Teacher educator preparation programs play a central role in preparing teachers and practitioners who work with children with exceptionalities, immigrants, and English language learners (ELL), among others. Research indicates that immigrants, ELL, and children with exceptionalities benefit from effective family-professional partnerships in several ways. Family-professional relationships are also key in producing positive educational outcomes for vulnerable and children who are at-risk. The following layers of partnerships and relationships are discussed: university-based educator preparation programs (EPPs) and K-12 schools; immigrant families and K-12 schools; and teachers/caregivers in K-12 schools and immigrant children/ELL, including children with exceptionalities. The benefits of positive partnerships and relationships are discussed. These include positive educational outcomes for children and their families, positive outcomes for children's school readiness, enhanced quality of life for families and their children, family engagement in children's programs, strengthening of home-school program connection, and trust-building for all stakeholders.

<p dir="ltr">The overarching purpose of this three-paper dissertation was to investigate the affordances of technology in educational settings and gain insight into how preservice and inservice teachers integrate technology as they design, develop, implement, and manage learning experiences. To meet this goal, three studies were conducted. In study 1 the purpose was to describe how preservice teachers identify educational problems and suggest solutions in which educational technology can be meaningfully implemented by using a problem-solving lens. Participated in this study 100 preservice teachers enrolled in an introductory educational technology course. Students’ technology integration activity was analyzed for this study. This activity, divided into three parts, required that students (1) shared and reflected on their best academic learning experience, (2) described how they could integrate technology into that learning experience, and (3) revisited their suggestions for technology integration, evaluated their ideas, and suggested revisions. Data were analyzed using an ill-structured problem-solving model synthesized from previous literature: identifying problems, generating solutions, making justifications, and monitoring. Results of this study indicated that preservice teachers had a simplistic understanding of technology integration, likely resulting from underdeveloped problem-solving skills. In study 2 the purpose was to identify the instructional strategies and technology affordances used while integrating technology that facilitated the development of student creativity by completing a systematic literature review about how technology (i.e., social media) is being used by educators to foster creativity. After the process of identification and screening, a total of 27 articles met the inclusion criteria and were selected for further analysis. The results indicated that, in most studies in which the use of technology was associated with promoting student creativity, a student-centered approach was used. Students had autonomy and flexibility to produce content, express their opinions, and share their experiences using social media. Also, participants used social media to create their own products, communicate with others, and collaborate virtually. In the studies, we identified that the social media affordances of ownership, association, and visibility lead to fostering student creativity. In conclusion, social media, when integrated with appropriate instructional strategies, can be successfully used as an educational tool to build an environment that promotes student creativity. In study 3 the purpose was to analyze the forms in which special education teachers design learning experiences that provide an environment for creativity development for students from special education and how their proposed technology integration plays a role in it across different settings (i.e., face-to-face, blended, and online learning). Three practicing teachers enrolled in an online graduate program in special education participated in this study. For the purpose of this study, the primary data source consisted of assignments (i.e., artifacts and reflections) submitted by students to the Technology Integration - Blended and Online Teaching (Ti-BOT) program, a licensure required as part of their Special Education program. Artifacts were analyzed through the lens of the existing literature on learning environments for creativity. Reflections were analyzed using a thematic analysis approach, applying a combination of inductive and deductive coding. The artifacts presented by the participants included elements of a creative environment and technology often facilitated the development of such an environment. However, the participants did not appear to explicitly and intentionally design activities to foster creativity, but to make modifications to learning activities and assessments that reflected the level of individualization and adaptations that are typically expected from special education teachers, described in individualized education plans (IEPs), and guided by Universal Design for Learning (UDL) principles. With the findings from this three-paper dissertation, the goal is to provide recommendations for how educator preparation programs can improve how they are approaching technology integration, gain deeper understanding of technology integration across diverse contexts and tools, and offer strategies for supporting the deeper consideration of how technologies can be meaningfully used.</p>