SciFest Los Angeles ఫెస్టివల్ ఐడెంటిటీ సిస్టమ్

Press Kit

Unique Properties

SciFest LA is a hypothetical 8-day film festival devoted to showcasing science fiction movies. By curating classic science fiction movies from 1970 to 2017, the audience can enjoy all different types and sub-genres of science fiction movies such as action, animation, and mystery through the festival.

Tags

Transmedia Design, Kinetic Typography, Motion Graphic, 3D Graphic

Production Technology

Utilize Adobe Creative Cloud suite software from Photoshop, Illustrator, InDesign, After Effect, to incorporate with Maxon Cinema 4D. Using Artivive and Spark AR software to create Augmented Reality experience.

Design Challenge

To re-design a pre-existing event and create holistic design experience through branding.

Research

Watching and observing all the classic sci-fi movies so that I could draw the main design elements from the commonalities of sci-fi movies to represent the sci-fi festival. Sci-fi movies are a combination of physics in reality but also the imagination and creativity of creators as well, so these were main insights to create kinetic typography and dimensional graphic elements for this project.

Inspiration

Inspired by the science fiction movie “Interstellar,” the discovering scene of the four dimensions, I developed a dimensional typeface as the main visual language that could be used as a framing device throughout different applications for the whole festival identity system.

Project Duration

The project started in December 2017 but finished in December 2019 in Pasadena.

Operation Flow

All of the posters are designed to interact with augmented reality so that viewers can experience the dimensionalities of the posters and interact with them. Science fiction festival is not just about watching movies but also experiencing future-casting technologies or concepts. Interfaces of the app and the website exemplify the experiences of entering the events and previewing all the contents that will be hosted for the event through kinetic 3D graphic treatments.