This study investigated the effects of flipped inquiry-based learning approach (FIBL) on chemistry students’ academic performance and learning experiences. This study utilized a mixed research methods approach with a quasi-experimental design. A convenient sampling technique was used to identify pre-service teachers studying chemistry at the college of education in Ghana. Quantitative data was obtained using a chemistry academic achievement test and critical thinking skills test. Qualitative data was obtained through a focus group conducted in the experimental class. Results from the quantitative data analysis showed a significant increase in students’ academic performance and critical thinking skills in the pre-and post-test scores in experimental classes. Female pre-service teachers performed better with higher scores in chemistry learning outcomes than their male colleagues. In addition, the focus group results showed that students had positive views on learning in the FIBL environment in terms of learning convenience, peer collaboration, conceptual understanding, and learning skills. The study provides insight into flipped and inquiry-based learning as effective pedagogical approaches for delivering chemistry instructions. Overall, the results show that flipped inquiry-based learning is an effective pedagogical approach enabling students to develop learning potentials in chemistry.

The purpose of this research was to determine Ghanaian teachers' competencies in delivering online lessons. Transitioning face-to-face instructions to an online environment presents difficulties for instructors, particularly teachers and students doing so for the first time. The researchers explore how teachers in disrupted schools use information and communications technology (ICT) in their classrooms that differ in several ways from the regular classroom. The researchers investigated the factors influencing teachers' online instruction competence. A questionnaire was used to collect data from teachers in three teacher training colleges in Ghana in the 2021 academic year. Results showed that teachers had adequate knowledge of ICT. Also, ICT knowledge was strongly correlated to ICT usage. Regression analysis revealed that teachers could become competent and effectively teach online courses by having adequate knowledge, regularly using ICT, and receiving technical support from the institution. These findings suggest that teachers need sufficient knowledge and support to use computers to become competent in integrating ICT into their online course delivery.

Over the past two decades, teachers have adopted several teaching and learning strategies for motivating students to learn chemistry. Learning chemistry in context enables students to develop richer crosscutting learning experiences relevant to contributing to solving problems. A qualitative case study method was adopted to examine student teachers’ experiences in digital inquiry-based learning. Questionnaires with closed-ended and open-ended questions were used to evaluate student teachers’ motivational orientations and learning strategies during a general chemistry course for one month. The results show that student teachers utilized varied perspectives such as self-efficacy, task value, and intrinsic goals to elaborate their learning for knowledge construction and application when performing collaborative tasks. The approach enables students to receive maximum support and feedback from instructors who use pedagogical styles to self-direct them during class discussions, which enhances their active participation in learning with the learning materials. The findings provide a practical insight into instructional strategies in delivering chemistry concepts when students are motivated to use and adopt varied learning strategies.