Team
Founder
Rod Chappell has been driving consumer buying habits through experiences for 25 years. Whether its buying Pantene shampoo after seeing Queen Latifah at the Total You Tour, drinking Coke at the Ebony Black Family Reunion Tour, brushing Teeth after the rest Totalmente Latina Tour or using Gillette razors before streaming their video games online.
Chappell’s strategies have led to award-winning efforts in sports and entertainment and multicultural marketing.
Chappell received his B.A. in Business from Morehouse College and his M.B.A. from the Fuqua school of business at Duke University.
Technology
Jeralyn Parchman will co-lead the Quetis™ technology strategy.
Parchman has experience leading Unity-based XR software development projects where 3D scanning is required.
Parchman received her Bachelors in Information Technology from Rutgers University and her Masters in Modeling and Simulation from the University of Central Florida.
Technology
Joslyn Parchman will co-lead the Quetis™ technology strategy.
Parchman has experience leading Unity-based VR software development projects where 3D scanning is required.
Parchman received her Bachelors in Information Technology from Rutgers University and her Masters in Modeling and Simulation from the University of Central Florida.
Fashion
Janae Barlow will lead the Quetis™ fashion experience effort.
Barlow has held various roles in the sports & entertainment sector. Her love for fashion and setting up fashion events makes her a mainstay in the Atlanta market.
Barlow received her B.A. in Hospitality Management from Tuskegee University.
Health
Brandon Harrison-Smith will lead the Quetis™ effort in health and Wellness.
Harrison-Smith is a postdoctoral fellow in the Mechanical Engineering department at Purdue University where he studies photoacoustic viral sensors for the detection of airborne viruses.
He holds a Bachelor of Arts in Chemistry from the Cheyney University of Pennsylvania and a Ph.D. in Bioengineering from Temple University. His dissertation focused on developing novel optical diagnostic techniques for the management of neonatal jaundice.