top of page

News & Updates

August 2025 - Received the Technical Achievement Award for my internship contributions at John Hopkin's Applied Physics Laboratory QL Sector. 

July 2025 - Submission to IEEE ISMAR 2025 Full Paper has been officially accepted!

July 2025 - Submission to IEEE VIS 2025 Full Paper has been officially accepted!

March 2025 - Submission to ACM CHI 2025  Workshop has been officially accepted!

Aug 2024 - Submission to IEEE VIS 2024  Workshop has been officially accepted!

Feb 2024 - Our work on the Parkinson's Project has been featured in a UNC article.

Jan 2024 - Submission to IEEE CHI 2024 Full Paper has been officially accepted!

Sept 2023 - Received UNC Chapel Hill Data Science Day Best Poster Award


Jan 2023 - Work with Telepresence Lab accepted to IEEE-Workshop: ReDigiTS


Aug 2022 - Started at UNC Chapel Hill

June 2022 - Graduated from Carleton College

May 2022 - Sigma Xi Honors Society


May 2022 - Received the The David Pollatsek ’96 Prize in Computer Science

About Me

I am a Computer Science PhD student at UNC Chapel Hill.  My research includes data visualization and augmented reality systems and studies to improve healthcare outcomes. Working at the intersection of HCI, graphics, and analytics, I create user-centered interfaces that solve real-world clinical challenges, and use empirical methodologies to inform design practices addressing patient and clinician needs. CV

 

I am the student leader and coordinator collaborating with computer science faculty and a team of graduate students on the Parkinson's Project. The research team includes experts in computer graphics, computer vision, human-robot interaction, data visualization, and neurophysical therapy for Parkinson's rehabilitation. The project uses augmented reality eyeglasses to enhance a patient's exercise at home, and help clinicians monitor activities of daily living. My research also includes graphical perception studies to determine best visualization design practices for health risk communication.

Independent projects combining art and technology sparked my interest in research Recognizing the tediousness of drawing by hand, I was interested in using computer science as a creative medium to synthesize dense geometric details quickly and create intricate art modeling nature. So, I used procedural modeling with L-systems to randomly generate tree silhouettes, and explored Voronoi partitions and Delaunay triangulations through class projects. With each iteration of my projects, I enjoyed writing more efficient programs with improved geometric complexity by learning recursive algorithms with increased optimization. Research projects such as Undercovering the Hidden Half of Plants and Storyworld Explorer confirmed my interests in interdisciplinary collaboration and visual communication. 

In addition to computer science research, I love teaching, and have spent years developing and teaching curricula problem solving curriculum through CKMathletes, and am instructor of record for Information Visualization at UNC Chapel Hills Computer Science Department. For a hobby, I paint in Adobe Photoshop to create digital illustrations.

Contact

jadekandel@gmail.com

650-464-7448

bottom of page