Design students win big in international competition
Various projects by RIT students in the new media design and visual communication design programs were selected by a panel of jurors for showcase at an international festival.
Thirty-nine RIT projects were submitted to the Motion Design Education Summit (MODE) Fest juried competition, with six of them being chosen as a category winner, runner-up or finalist.
The winning and runner-up moving-media pieces were publicly announced and shown at the Motion Design Education Summit from May 30 to June 1 in Wellington, New Zealand. The biennial event celebrates the “work of students and emerging motion designers who are creating some of the most interesting, imaginative and well-crafted work today,” according to the festival’s website.
The MODE Fest contest yielded 331 submissions from around the world, with RIT students winning two of the 11 awards.
The recognized students and projects were:
New media design’s Amanda Ho and Luka Schulz
Winner — AR/VR and Installation/Experiential for “Lifeline: Augmented Hospital Navigation”
Instructor: Assistant Professor Miguel Cardona
Class: New Media Design Interactive IV
New media design’s Haley King
Winner — UX/UI for “snews — Animated Prototype”
Instructor: Assistant Professor Hye-Jin Nae
Class: New Media Design Elements III
New media design’s Luka Schulz
Runner-up — UX/UI for "Illuminated Manuscript Experience"
Instructor: Assistant Professor Hye-Jin Nae
Class: New Media Design Elements III
New media design’s Sarah Danseglio
Finalist — Promotional/Advertisement for “Thirsty”
Instructor: Associate Professor Jason Arena
Class: New Media Design Motion Graphics
New media design’s Aditi Khazanchi and Haley King
Finalist — AR/VR and Installation/Experiential for "Wave: The Future of Wayfinding for Healthcare"
Instructor: Assistant Professor Miguel Cardona
Class: New Media Design Interactive IV
Visual communication design’s Yingshan Wu
Finalist — Title Sequence for “Design for NASA TV”
Instructor: Associate Professor Daniel DeLuna
Class: 3D Modeling and Motion