Biography
Kevin Mack is a contemporary artist and a pioneer of digital art, virtual reality, and visual effects. His work on What Dreams May Come (1998) earned him an Academy Award for Best Visual Effects.
Mack’s work is inspired by the creative process, emergence, science, and technology, and is informed by research in fields from neuroscience to artificial life. He investigates the fundamental principles behind perception, imagination, cognition, and intuition, and their relation to emergence, the creative process, and the experience of awe. He combines emergent discovery with intentional control to create visual forms that dissolve boundaries, and navigate the intersection of photorealism, abstraction, painting, sculpture, the virtual and the physical.
Mack’s work is inspired by the creative process, emergence, science, and technology, and is informed by research in fields from neuroscience to artificial life. He investigates the fundamental principles behind perception, imagination, cognition, and intuition, and their relation to emergence, the creative process, and the experience of awe. He combines emergent discovery with intentional control to create visual forms that dissolve boundaries, and navigate the intersection of photorealism, abstraction, painting, sculpture, the virtual and the physical.
The son of Disney artists, Mack grew up drawing, painting, sculpting, and animating. His father, Brice Mack, was a background painter and story artist for Disney, and his mother, Ginni Mack, was a pioneer in the Ink & Paint Department and an original model for Tinker Bell.
Kevin attended Art Center College of Design, where he majored in Fine Art, Illustration and Film. After college, Mack focused on exploring new frontiers in electronic and digital media through art and music. To support these creative pursuits, he applied his multidisciplinary artistic skills in the film industry, working as a scenic artist, model maker, sculptor, concept artist, animator, and matte painter.
Kevin attended Art Center College of Design, where he majored in Fine Art, Illustration and Film. After college, Mack focused on exploring new frontiers in electronic and digital media through art and music. To support these creative pursuits, he applied his multidisciplinary artistic skills in the film industry, working as a scenic artist, model maker, sculptor, concept artist, animator, and matte painter.
In 1986, Mack embraced computer graphics as an artistic medium. Recognizing the immense potential for film work, he pioneered its use in visual effects and became a creative leader in the development and application of digital art technologies. His work in artificial life and procedural modeling, used to grow the computer-generated tree in What Dreams May Come and the intricate neural structures in the opening sequence of Fight Club (1999), inspired the development of tissue simulation software used in virtual stem cell research.
Concurrent with his work in visual effects, Mack maintained his personal art practice, developing distinct digital processes and art forms. His personal work and visual effects work often informed each other. He was among the first to exploit the unique capabilities of 3D printing, creating virtual sculptures that cannot be produced by any other means. He also produced high‑resolution rendered images and animations while exploring procedural generation, abstraction, and photorealism. Mack developed unique processes using nascent breakthroughs in computer graphics, such as procedural modeling, volumetric modeling and rendering, and physically based rendering.
In 1999, Mack delivered the keynote speech at the inauguration of the Ahmanson-Lovelace International Brain Mapping Center at UCLA. In 2006, Mack received the title of Honorary Neuroscientist from UCLA's David Geffen School of Medicine for his presentation on perception and visualization. In 2007 he received an honorary Doctorate of Science degree from Art Center College of Design for his contributions to the field of motion picture visual effects. In 2012, Mack worked with physicists at CERN to visualize discoveries in particle physics.
With the arrival of commercial VR headsets in 2014, Mack focused his efforts on developing and sharing his virtual reality artworks. In early 2015, he left the visual effects industry to concentrate on his personal art practice and VR. His VR art projects gained recognition in art, technology, and medical contexts for their aesthetic and positive emotional impact on audiences. They include: Zen Parade (2015), which was proven effective in clinical studies for treating pain and anxiety during awake brain surgeries; Blortasia (2017), a favored VR app for relaxation that’s been used in therapy applications; and Devalaya Rupanam (2020), a popular exhibit in the Museum of Other Realities. Anandala (2021), a world of artificial-life art forms, and Namuanki (2022), an aquatic world from the distant future, were each Official Selections of the Venice International Film Festival. Namuanki was also nominated for Best Immersive World at Raindance, and won the People’s Choice and Technical Achievement Awards at FIVARS. Mack’s VR artworks have been widely exhibited in museums, galleries, and film festivals around the world.
After decades of anticipating the creative potential of AI, Mack began exploring generative AI art tools in 2018. His book, Emergent Visions (2023), features a selection of art he created using generative AI. Mack's AI artwork was featured in the LACMA exhibit Digital Witness: Revolutions In Design, Photography, And Film, where it was displayed alongside the computer-generated brain fly-through he created for the opening title sequence of Fight Club. Mack's AI work from the exhibition was acquired for the LACMA permanent collection.
Concurrent with his work in visual effects, Mack maintained his personal art practice, developing distinct digital processes and art forms. His personal work and visual effects work often informed each other. He was among the first to exploit the unique capabilities of 3D printing, creating virtual sculptures that cannot be produced by any other means. He also produced high‑resolution rendered images and animations while exploring procedural generation, abstraction, and photorealism. Mack developed unique processes using nascent breakthroughs in computer graphics, such as procedural modeling, volumetric modeling and rendering, and physically based rendering.
In 1999, Mack delivered the keynote speech at the inauguration of the Ahmanson-Lovelace International Brain Mapping Center at UCLA. In 2006, Mack received the title of Honorary Neuroscientist from UCLA's David Geffen School of Medicine for his presentation on perception and visualization. In 2007 he received an honorary Doctorate of Science degree from Art Center College of Design for his contributions to the field of motion picture visual effects. In 2012, Mack worked with physicists at CERN to visualize discoveries in particle physics.
With the arrival of commercial VR headsets in 2014, Mack focused his efforts on developing and sharing his virtual reality artworks. In early 2015, he left the visual effects industry to concentrate on his personal art practice and VR. His VR art projects gained recognition in art, technology, and medical contexts for their aesthetic and positive emotional impact on audiences. They include: Zen Parade (2015), which was proven effective in clinical studies for treating pain and anxiety during awake brain surgeries; Blortasia (2017), a favored VR app for relaxation that’s been used in therapy applications; and Devalaya Rupanam (2020), a popular exhibit in the Museum of Other Realities. Anandala (2021), a world of artificial-life art forms, and Namuanki (2022), an aquatic world from the distant future, were each Official Selections of the Venice International Film Festival. Namuanki was also nominated for Best Immersive World at Raindance, and won the People’s Choice and Technical Achievement Awards at FIVARS. Mack’s VR artworks have been widely exhibited in museums, galleries, and film festivals around the world.
After decades of anticipating the creative potential of AI, Mack began exploring generative AI art tools in 2018. His book, Emergent Visions (2023), features a selection of art he created using generative AI. Mack's AI artwork was featured in the LACMA exhibit Digital Witness: Revolutions In Design, Photography, And Film, where it was displayed alongside the computer-generated brain fly-through he created for the opening title sequence of Fight Club. Mack's AI work from the exhibition was acquired for the LACMA permanent collection.