Fall 2021, Spring 2022,
Fall 2022, Spring 2023.
Position: Graduate Teaching Assistant
Course: IS 303 Fundamentals of Human-Computer Interaction
Course Description: This is an undergraduate course that provides a survey of human and design factors relevant to the design and use of information systems. It describes the contributions of psychology,sociology, computer science, and engineering to the design of human-centered computing.Emphasis is placed on human information processing concepts, interaction design approaches,and interactive computing technologies. In-class time will be devoted to lectures and class discussions with small group exercises. Students interact with the material through reading/watching relevant literature and background information, participating in group discussions, and participating in the small group exercises.
Fall 2023, Spring 2024
Position: Graduate Teaching Assistant
Course: COMP 101 Computational Thinking and Design
Course Description: This course is designed for students in the first or second semester at UMBC who have declared a computing major: business technology administration, computer engineering, computer science, or information systems. Students will participate and learn about broad topics in computing including problem solving in human-centered computing, graphics and games, data management and exploration, hardware and systems, intelligent solutions, and academic and professional skills. This course includes an introduction to computer programming.
Fall 2024
Position: Graduate Teaching Assistant
Course: IS 805 Advanced Field Research Methods
Course Description: This course trains the advanced student of Information Systems in the research methodologies required to successfully undertake original field research and to evaluate the growing scientific literature based on this approach. The course will engage the interpretivist paradigm and the qualitative research traditions within IS. Specifically, it will address the research design theory (e.g. Grounded Theory), data collection techniques (e.g. observation, interviewing, focus groups, surveys), analysis methods (e.g. coding for content and protocol), and reporting frameworks (e.g. case study, ethnography). This material is concertized via student-designed research projects. Additionally, contemporary IS field research will be critiqued, training students in publishing their own field research in this discipline.
Teaching Philosophy Statement
In my research and academic work, I am always drawn toward a few key themes: mitigating barriers to technology access, promoting the ethical and sustainable use of technology, and using participatory approaches to co-envision alternative futures where marginalized communities have agency in shaping technological landscapes rather than being passive recipients of innovation. My teaching philosophy is heavily shaped by these experiences. As an educator and researcher, my teaching philosophy is grounded in fostering critical engagement, inclusivity, and participatory learning. I believe that learning is most effective when students are encouraged to question existing systems, reflect on their lived experiences, and actively contribute to knowledge creation. Drawing from my research on digital technology access, infrastructural constraints, and grassroots innovation, I aim to create a classroom environment where students explore the social and political dimensions of technology while developing practical skills to address real-world challenges. My approach to teaching is highly interactive and student-centered. I integrate experiential learning methods, such as hands-on workshops, participatory design activities, and community-engaged projects, to bridge theoretical concepts with applied practice. I encourage students to critically examine technology’s role in society, particularly its impact on marginalized communities, and to consider how they can design and advocate for more equitable systems. Furthermore, I am committed to fostering an inclusive learning space where diverse perspectives are valued. I recognize that students bring unique backgrounds and expertise to the classroom, and I strive to create opportunities for peer collaboration and co-learning. By emphasizing open dialogue and reflective discussions, I aim to cultivate a classroom culture where students feel empowered to share their ideas and challenge dominant narratives. Ultimately, my goal as an educator is to equip students with the analytical tools and creative confidence to engage with technology as both users and designers of more just and inclusive futures.