Doctorate of Education in Emerging Technologies in Education Courses
45 Total Credit Hours
EdD Common Course Requirements
EDU 817 – Academic Writing 3 credits. This intensive seminar empowers doctoral students to build a strong dissertation proposal. Through workshops, students dissect key proposal components, build an annotated bibliography and craft a concise literature review. They formulate a preproposal, explore ethical considerations, and gain clarity on program expectations for research and writing. This prepares them to present research plans and confidently launch their doctoral research journey.
EDU 820 – Quantitative Foundations3 credits. This advanced seminar strengthens researchers’ quantitative skillset in education. It explores sophisticated statistical techniques like multivariate analysis to uncover complex relationships in educational data. Students delve into longitudinal analysis for tracking student development, explore psychometrics and educational measurement tools, and gain expertise in designing rigorous experimental and quasi-experimental research to evaluate educational interventions.
EDU 823 – Qualitative Foundations3 credits. This advanced qualitative research course explores diverse methodologies for in-depth educational inquiry. Students engage with grounded theory and case study approaches, delve into ethnographic methods for understanding educational cultures, and explore narrative inquiry and phenomenological methods for capturing lived experiences. Additionally, the course examines critical discourse analysis for analyzing social power in education and equips researchers with action research strategies for fostering positive change.
EDU 826 – Curriculum Planning and Learning Design3 credits. This course equips educators with a comprehensive framework for effective teaching and learning. It explores contemporary theories of learning and instruction, delving into cognitive development and sociocultural perspectives on learning. Participants will master curriculum design and evaluation, classify learning outcomes using Bloom’s Taxonomy and other tools, and assess diverse learners. The course compares pedagogy and andragogy, and helps navigate the ever-present impact of technology on achieving learning outcomes. Through real-world case studies, educators will gain practical strategies and techniques to foster success in today’s dynamic learning environments.
EDU 829 – Inclusive Leadership in Education3 credits. This course fosters inclusive educational practices across three key perspectives:
Instruction: Participants learn strategies to design inclusive learning environments, lessons, and topics that cater to diverse learners.
Administration: The course explores methods to promote inclusion throughout the learner’s journey, from admissions to alumni relations, ensuring accessibility in facilities, lectures, exams, and program completion.
Technology: It addresses the digital divide and unequal access to education, exploring strategies to bridge this gap and ensure equitable access to educational resources.
EDU 832 – Strategic Decision-Making and Market Forces in Education 3 credits. This course explores demand and decision-making within the educational sphere. Focusing on the K-12 landscape, learners delve into the mechanisms shaping school choices, including vouchers, charter schools, and budget private schools. Discussions extend to accountability frameworks and the dynamics of the teacher labor market. Additionally, the course scrutinizes the collegiate education market, analyzing determinants of tuition and the efficiency of student-college matching. With an emphasis on organizational supply intricacies, participants gain a nuanced understanding of features, pricing, and costing within educational institutions.
EDU 835 – Evaluating Education Programs3 credits. This course focuses on metrics for evaluating educational programs. Participants learn to identify key evaluation questions, establish criteria, and collect and analyze data to assess programs against predefined metrics and standards. Emphasis is placed on effective communication of findings. By mastering these skills, educators gain the ability to critically evaluate educational initiatives and communicate their assessments accurately and persuasively.
Applied Doctoral Research Course Requirements
EDU 900 – Action Research 3 credits.This course uses the action research assignments completed in the content courses to develop and implement an action research project. Students gain valuable insights into scholarly research and academic writing. Students may use this course as a pilot study for their dissertation.
EDU 901 – Doctoral Research Proposal – I 3 credits. Students edit Ch. 1-3 of their dissertation, complete CITI training, and submit IRB forms.
EDU 902 – Doctoral Research Proposal – II 3 credits. Following IRB approval, students complete their oral proposal and collect data.
EDU 903 – Doctoral Research: Defense I 3 credits. Students complete their data analysis and write Ch. 4 Findings/Results.
EDU 905 – Doctoral Research: Defense II 3 credits. Students write Ch. 5: Conclusions and Recommendations. Students complete an oral defense and publish their dissertation.
Emerging Technologies in Education Concentration
EDU 879 – Immersive Technology in Education3 credits. This course provides a comprehensive understanding of the Foundations of Virtual Reality (VR) and Augmented Reality (AR), exploring their applications in education. Participants analyze successful case studies of VR and AR implementation and learn strategies for integrating these technologies effectively across diverse educational disciplines. The course also covers gamification and its role in learning, offering use cases and case studies from various educational fields. Educators gain insights and techniques for leveraging VR, AR, and gamification to enhance educational experiences.
EDU 883 – Generative AI in Education3 credits. This course delves into the foundational principles of Generative Artificial Intelligence (AI), exploring its potential applications in education. Participants examine use cases and successful case studies of Generative AI implementation in educational settings. They acquire tips and techniques for effectively integrating Generative AI across diverse disciplines within education. By the conclusion of the course, educators will have acquired a comprehensive understanding of the transformative potential of Generative AI in reshaping pedagogical approaches, thereby facilitating the emergence of innovative educational paradigms.
EDU 887 – Emerging Technologies and Educational Equity3 credits. This course critically examines the utilization of emerging technologies (ET) to advance equity within educational contexts. Participants analyze use cases and case studies highlighting the equity-related challenges and opportunities associated with integrating ET in education. Additionally, the course explores strategies for leveraging ET to foster more inclusive learning environments, with a particular emphasis on adaptive learning methodologies tailored to the needs of special education.