Currently a second-year Ph.D. student in Human-Centered Computing at Clemson University. Developing and researching the use of immersive virtual reality for training.
Education, Professional, Research, Volunteering
August 2018 - Present
August 2014 - May 2018
August 2018 - Summer 2020
August 2017 - May 2018
August 2016 - May 2017
Created an A.I. chatbot using IBM Watson to help users maintain a healthy lifestyle.
Hackathon hosted by Thurgood Marshall College Fund with Apple and John Deere. Created an iOS application that enhances the communication between public transportation operators and commuters.
Submitted, Under Review
Survivors of lung cancer often experience a myriad of symptoms that have devastating effects on their physical and psychological functioning such as dyspnea, fatigue, and stress. To combat these symptoms, the American College of Chest Physicians has recommended the use of complementary therapies. Mindfulness-based Cancer Recovery (MBCR) can empower survivors, and caregivers who often cope with their own health problems and the stress related to caring for a survivor.
Oct 2018 - Athens,GA
Oct 2017 - Lisbon, Portugal
Jul 2017 - Columbia, SC
I have done projects in several aspects such as programming, Machine Learning, Android App Development, iOS App Development, prototyping, Virtual Reality, 3D Modeling and Simulation and more!
Worked with a group of clinicians and researchers in developing an Android application that delivers Mindfulness-Based Cancer Recovery (MBCR) intervention directly to their smartphones.
Developed an adaptable robot, Exercise Robotic InstruCtor in Aging (ERICA) that will be able to instruct exercises to older adults. Conducted a subject matter interview.
Created an iOS application that enhances communication between public transporation operators and commuters. Won Second Place.
Developing a simulation for training manufacturing operators complex, multi-process machineries using Unreal Engine 4.
Created a Lego Car Crash Animation using dynamics.
Creating an animation of a unicycle lasting 10-20 seconds. Unicycle was provided. The unicycle had to be shaded and textured. Addequate lighting was also created for the scene. The unicycle was rigged to automatically to make the animation of the scene an easier process. Some animation principle was used.
Recreated a 2D picture as a 3D environment by creating the models, shaders, textures, and lighting.
Created a 3D model of an elephant using a reference model.
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