Started the initial idea of what would become Labfront in 2019 and officially established the business in 2021. Since launching in 2021, Labfront has been trusted by researchers from over 50+ top institutions including Stanford, MIT, Harvard, Duke, Dartmouth, UCSD, UC Berkeley, Yale, and many more.

Responsible for creating the agency and building it up to 20 team members serving clients in mainland China and Taiwan. Notable customers include Huawei, Largan, GBJM (LVMH), VITUP, and more.

As Product Manager, Chris designed the protocol for localized emergency services customized to Ethiopia. In addition to design, he was responsible for development and implementation of designed system. Chris also created the first two versions of the UI design and he personally developed the current generation Android Applications for Ambulances as well as Members. He also managed the cloud/server development and iOS development correspondingly.

Participated in UI/UX design and development for multiple projects. Participated in UX research on users. Participated in planning process for health product (unreleased).Worked on localizing UI for various pages in Tricorder project.

As a Software Engineering Intern at NetBrain, Chris worked in Multivendor driver support. This included writing drivers to support new hardware and meeting with clients and customers to find out specific networking needs. Fluent in Chinese, Chris helped communicate between NetBrain's Beijing-based R&D team and NetBrain's American clients. During his time at Netbrain, he worked with accounts such as Boeing, Saks Fifth Avenue, and Michael Kors.

During his high school summers, Chris spent his time working at BIDMC in Brookline. He worked on creating and updating home web page for ReyLab, processing data for more than 300+ patients, and compiling Inventories and Databases for SAFE Lab. While there, he familiarized with Matlab and computer programming. For his efforts, he was acknowledged in two separate papers.Multimodal Pressure Flow Analysis: Application of Hilbert Huang Transform in Cerebral Blood Flow Regulation (https://www.ncbi.nlm.nih.gov/pmc/articles/PMC2518653/)Nonlinear Pressure-Flow Relationship Is Able to Detect Asymmetry of Brain Blood Circulation Associated with Midline Shift (https://www.ncbi.nlm.nih.gov/pmc/articles/PMC2788024/)