Co-constructing Research with Graduate Students: Determining a Course’s Pedagogical Impact
Dr. Jennifer Sparkman Bartee
Our research team, a professor and four graduate students, studied the beliefs and attitudes of pre-service teachers as they first encountered arts integration techniques through hands-on participation. The research approach for this study was built using Chang, Ngunjiri, and Hernandez’s (2013) work on collaborative autoethnographic research. Analysis of data collected from open-ended surveys, interactive interviews, written reflections, lesson plans, and alternative forms of representation (Eisner, 1994) revealed two primary themes: the impact of learning theory through application and the empowerment of future professionals. This session will examine how similar techniques can be transferred to impact different disciplines across the university.
Learning Objectives
- The presenter will discuss how she co-constructed the research project with her graduate students.
- Participants will share ways they have successfully conducted research with their own students.
- The presenter will lead a brainstorming session to encourage future professor-student co-constructed research projects.
Faculty Engagement Correlates to the Sense of Belonging for Students
Dean Frenika Rivers
As Universities seek to increase retention and completion rates, faculty engagement with students should be considered as a method to help students reach commencement. Student interactions with faculty are frequent, instructive, and often meaningful for both students and faculty. This often creates a greater sense of belonging for the student, leading to higher student campus engagement. This session will focus on practices and methods for faculty engagement to create belonging in the classroom and on campus.
Learning Objectives
- Understanding “belonging” as a DEIB initiative
Discovering and Measuring the Impact of Teaching Practices on Students’ Success and Retention in General Chemistry
Dr. Uche Udeochu
Recognizing the multifaceted nature of student experience, this presentation seeks to provide an understanding of the factors and specific teaching practices, and interventions that contribute to a positive and inclusive learning environment in view of students’ success and retention in STEM disciplines. NEAT STEM project survey methodology employed a mixed-methods approach, combining quantitative metrics and qualitative insights to capture diverse facets of the perception of students from various disciplines taking a General Chemistry lecture course, reflecting the university’s demographic diversity. Preliminary results highlight correlations between positive experiences in four dimensions and enhanced overall student satisfaction.
Key aspects of the teaching practices discussed include:
- Self-Efficacy
- Investigating students’ belief in their ability to succeed academically in General Chemistry course through examination of the impact of instructional methods, feedback mechanisms, and support services on students’ confidence and motivation.
- Belonging and Respect
- Exploring the sense of belonging within the classroom community through assessment of the influence of inclusive practices, social interactions, and institutional support on students’ connection to the university.
- Examining the level of perceived respect within the learning environment by delving into students’ experiences of respectful communication, fair treatment, and equitable opportunities within the classroom.
- Peer Culture
- Investigating the dynamics of peer interactions by exploring the role of collaborative learning, group projects, and peer support in shaping positive and enriching academic culture.
- Comfort Making Mistakes and Asking Questions
- Recognizing the importance of a psychologically safe environment, this aspect assesses students’ comfort levels in taking intellectual risks, making mistakes, and seeking clarification without fear of judgement.
The Psych Life: Developing Career-Decision Efficacy for Life Now and Beyond the Degree
Dr. Afiya Fredericks, Dr. Kelli Hill, Dr. Dhymsy Vixamar-Owens
Who says fostering student success should be limited to success in the college setting? Perhaps fostering student success should include building pathways to graduate education and job/career opportunities and complementing classroom lessons with experiential experiences. Listen in as three psychology faculty share evidence from UDC’s Psych Life Series, career-readiness classroom practices and engaging research opportunities. Then join in on the conversation: give your opinion on career readiness as a measure of student success; share some successes (and challenges) of your own; and/or suggest ways that today’s academicians can help foster students’ career-decision efficacy for life now and beyond the degree.
Learning Objectives
- Explore what it means to support student success
- Reflect on graduate school-focused and/or career-related activities and events in your academic program/department
- Discuss ways that today’s educator can contribute to developing the whole person
Moderated Panel Discussion Exploring the Intersectionality Between Teaching and Leadership
Dean Anika Spratley Burtin, Dean Kimberly Crews, Dr. Alexander Howe (Moderator), Dean Jeffery Fleming, Dean Frenika Rivers
Interdisciplinary AI Integration: Pedagogical Innovation and Instructional Practices
Ms. Gabriella Waters
Gabriella Waters is an artificial intelligence and machine learning researcher and the Director of Operations at the Center for Equitable AI & Machine Learning Systems at Morgan State University in Baltimore, MD. She is the director of the Cognitive & Neurodiversity AI (CoNA) Lab, a professor at the Propel Center, where she facilitates the Culturally Relevant AI/ML Systems course, and a research associate at National Institute of Standards and Technology (NIST) where she leads AI testing and evaluation across three teams.
She is passionate about increasing the diversity of thought around technology and focuses on interdisciplinary collaborations to drive innovation, equity, explainability, transparency, and ethics in the development and application of AI tools. In her research, Waters is interested in studying the intersections between human neurobiology and learning, quantifying ethics and equity in AI/ML systems, neuro-symbolic architectures, and intelligent systems that make use of those foundations for improved human-computer synergy. She develops technology innovations with an emphasis on support for neurodiverse populations.