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Introduction Physicians enter residency with varied knowledge regarding the purpose of progress notes and proficiency writing them. The objective of this study was to test whether resident knowledge, beliefs, and confidence writing inpatient progress notes improved after a 2.5-hour workshop intervention. Methods An educational workshop and note assessment tool was constructed by resident and faculty stakeholders based on a review of literature and institutional best practices. The Progress Note Assessment and Plan Evaluation (PNAPE) tool was designed to assess adherence to best practices in the assessment and plan section of progress notes. Thirty-four residents from a midsized pediatric residency program attended the workshop, which consisted of didactics and small-group work evaluating sample notes using the PNAPE tool. Participants completed a four-question online pre- and postworkshop survey to evaluate their knowledge of progress note components and attitudes regarding note importance. Pre-post analysis was performed with Chi-square testing for true/false questions, and Mann-Whitney testing for Likert scale questions and summative scores. Results A majority of pediatric residents completed the preintervention (n = 26, 76% response rate) and postintervention (n = 23, 68% response rate) surveys. Accurate response rate improved in 15 of 20 of the true/false items, with a statistically significant improvement in five items. Resident perceptions of note importance and confidence in note writing also increased. Discussion A workshop intervention may effectively educate pediatric residents about progress note best practices. Further studies should assess the impact of the intervention on sustained knowledge and beliefs about progress notes and subsequent note quality.

Introduction Physicians enter residency with variable proficiency in note writing and knowledge of note purpose. Best practice guidelines give learners some direction, but may not provide adequate explanation about the importance and purposes of progress notes. Objective Test the efficacy of a workshop intervention on changing resident knowledge, attitudes, and beliefs about progress notes. Methods An educational workshop was constructed by residents and faculty stakeholders based on review of the literature, institutional best practices, and a previously designed note assessment tool. Residents from a mid-sized pediatric residency program attended a workshop consisting of best practice didactics and small group work using the tool to assess example progress notes. Participants completed a 22-question online survey (Qualtrics) before and after the workshop to evaluate knowledge of progress note components and attitudes regarding note importance. Pre-post analysis was performed with Chi square testing for true/false questions and Mann-Whitney testing for Likert scale questions. Results Pediatric residents (n=26, 79% response rate) completed the pre-intervention online survey, and 23 (70%) completed the post-intervention survey. Accurate response rate improved in 15/20 of the true/false content questions, with a statistically significant improvement in five of them (p Discussion/Conclusion This study suggests that a workshop intervention is an effective method of educating pediatric residents on progress note best practices. Further studies should assess the impact of the intervention on sustained resident knowledge and beliefs about progress notes and subsequent note quality.

Background Daily progress notes are vital cross disciplinary communication tools. The electronic medical record has influenced progress note content and length. Previously developed note assessment tools, such as the Physician Documentation Quality Instrument (PDQI-9), have not focused on the assessment and plan of the note, which are often most informative. Objective Develop a reliable and valid tool to evaluate the assessment and plan of resident daily progress notes. Methods A committee of pediatric resident, hospitalist and critical care physicians generated a list of common pitfalls associated with daily progress notes. A standardized ideal progress note assessment and plan was developed using a cause and effect diagram, literature review, consultation with billing expert and institutional documentation best practice guidelines. From this ideal state, a progress note evaluation tool PNAPE was developed using Modified Delphi technique. Four faculty experts used PNAPE and PDQI-9 to independently review resident progress notes identified from a convenience sample from each intern on the hospitalist service in fall 2017. Inter-rater reliability of the PNAPE was assessed using intraclass correlation coefficient (ICC). External validity was assessed by correlation between mean PNAPE and PDQI-9 scores using Pearson's coefficient. Results PNAPE is shown in figure 1. In all, 13 Notes were assessed with an ICC of 0.85. Pearson's r is 0.63 between mean PNAPE and PDQI-9 scores. Conclusion These findings suggest that the PNAPE is a reliable and valid tool for evaluation of resident progress note assessment and plan by expert assessors. Next steps will include use of PNAPE to track note quality over time, provide feedback and to assess notes in other inpatient settings and specialties.

This paper presents the design and development of a friction-based coupling device for a fiber-optic monitoring system capable of measuring pressure, strain, and temperature that can be deployed on existing subsea structures. A summary is provided of the design concept, prototype development, prototype performance testing, and subsequent design refinements of the device. The results of laboratory testing of the first prototype performed at the National Aeronautics and Space Administration (NASA) Johnson Space Center (JSC) are also included. Limitations of the initial concept were identified during testing and future design improvements were proposed and later implemented. These new features enhance the coupling of the sensor device and improve the monitoring system measurement capabilities. A major challenge of a post-installed instrumentation monitoring system is to ensure adequate coupling between the instruments and the structure of interest for reliable measurements. Friction-based devices have the potential to overcome coupling limitations caused by marine growth and soil contamination on flowlines, risers, and other subsea structures. The work described in this paper investigates the design and test of a friction-based coupling device (herein referred to as a friction clamp) which is suitable for pipelines and structures that are suspended in the water column as well as for those that are resting on the seabed. The monitoring elements consist of fiber-optic sensors that are bonded to a stainless steel clamshell assembly with a high-friction surface coating. The friction clamp incorporates a single hinge design to facilitate installation of the clamp and dual rows of opposing fasteners to distribute the clamping force along the structure. The friction clamp can be modified to be installed by commercial divers in shallow depths or by remotely operated vehicles in deep-water applications. NASA-JSC was involved in the selection and testing of the friction coating, and in the design and testing of the prototype clamp device. Four-inch diameter and eight-inch diameter sub-scale friction clamp prototypes were built and tested to evaluate the strain measuring capabilities of the design under different loading scenarios. The testing revealed some limitations of the initial design concept, and subsequent refinements were explored to improve the measurement performance of the system. This study was part of a collaboration between NASA-JSC and Astro Technology Inc. within a study called Clear Gulf. The primary objective of the Clear Gulf study is to develop advanced instrumentation technologies that will improve operational safety and reduce the risk of hydrocarbon spillage. NASA provided unique insights, expansive test facilities, and technical expertise to advance technologies that will benefit the environment, the public, and commercial industries.