Creating assistive technology goes far beyond technical expertise—it requires a deep sense of empathy and a strong dose of creativity. As a Post-Doctoral researcher at the Schulich School of Engineering, I have dedicated my career to designing immersive applications that cater to the unique needs of individuals on the autism spectrum, particularly nonspeaking autistic individuals. In collaboration with the Department of Psychology at the University of Virginia, I explore how technologies like Augmented Reality (AR) and Cross-Reality (CR) can enhance communication for neurodivergent individuals. One of my key projects focuses on developing holographic typing systems and educational tools that provide new ways for nonspeakers to express themselves independently. With over 10 years of experience in both academia and industry, my work has spanned a range of assistive technologies, from smart home systems designed for seniors with Alzheimer’s and dementia to immersive AR and VR experiences. My design philosophy is rooted in understanding the specific challenges faced by the people I aim to help, ensuring that every solution is tailored to their needs. I also teach courses on human-computer interaction, creative programming, and web-based systems, where I emphasize the importance of designing with empathy. Accessibility is not just a goal—it's a guiding principle. Whether it's through creating more inclusive user experiences or developing cutting-edge technologies, my mission is to make the digital world more accessible and supportive for everyone. When I'm not immersed in research and teaching, I enjoy pursuing my creative side through music, woodworking, and airplane photography. These passions remind me that creativity is as much a part of technology design as any technical skill, and that the best solutions often come from thinking outside the box.