
LIN Mingzhi
Co-founder/Chief Architect
LIN Mingzhi is Orchidlinn’s Co-founder and Chief Architect. With over 6 years of experience in cloud computing development, LIN has established himself as a seasoned engineering leader.
Prior to co-founding the company, LIN served as a backend engineer for WeChat, where he helped build the infrastructure powering one of the world's most widely used messaging apps. He also worked as a full-stack architect at MeiTuan, a leading on-demand delivery platform, and as a cloud architecture developer of tFold, a framework developed for predicting antibody structures and their interactions with antigens using advanced deep learning techniques.
LIN's deep technical expertise and innovative mindset have been instrumental in driving Orchidlinn’s computational biology solutions. As Chief Architect, he oversees the development of the company's core technology, ensuring that it remains cutting-edge and responsive to the evolving needs of its customers.
With his wealth of experience and passion for problem-solving, LIN is a valuable asset to the team, continuously pushing the boundaries of what's possible in the world of computational biology.
Prior to co-founding the company, LIN served as a backend engineer for WeChat, where he helped build the infrastructure powering one of the world's most widely used messaging apps. He also worked as a full-stack architect at MeiTuan, a leading on-demand delivery platform, and as a cloud architecture developer of tFold, a framework developed for predicting antibody structures and their interactions with antigens using advanced deep learning techniques.
LIN's deep technical expertise and innovative mindset have been instrumental in driving Orchidlinn’s computational biology solutions. As Chief Architect, he oversees the development of the company's core technology, ensuring that it remains cutting-edge and responsive to the evolving needs of its customers.
With his wealth of experience and passion for problem-solving, LIN is a valuable asset to the team, continuously pushing the boundaries of what's possible in the world of computational biology.