At NYIT, I specialized in bridging the gap between cutting-edge technology and human-centered design. My courses focused on preparing the next generation of innovators in Human-Computer Interaction (HCI), particularly within the transformative realms of Extended Reality (XR) and Generative AI. Through rigorous UX Research—encompassing both qualitative and quantitative methodologies—my students learned to design intuitive, impactful, and ethically sound experiences, from immersive XR environments to intelligent conversational agents. I empower students to not only master the tools but to critically understand their user and societal implications. 

My Teaching Philosophy: Innovating at the Intersection of AI, XR, and Human-Centered Design

At NYIT, my pedagogy is centered on empowering the next generation of designers and technologists to shape the future of Human-Computer Interaction (HCI). I specialize in crafting immersive learning experiences that demystify cutting-edge fields like Extended Reality (XR) and Generative AI, guiding students to not only master technical skills but to deeply understand the human context and ethical implications of their creations.

Through a rigorous blend of qualitative and quantitative UX Research, my courses challenge students to apply design thinking to real-world problems. We move beyond theory, engaging in hands-on projects that culminate in impactful solutions—from intuitive spatial interfaces to intelligent, empathetic conversational AI.

Highlighted Courses & Expertise

Here's a glimpse into the transformative learning journeys I facilitate:

1. Human-Computer Interaction (HCI) for Extended Reality (XR)

This foundational course explores how humans interact with immersive digital environments. Students delve into the unique challenges and opportunities of designing for virtual, augmented, and mixed realities, focusing on principles that ensure usability, presence, and natural interaction. We cover everything from spatial UI design to locomotion mechanics and haptics in VR/AR applications.

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2. UX Research for Generative AI Chatbots

In this pivotal course, students master the art and science of understanding users to design effective conversational AI. We conduct in-depth qualitative research (user interviews, contextual inquiry to map conversational needs) and quantitative research (A/B testing chatbot prompts, analyzing conversation logs for sentiment and efficiency). A key focus is on the unique challenges of Generative AI, including prompt engineering, identifying and mitigating bias, and ethical considerations for designing intelligent, empathetic, and reliable chatbots.

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3. UX Design for Extended Reality (XR)

Building on HCI foundations, this course is a deep dive into the practical application of UX design principles specifically for XR. Students learn to conceptualize, prototype, and iterate on immersive experiences. We cover spatial user interface (SUI) design, interaction patterns unique to VR/AR/MR, user testing methodologies within immersive environments, and strategies for creating accessible and engaging narratives for future realities.

`My Expertise in Action

• Curriculum Development: Designing and adapting cutting-edge course content for evolving technological landscapes.

• UX Research Methodologies: Expertise in conducting and teaching comprehensive qualitative and quantitative research.

• HCI Principles: Guiding students to build user-centered products that are intuitive and effective.

• Extended Reality (XR) Design: Specialization in spatial computing, immersive experience design, and XR prototyping.

• Chatbot Design: Specializing in Designing virtual assistants, chatbots, and embodied conversational AI. 

• Generative AI Chatbot Development: Focusing on ethical AI, prompt engineering, conversational flow, and responsible innovation.

• Mentorship & Facilitation: Fostering critical thinking, collaboration, and practical skill application in dynamic learning environments.