Wordh Ul Hasan, Ph.D.
Lecturer in Software Engineering
University of Minnesota Crookston
Lecturer in Software Engineering
University of Minnesota Crookston
My PhD project, ADQueryAid, featured on Valley News Live — exploring virtual AI support for Alzheimer’s caregivers and patients through an innovative conversational system.
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North Dakota State University featured our research on ADQueryAid, an innovative AI-driven conversational system supporting Alzheimer’s caregivers with empathy, knowledge, and practical guidance.
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Our ADQueryAid research was covered in the leading Bangladeshi newspaper *Kaler Kantho*, highlighting how Bangladeshi students are using AI to support Alzheimer's caregivers.
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Coverage of my research innovations on AI for healthcare, presented by Minnesota State University news channel. Click the image to view the video.
Serving as Publication Chair for ICSSB 2025 in Vancouver, promoting research in Smart Cities and Sustainable Systems.
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Two abstracts accepted for GSA 2025 Annual Scientific Meeting, showcasing AI and systematic review methods in aging research.
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Reached 100 Google Scholar citations, celebrating contributions in software engineering, AI, and healthcare innovation.
Read More…I’m honored to speak at the IEEE Winnipeg Young Professionals webinar on specialized AI tools for healthcare, exploring the future of digital health, patient care, and empowering caregivers.
Register Here…I am a Lecturer in Software Engineering at the University of Minnesota Crookston. My academic journey began with a Bachelor’s from North South University, a Master’s from North Dakota State University, and a Ph.D. specializing in AI for healthcare applications. My teaching philosophy centers on student empowerment, collaborative learning, and bridging research with real-world practice. I have served as Publication Chair at major conferences, published in reputable journals, and contributed to research on AI in aging, systematic reviews, and knowledge graphs. My passion is enabling future engineers to think critically and solve meaningful problems. Outside the classroom, I enjoy working on multi-agent LLM systems for improving healthcare outcomes. Let's connect!
