence and Motivation in Nursing Students

This study is a randomized controlled, parallel patterned, single-blind experimental study conducted to investigate the effects of video-based virtual reality (VR) training on self-confidence and motivation levels of nursing students regarding peripheral venous catheterization (PVC) skills. The intervention group will receive video-based training via VR headsets, while the control group will be presented with the same content via traditional face-to-face narration and demonstration. Self-confidence and motivation levels before and after the training will be assessed with valid scales. The study is expected to contribute to the development of innovative technology-supported teaching strategies in nursing education.

Enhancing Nursing Skills With SimCapture Technology

The action research aims to enhance clinical nursing skills of nursing students through the implementation of the SimCapture cloud management system. Research has found that traditional teaching methods are insufficient in cultivating students' clinical skills, and students' learning characteristics and technological developments have also placed new demands on teaching. Although the research team previously attempted blended learning and simulation-based teaching, students' technical grades have shown a declining trend. To address this issue, the researchers plan to implement the SimCapture system and, based on observational learning theory, design teaching activities to enhance students' learning motivation and self-efficacy, ultimately improving their clinical skills.

Video vs Model Training for Leopold Maneuver Skills

This randomized controlled study aims to compare the effectiveness of video-based and model-based training methods in improving Leopold maneuver skills among second-year midwifery students. The study will be conducted at the Faculty of Health Sciences, Kahramanmaraş Sütçü Imam University. Eligible students will be randomly assigned into three groups: video-supported training, model-supported training, and control. All participants will first receive a 2-hour theoretical training session. Then, the video group will watch an instructional video, the model group will perform hands-on practice using anatomical models, and the control group will receive no additional intervention. Skill acquisition will be evaluated through practical assessments conducted a few days and two months after training. At the end of the study, compensatory training will be provided to all groups to ensure educational equity. Data collection tools include a psychomotor skills assessment form, a student satisfaction scale, and the Spielberger State Anxiety Inventory. Statistical analyses will be performed using SPSS software.