Morris Chang

Morris Chang: The Man Who Split the Chip Industry in Two

Before Morris Chang, a company that wanted to sell a semiconductor almost always had to build the factory that made it — a capital burden so enormous it foreclosed entry to nearly everyone. Chang's insight was to separate the two jobs entirely: let some companies just design chips, and let one company, his own, do nothing but manufacture them for anyone who asked. That single structural idea created the fabless semiconductor industry as it exists today, and TSMC, the company Chang founded to prove it, now fabricates the chips inside most of the world's phones, computers, and AI systems.

A Childhood in Flight

Chang was born July 10, 1931, in Ningbo, in China's Zhejiang province, the son of a Western-educated finance official whose career, combined with the upheaval of the Second Sino-Japanese War, moved the family repeatedly — from Nanjing to Guangzhou, to British Hong Kong, to wartime Chongqing, and eventually Shanghai. He spent his primary school years, ages six to eleven, in Hong Kong before Japanese occupation forced another move. That itinerant childhood set the pattern for a career that would later span three countries and three continents.

An Education Built on Scholarships

Chang enrolled at Harvard College in 1949, one of only 1,100 undergraduates that year and the school's sole Chinese student, placing in the top ten percent of his class as a freshman. He transferred to MIT for better engineering prospects, financing his education through a scholarship and work as a copy typist and research assistant, and compressed his undergraduate mechanical engineering degree into two years, completing it in 1952, followed by a master's in 1953 and a professional engineering degree in 1955. Nearly a decade later, after turning down a doctoral attempt at MIT, he earned a Ph.D. in electrical engineering from Stanford in 1964, studying under semiconductor pioneers John Moll, William Spicer, and Gerald Pearson.

Twenty-Five Years Learning the Chip Business at Texas Instruments

Chang's early career began at Sylvania Electric Products in 1955, where he worked on improving the manufacturing yield of germanium transistors. In 1958 he joined Texas Instruments, where he would remain for twenty-five years, eventually rising to Group Vice President overseeing worldwide semiconductor operations. At TI he championed an aggressive, counterintuitive pricing strategy — pricing new chips ahead of the cost curve, below what current manufacturing costs justified, on the bet that volume and manufacturing learning would bring costs down to match. He also managed one of the industry's earliest foundry-like arrangements, contracting IBM to manufacture a transistor design TI itself had created. In the late 1970s, Chang observed that TI's factories in Japan were achieving roughly twice the production yield of its American plants, a data point that convinced him the future of advanced semiconductor manufacturing lay in Asia. When TI's strategic focus shifted toward consumer products like calculators and digital watches in the early 1980s — a direction he considered a dead end for serious semiconductor advancement — Chang left, briefly serving as president and chief operating officer of General Instrument Corporation.

Founding TSMC and Inventing the Foundry

In the mid-1980s, Taiwan's premier Sun Yun-suan recruited Chang back to a country he had left three decades earlier to lead the Industrial Technology Research Institute, the island's government-backed technology development agency. From that platform, in 1987, Chang founded Taiwan Semiconductor Manufacturing Company, funded through technology licensing from Philips and government capital from Taiwan's National Development Fund. TSMC was built around an idea nobody else in the industry had tried at scale: a company that would design nothing and manufacture everything, contracting its fabrication capacity to any customer who needed it, competing with none of them on chip design. As Chang later explained the problem this solved, "using another company's fabrication capacity typically requires very close relationships with it; it's not the sort of thing that someone can just walk in off the street and buy." He predicted that reliable, arm's-length contract manufacturing would spawn an entire generation of "fabless" chip-design companies unable or unwilling to build their own factories — and by 2000, fabless firms like Qualcomm, Nvidia, and Broadcom already accounted for sixty percent of TSMC's revenue, exactly the industry restructuring Chang had forecast.

Three Decades at the Helm

Chang served as TSMC's chief executive from its 1987 founding until 2005 and as chairman from 1987 to 2018, briefly returning to the CEO role in 2009 during a period of strategic turbulence. Under his leadership, TSMC grew from a government-seeded startup into Taiwan's largest company and the dominant manufacturer of the world's most advanced computer chips, a position it retains. He retired fully in June 2018, handing the chairmanship and CEO roles to successors C.C. Wei and Mark Liu.

Recognition

Chang's honors track the semiconductor industry's own recognition of his structural influence: the IEEE Robert N. Noyce Medal in 2000, election to the National Academy of Engineering in 2002, the Semiconductor Industry Association's Robert N. Noyce Award in 2008, and the IEEE Medal of Honor in 2011 — one of the field's highest distinctions. Taiwan awarded him the Order of Brilliant Star with Grand Cordon in 2011 and later the Order of Propitious Clouds and the Order of Dr. Sun Yat-sen. MIT named a building housing its Sloan School of Management after Chang and his wife, Sophie, in 2016.

Why Morris Is Called a Genius

Chang's case for genius is a case about market structure rather than a single technical breakthrough: recognizing, from inside a vertically integrated industry that had never questioned its own shape, that design and manufacturing could be split into separate businesses — and that a company built purely to serve as everyone else's factory could out-compete companies still trying to do both. That is a strategic insight, built on decades of firsthand observation of manufacturing yields and industry economics at Texas Instruments, more than a scientific one, and it reshaped a trillion-dollar global industry's competitive structure. The honest counter-case is that Chang did not invent semiconductor fabrication technology itself — he built a business model and an execution machine around manufacturing techniques and demand that were already emerging, and TSMC's rise also depended heavily on Taiwanese government capital, Philips's technology transfer, and, crucially, the wave of fabless design companies whose founders took the entrepreneurial risk his model made possible. His genius, on the evidence, is that of an industrial strategist who saw an entire industry's shape and correctly bet on how it would fracture.

Legacy

TSMC now manufactures the vast majority of the world's most advanced logic chips, giving a single company Chang founded outsized influence over the global technology supply chain and geopolitics alike. The fabless model he pioneered remains the organizing structure of the modern chip industry, four decades after he first bet a nation's industrial policy on the idea that manufacturing and design belonged in separate hands.

Achievements

• IEEE Medal of Honor — 2011
• Order of Propitious Clouds — 2018
• IEEE Robert N. Noyce Medal — 2000
• Educated at Massachusetts Institute of Technology and Stanford University