A aprendizagem de Química em meio a pandemia de Covid-19, período de 2021

Este trabalho apresenta um estudo de caso realizado nas disciplinas de Química Geral e Inorgânica, Química Orgânica e Fenômenos Químicos Aplicados que ocorreram no semestre B de 2021 em uma universidade comunitária. As experiências relacionam-se com aulas teóricas e práticas no período da pandemia da Covid-19. Todas elas ministradas pelo mesmo professor. Optou-se por fazer uma descrição dos resultados dos questionamentos realizados aos estudantes em uma roda de conversa. Apresenta-se a descrição dos resultados e ao finalizar a pesquisa percebe-se que os estudantes identificaram algumas fragilidades, principalmente nas aulas práticas realizadas por meio de laboratórios virtuais de aprendizagem, identificam que é uma ferramenta adequada, tratando-se da realidade de aulas remotas, mas entendem que as aulas práticas na modalidade presencial tem o seu devido valor, principalmente se tratando de Química. This work presents a case study carried out in the disciplines of General and Inorganic Chemistry, Organic Chemistry and Applied Chemical Phenomena that took place in the B semester of 2021 at a community university. The experiences are related to theoretical and practical classes during the Covid-19 pandemic period. All of them taught by the same teacher. It was decided to make a description of the results of the questions asked to students in a conversation circle. The description of the results is presented and, at the end of the research, it is clear that the students identified some weaknesses, especially in practical classes carried out through virtual learning laboratories, identifying that it is an adequate tool, considering the reality of remote classes , but they understand that the practical classes in the presential modality have their due value, especially when it comes to Chemistry.

Development of an Online General Biology Open Educational Resource (OER) Laboratory Manual

Currently, many academic institutions are using one or more variations of online modalities due to the COVID-19 pandemic, and science educators face a unique challenge with distance-learning laboratories. Many resources to engage students in virtual, interactive laboratory activities exist, but we found that high costs and/or overlooked content left gaps for several topics typically taught in a general, introductory biology course for undergraduate biology majors (e.g., organismal biology).

Patient Safety Learning Labs: What are we actually learning

Over the last several years, a number of human factors researchers have been integral to the advent and success of AHRQ’s Patient Safety Learning Laboratories (PSLLs). This panel is made up of researchers involved in this program of research and co-chaired by two different project PIs. The goal of this panel is to share what panelists have learned as the engage in this research to address patient safety issues using a systems engineering approach.

Virtual laboratory of protists: Learning media to enhance scientific attitudes

A scientific attitude is important for students to have because scientific attitudes affect the learning process and outcomes. One way to improve scientific attitudes in students is using interactive and interesting learning media. Therefore, this study aims to see the effect of using virtual laboratory media on students’s scientific attitudes. The method used in this study is a quantitative method with a quasi-experimental design. The instrument used in this study was a scientific attitude questionnaire in the form of a Likert scale. The data were analyzed descriptively and differently. The research samples used was 70 samples divided into 35 samples in the experimental class and 35 samples in the control class. Based on the results of the study, it was seen that there was an increase in the average value of scientific attitudes in each dimension of scientific attitudes after carrying out learning with virtual laboratory media. It was also known that based on ANCOVA test, the significance value was 0.000<0.05. So, it can be concluded that virtual laboratory media can improve the scientific attitude of students. Keywords: Biology learning, laboratories, protist, scientific attitudes

PELAKSANAAN PERKULIAHAN PENGAJARAN MIKRO DI PROGRAM STUDI PGSD: SEBUAH PENELITIAN EVALUASI

Penelitian ini bertujuan untuk mengevaluasi pelaksanaan perkuliahan pengajaran mikro di sebuah program studi PGSD di Nusa Tenggara. Penelitian ini adalah penelitian evaluasi program berdasarkan model Robert E. Stake terhadap tiga kelas pengajaran mikro yang dianalisis secara kualitatif. Teknik pengumpulan data yang digunakan adalah observasi, dokumentasi, dan wawancara. Hasil penelitian ini menunjukkan bahwa pengajaran mikro di program studi PGSD yang menjadi subyek penelitian adalah a) pada komponen antecedent; persiapan pembelajaran sudah dilaksanakan dengan cukup baik yaitu dosen menyusun silabus dan instrumen penilaian tetapi belum menyusun RPP/RPS, sarana prasarana pembelajaran tersedia cukup lengkap tetapi laboratorium pembelajaran belum sesuai standar ketersediaan laboratorium micro teaching yang benar; b) pada komponen transactions pelaksanaan pembelajaran belum dilengkapi modul, namun pembelajaran dilaksanakan cukup baik dengan strategi pembelajaran teori dan praktik, menggunakan metode ceramah, diskusi, penugasan dan pembelajaran daring; c) pada komponen outcomes, hasil belajar dari rata-rata nilai adalah 77,18 dan sudah memenuhi KKM.This study aims to evaluate the implementation of micro teaching lectures in a PGSD study program in Nusa Tenggara. This research is a program evaluation study based on the Robert E. Stake model of three micro teaching classes which were analyzed qualitatively. The data collection techniques used were observation, documentation, and interviews. The results of this study indicate that the micro teaching in the PGSD study program which is the subject of research is a) on the antecedent component; learning preparation has been carried out quite well, namely lecturers compile syllabus and assessment instruments but have not compiled RPP/RPS, learning infrastructure is quite complete, but learning laboratories are not in accordance with the standards of the correct availability of micro teaching laboratories; b) in the transactions component, the implementation of learning is not equipped with modules, but learning is carried out quite well with theoretical and practical learning strategies, using lectures, discussions, assignments and online learning methods; c) in the outcomes component, the learning result from the average score is 77.18 and has met the KKM.