Research and recommend new platforms, initiatives, and technology like AR/VR, multiscreen, projection, and spatial audio to implement to improve client creative projects.Responsible for developing and designing interactive visuals. Communicate design decisions clearly, from sketches to specs. Take the lead on identifying technical project requirements and feature sets.Contribute creative and technical solutions to projects in pitches and project productions. Working individually or leading teams of developers, interfacing with production, project management, and creative departments from concept to delivery.

Teaching Assistant at Harvard GSD Fabrication Lab focuses on 3D scanning, motion capture assistant

Teaching Assistant for SCI 6126 Materials

https://innovationlabs.harvard.edu/current-team/flowever/

Designed experiments to understand environmental factors' impact on human health. Developed and administered questionnaires to participants and led environmental interventions to measure their responses to various conditions. Performed a thorough analysis of participants' biological samples, electroencephalogram (EEG), and heart rate data and optimized the experiments. Compared participants' behavior data in virtual and built environments to understand better the effects of different environmental factors on human health.

Established the initial version of the UI/UX design for the robotic manufacturing collaboration software ROBIM, testing and collecting user feedback to ensure a seamless user experience. ROBIM cloud platform was recognized by Fortune China as one of the Best Designs of 2022.

Optimized the "Golden Ridge Upper-cloister" architectural design with grasshopper and python script. The project uses carbon fiber composite materials and a parametric structure, resulting in an award-winning, high-tech pavilion with an extremely thin roof and light structure. Generated the concept design for "Arrival," a 3D spatial printing pavilion. Actively participated in the design and robotic fabrication process, including optimizing the parametrical shape, and testing printing techniques and materials.