Faiz M Chowdhury

Faiz M Chowdhury's trajectory in the technology industry, from his beginnings in rural Bangladesh to becoming a renowned figure, is a story of visionary leadership and steadfast dedication to addressing global challenges. His journey is a testament to the impact of innovation, inspiration, and social influence. Growing up in Bangladesh, he confronted the harsh realities of poverty, limited healthcare, and the effects of natural disasters. These early experiences in an environment lacking basic amenities like electricity and clean water and restricted access to quality education ignited a genuine passion for science in him. This passion was driven by a strong desire to improve humanity's future, motivating him to overcome obstacles and make a significant difference. His path to global influence began with his pursuit of higher education. He completed his undergraduate studies at the University of California, Berkeley, earning a Bachelor of Science in Electrical Engineering and Computer Science. He further enhanced his leadership and management skills through the Stanford Advanced Project Management Program and the Executive Certificate in Management and Leadership at the MIT Sloan School of Management. Additionally, he participated in the Real Estate Executive Seminar at Harvard Business School, equipping him with a broad skill set to tackle complex global challenges.

A pivotal moment in his career occurred in 1997 when he joined Intel Corporation. During his tenure at Intel, he recognized technology's potential to improve human lives significantly. This realization, combined with his background, inspired him to envision a world free from hunger, poverty, pollution, and deadly diseases. Motivated by this vision, he left Intel to pursue his greater aspirations. In 2009, a significant collaboration began when Faiz met MIT Professor Ian W. Hunter, a renowned inventor. This meeting led to him joining Nucleus Scientific, Inc., a company co-founded by Professor Hunter, focusing on developing innovative "in-wheel" motor technology, a significant advancement in electric mobility.