Preservice Secondary Science Teachers\u27 Reflections in Using Modeling & Simulation Applications as Instructional Tools for Learning

Preparing preservice teachers to construct learning environments integrating technological tools is a challenge that higher education continues to tackle. One way to address this challenge is to have preservice teachers integrate modeling & simulation (M&S) tools while teaching, reflect on the experience, and attempt to identify ways to make improvements in instructional practices. This case study of five preservice secondary science teachers, enrolled in a course along with student teaching, was designed to study M&S tools integrated into instruction and how preservice teachers thought about the experience. Participants taught at least one lesson integrating M&S tools where they were to respond to reflective questions on the application as well as ways to improve the lesson. Findings indicated that preservice teachers fell into a strong or ineffective category in reflecting, which also impacted observations about the tool selected for instruction. This study also identified science teacher preparation programs need greater emphasis in use of M&S tool

Can Effective Urban Teachers Be Developed in an Online Environment?

The purpose of this investigation was to determine if an online Teacher Education Program course could assist in the development of effective urban teacher characteristics of preservice teachers. The Urban Teacher Selection Interview was used to assess seven midrange functions that determine the dimensions of effective urban teaching. Results communicated that although the preservice teachers gained essential knowledge and skills in regards to urban teaching, a link could not be established between specific urban online course activities and the development of effective urban teacher characteristics

Lessons Learned from Two Teacher Educators: What COVID-19 Can Teach Us About Preparing Elementary Preservice Teachers to Teach the Next Generation of Students

Over the last two years, the COVID-19 pandemic has required teacher educators to teach their classes online. Teacher educators now need to reflect on the learning opportunities that the COVID-19 induced shift to online learning has provided. This study shares two teacher educators’ experiences of teaching and supporting preservice teachers (PSTs) as they taught engineering online to elementary students. The two teacher educators noticed (a) positive changes in PSTs’ attitudes and beliefs about technology integration, (b) PSTs’ tendency to select and use of educational technologies, (c) PSTs’ recognition of the importance of online interaction and feedback from K-12 students, (d) the importance of providing PSTs with extended access to physical hardware, and (e) the importance of providing developmentally appropriate digital resources. The paper concludes with suggestions for teacher educators who are preparing PSTs for the next generation of teaching

Pair Programming: Leveling the Field for Students with Learning Disabilities

This paper is the report on the findings of a three-year study conducted in undergraduate computer science courses. It also describes the changes made to deal with COVID-19 during the summer and fall of 2020. We collected data on over 800 students with approximately 35 students identified as having learning disabilities (LD). These students were not professional programmers in a computer science department; rather, they were students from a Business College. Our preliminary results show that pair programming improved (a) teamwork and communication between the pairs; (b) confidence in students; and (c) comprehension and learning for all students. Thus, our preliminary results indicate that pair programming improved everyone’s performance. Educators should consider the importance of collaboration with other disciplines when creating inclusive environments for students with disabilities

Using Pair Programming as a Collaborative Learning Approach to Support Students With Learning Disabilities Via Zoom Breakout Rooms

Peer learning through pair programming is a type of collaborative learning that involves students working in pairs to discuss computer programming concepts or develop codes to solve problems. The Zoom breakout room method is applied to teach pair programming in a virtual classroom during the COVID-19 environment. By facilitating pair programming in a virtual learning environment, we gained valuable experience in promoting collaborative learning, active learning, and problem-based learning activities in a cloud setting

Social Media & Teacher Professional Development

The idea of social media’s existing application and future potential for professional development drives a growing subset of academic research. As we encourage preservice and inservice teachers to engage in these platforms to hone or refine their classroom practice, a number of questions emerge: How do we assess participation in these spaces? What uses in particular should we recommend? Further, the very notion of conducting research in these spaces also poses interesting questions. From methodologies to frameworks, commonly accepted practices help shape the future of the field. Lastly, the issue of privacy and policy poses perhaps the most significant area for attention. The intent of this panel discussion is generate conversation on how future research and application on social media usage and research might evolve over time