THE USE OF PHET SIMULATION ON PHYSICS CHAPTER WAVE AND VIBRATION IN 3T REGION

Learning to use PhET as a virtual laboratory can improve students’ understanding of abstract concepts or material that is difficult to experiment in a real laboratory. The purpose of this local service activity is to conduct training for teachers and students at SMAN 1 Nimboran, Jayapura Regency. This is to find out how the implementation of the PhET Simulation learning media in the 3T region which stands for terdepan (frontier), terpencil (remote), and tertinggal (disadvantaged) in Indonesia. This service activity was attended by physics teachers and students of class XI-IPA at SMAN 1 Nimboran, Jayapura Regency. The method of this activity is carried out in the form of virtual laboratory training through PhET Simulation, face-to-face/offline at SMAN 1 Nimboran. The success of this training program for teachers and students can be seen from the enthusiasm and attainment of skills to use PhET Simulation smoothly. Students better understand the concepts of vibration and waves through simulation. The plan for the next stage of this service activity is to follow up for other subjects and 3T area.

Anxiety, Uncertainty, and Resilience of Medical Students Worldwide during the COVID-19 Pandemic

The COVID-19 pandemic significantly impacted medical education worldwide. While healthcare professionals labored to ensure proper care for COVID-19 patients, medical students suffered from high rates of anxiety, uncertainty, burnout, and depressive symptoms. Whilst students in the pre-clinical phase of education faced disruption of didactic lectures and laboratory training, senior medical students faced uncertainty regarding their clinical rotations and internships, which are vital for practical exposure to healthcare. Several studies across the world demonstrated that clinical learning was significantly affected, with students in many countries completely cut off from in-person rotations. The disruption of the clinical curriculum coupled with a sense of failure to contribute at a time of significant need often led to despair. Reforms proposed and/or implemented by governments, medical advisory boards, medical schools, and other administrative bodies were felt to be insufficient by the medical student fraternity at large. Consequently, these students continue to face high rates of anxiety, depression, and a general sense of cynicism. In this student-authored perspective, we highlight the challenges faced by and the psychological impact on medical students directly or indirectly from the pandemic.

Field, Ears, and Laboratory: Training Language Scholars, 1920–1940

This chapter continues the time frame of Chapter 8 through the first half of the twentieth century, an important period in which linguistics and phonetics gained their own identities. The editors and contributors of this volume have chosen to examine an area of study over two successive periods: the late nineteenth century and the first half of the twentieth century. This aims to show that a discipline may go through transformations, sometimes branching into new disciplines, and that methods and instruments of training contribute to the formation or consolidation of new disciplines. The first half of the twentieth century saw the breakaway of language sciences (linguistics and phonetics) from philology. Although language scholars usually received substantial training in philology, especially comparative philology (known as comparative grammar in France), they took up new methods in training the next generation. In the United States, the new instrument of training was fieldwork, adopted for unwritten American Indian languages. In Britain, it was phonetic transcription by ears and hands. The use of the kymograph in phonetic laboratories began in France and spread elsewhere. This chapter begins with Fang-Kuei Li, who was likely the first student to receive advance (or on-site) fieldwork training for doctoral work in language studies and who went on to become a pioneering linguist in China. It then compares the training of language scholars in Britain, France, and Germany. This comparison sheds light on the diversity of approaches to language studies and their training methods, and on the intellectual and technological realities conditioning the formation of linguistics and phonetics as autonomous disciplines.

Male infertility diagnostic laboratories during COVID-19 pandemic: development of a novel teaching/learning strategy

Objective: To design and implement a laboratory teaching/learning strategy applied to male infertility diagnostic during COVID-19 pandemic. Methods: Seventy-five students attending Module 3 (M3): Male Infertility Diagnostic Laboratories, of curricular unit Laboratories in Biomedicine 5 were divided into 8 groups to reduce students’ number in class. M3 was organized in 2 Wet labs (WL; laboratory training) and 2 Dry labs (DL; theoretical-practical classes). At the end of M3, students completed a satisfaction survey. Results: Results showed that most students were satisfied with topics addressed, time dedicated outside the class, evaluation, and overall organization of WL and DL. The protocols provided and general conditions of WL were considered satisfactory. Only positive classifications were attributed to the learning goals, relevance of knowledge acquired, and opportunities to ask about evaluation. Qualitative data suggested that the dynamics, innovation, and organization of classes, allied to the knowledge and motivation of professors, provided the appropriate learning environment. Conclusions: The methodology implemented in M3 during COVID-19 pandemic represents a valid strategy to encourage and motivate students learning, stimulate teamwork, communication, and autonomy in the laboratory. Preparing dynamic, attractive, and motivating classes increases student's general satisfaction, improving the efficiency of the learning/teaching process.

Education and Learning in Digital Dentistry

Digital dentistry includes a wide range of technologies that bring communication, documentation, production and distribution under the umbrella of computer-based algorithms in dental treatments. It also plays an important role in shaping innovation and student experience in dentistry education. Since learning methods and tools continue to advance, an under¬standing of educational methodologies themselves, as well as those who use them to teach and learn, is crucial to optimizing educational effectiveness. In undergraduate dental laboratory training, digital simulation technologies have already been implemented to dental faculties and their curriculums in several countries. These simulation technologies include digital microscopes, virtual pathology slides, digital X-ray images, digital dental skill training machines, digital assessment systems, and robot patients. In this article an overview to the digital dentistry education was reported.

TRAINING HIGHER EDUCATION BIOSCIENCE STUDENTS WITH VIRTUAL REALITY SIMULATOR

Laboratory training is the cornerstone of science education in higher education. However, in several cases hands-on experimental procedures are not possible, and therefore technology provide alternative educational methods. One of the rapidly evolving technologies, namely Virtual Reality (VR) can offer multiple benefits in laboratory training through the development of simulations and virtual laboratories that support, facilitate, and promote an effective their learning experience. We present an empirical research carried out at the Department of Molecular Biology and Genetics of the Democritus University of Thrace during the winter semester of the academic year 2020-2021. 51 undergraduate students carried out a Virtual Reality activity aiming to train them to the use of a Class II Biosafety Cabinet (BSC) in an immersive virtual environment. Our results show that VR approach was highly and enthusiastically accepted by the students; they reported that they had an authentic learning experience which enabled them to better achieve the learning objectives. However, in some cases symptoms like dizziness and blurry image were reported most likely due to equipment, showing that improvement of the equipment used in VR is needed. <p> </p><p><strong> Article visualizations:</strong></p><p><img src="/-counters-/edu_01/747/a.php" alt="Hit counter" /></p>

The impact of distance cataract surgical wet laboratory training on cataract surgical competency of ophthalmology residents

Background This study assessed the impact of distance cataract surgical wet laboratory training on surgical competency of ophthalmology residents at a tertiary-level ophthalmic training center in Trujillo, Peru. Methods Three five-week distance wet lab courses were administered through Cybersight, Orbis International’s telemedicine platform. Weekly lectures and demonstrations addressed specific steps in phacoemulsification surgery. Each lecture had two accompanying wet lab assignments, which residents completed and recorded in their institution’s wet lab and uploaded to Cybersight for grading. Competency was assessed through anonymous grading of pre- and post-training surgical simulation videos, masked as to which occurred before and after training, using a standardized competency rubric adapted from the Ophthalmology Surgical Competency Assessment Rubric (OSCAR, scale of 0–32). Day one best-corrected post-operative visual acuity (BVCA) was assessed in the operative eye on the initial consecutive 4–6 surgeries conducted by the residents as per the norms of their residency training. An anonymous post-training satisfaction survey was administered to trainees’. Results In total, 21 ophthalmic residents participated in the courses, submitting a total of 210 surgical videos. Trainees’ average competency score increased 6.95 points (95%CI [4.28, 9.62], SD = 5.01, p < 0.0001, two sample t-test) from 19.3 (95%CI [17.2, 21.5], SD = 4.04) to 26.3 (95%CI [24.2, 28.3], SD = 3.93). Visual acuity for 92% of post-training resident surgeries (n = 100) was ≥20/60, meeting the World Health Organization’s criterion for good quality. Conclusions Structured distance wet lab courses in phacoemulsification resulted in significantly improved cataract surgical skills. This model could be applicable to locations where there are obstacles to traditional in-person training, such as the current COVID-19 pandemic.

The role of Namibia Field Epidemiology and Laboratory Training Programme in strengthening the public health workforce in Namibia, 2012–2019

Namibia faces a critical shortage of skilled public health workers to perform emergency response operations, preparedness activities and real-time surveillance. The Namibia Field Epidemiology and Laboratory Training Programme (NamFELTP) increases the number of skilled public health professionals and strengthens the public health system in Namibia. We describe the NamFELTP during its first 7 years, assess its impact on the public health workforce and provide recommendations to further strengthen the workforce. We reviewed disease outbreak investigations and response reports, field projects and epidemiological investigations conducted during 2012–2019. The data were analysed using descriptive methods such as frequencies and rates. Maps representing the geographical distribution of NamFELTP workforce were produced using QGIS software V.3.2. There were no formally trained field epidemiologists working in Namibia before the NamFELTP. In its 7 years of operation, the programme graduated 189 field epidemiologists, of which 28 have completed the Advanced FELTP. The graduates increased epidemiological capacity for surveillance and response in Namibia at the national and provincial levels, and enhanced epidemiologist-led outbreak responses on 35 occasions, including responses to outbreaks of human and zoonotic diseases. Trainees analysed data from 51 surveillance systems and completed 31 epidemiological studies. The NamFELTP improved outcomes in the Namibia’s public health systems; including functional and robust public health surveillance systems that timely and effectively respond to public health emergencies. However, the current epidemiological capacity is insufficient and there is a need to continue training and mentorship to fill key leadership and strategic roles in the public health system.

Realistic simulator for craniosynostosis endoscopic approach

Craniosynostosis is a premature fusion of cranial sutures, and it requires surgery to decrease cranial pressure and remodel the affected areas. However, mastering these procedures requires years of supervised training. Several neurosurgical training simulators have been created to shorten the learning curve. Laboratory training is fundamental for acquiring familiarity with the necessary techniques and skills to properly handle instruments. This video presents a novel simulator for training on the endoscopic treatment for scaphocephaly and trigonocephaly, covering all aspects of the procedure, from patient positioning to performing osteotomies. The video can be found here: https://vimeo.com/512526147.