By Lila Marquez
As artificial intelligence continues to reshape global industries and enterprise digital transformation enters a critical phase, making complex, high-dimensional AI systems understandable, trustworthy, and operable has emerged as one of the most pressing challenges facing U.S. enterprises — and a critical determinant of America’s competitive position in the global AI race. Senior Digital Interaction Systems Designer Tianci Gong has gained increasing industry recognition through his pioneering practices across finance, healthcare, semiconductors, and strategic AI.
Gong’s career illustrates a distinctive model of interdisciplinary integration in modern digital interaction design. He received a rigorous education spanning art and technology at the Central Academy of Fine Arts and the School of Visual Arts (SVA), building a multidisciplinary foundation in artistic creativity, technical execution, and systems thinking.
He currently works at EY in the United States, focusing on Fortune 500 enterprises and high-impact public-interest projects. He specializes in solving interaction challenges for large-scale enterprise systems, translating intricate technologies and complex technology workflows into usable, efficient, and scalable digital experiences.
(Senior Digital Interaction Systems Designer Tianci Gong presents the design of an AI-powered rare disease patient discovery platform. The platform transforms complex healthcare datasets and AI-driven insights into intuitive visual dashboards, helping accelerate rare disease research and pharmaceutical innovation.)
Unlike conventional interface designers, Gong defines his practice as digital interactive systems design and has developed a structured three-stage methodology: Understand – Simplify – Enhance. From consumer products to multi-trillion-dollar wealth management platforms, and from AI healthcare tools to semiconductor workforce enablement systems, he centers users and applies interaction architecture, information architecture, and workflow design to transform complex business logic into standardized, scalable interaction systems. This methodology has been applied and refined across dozens of large-scale projects in strategically important sectors.
In healthcare and AI-powered pharmaceutical development, he led the design of AI clinical monitoring platforms, pharmaceutical compliance collaboration systems, and AI-assisted medical literature review tools for leading global healthcare organizations. Through human-centered AI interaction frameworks, he has translated sophisticated algorithms and technical workflows into interfaces that professionals can understand, trust, and use effectively. According to project data, these efforts reduced revision time for pharmaceutical regulatory and medical documentation by approximately 85% and improved medical data review efficiency by around 60%, helping accelerate research and development within strict regulatory environments and contributing to the strength of the U.S. biomedical innovation ecosystem.
In wealth management and financial services, he led the redesign of a core platform for a leading global financial institution managing trillions of dollars in assets under management. Project data showed that his restructuring of information architecture and multi-account navigation systems improved account-location efficiency by 40% and reduced task-completion time for service requests by 28%. For a major U.S. insurance group, his enterprise intranet platform redesign also improved employees’ information-access efficiency by 25%, while enhancing usability and maintaining the compliance and security standards required in highly regulated financial-services environments.
Gong applies inclusive design principles to public-interest work and healthcare equity. The clinical trial access platform he designed has helped more than 8,000 users access clinical trial information and medical resources more easily while lowering information barriers. For organizations advancing employee ownership and financial fairness, he built digital platforms that use visual storytelling to simplify complex systems. According to project data, these designs improved information comprehension by 39%, contributing to social equity and economic inclusion through design.
In semiconductors and high-tech talent development, he created digital onboarding and operational-efficiency systems for a global leader in semiconductor design software and electronic design automation. Project data showed that, by applying modular system design and AI-assisted workflow capabilities, his work improved new-hire learning efficiency by 45% and managers’ coordination efficiency by 80%, supporting talent development and strengthening the global competitiveness of the U.S. semiconductor industry.
Beyond client projects, Gong has evolved from a design practitioner to an industry tool creator. He independently developed two Figma plugins used by thousands of designers worldwide, improving workflow productivity for design professionals across the global digital design industry. He also led the design and launch of EY’s global AI strategy activation platform, which has engaged more than 50,000 executives, reached audiences across more than 100 countries, and generated 3 million global impressions — a pioneering enterprise-facing AI strategy activation tool that translates abstract AI trends into actionable strategic conversations and decision-making frameworks.
In serving large enterprises, he has repeatedly led the development of enterprise-grade design systems with hundreds of reusable components, unifying fragmented experiences into consistent and scalable user interface systems. These systems deliver long-term efficiency improvements, cost optimization, and consistent experiences for Fortune 500 companies. This ability to translate abstract business needs into standardized, scalable interaction systems positions him as a significant contributor to the digital economy.
As artificial intelligence continues to reshape global industries, the type of expertise Gong represents as a Senior Digital Interaction Systems Designer is growing in strategic importance. This trend underscores a broader industry reality: in an era defined by rapid AI advancement, professionals who bridge advanced technology and human use are becoming critical drivers of U.S. business competitiveness and global leadership in innovation.
