Andrew Grove

Andrew Grove: The Cubicle That Ran Silicon Valley

He worked in an eight-by-nine-foot cubicle with the same furniture as everyone else on the floor. No reserved parking space, no executive dining room, no mahogany row. From that cubicle Andrew Grove presided over a rise in Intel's market value of roughly 4,500 percent — $4 billion to $197 billion — turning a memory-chip maker into the seventh-largest company on earth. He had reached America forty years earlier with almost no English, and spent that first summer clearing tables in New Hampshire.

False Papers in Budapest

He was born Gróf András István in Budapest on 2 September 1936, the son of Mária and György Gróf, a middle-class Jewish family. At four he contracted scarlet fever, which left him with hearing damage that never fully healed and that shadowed him for the rest of his life. At eight, the Nazi occupation reached his household. He and his mother took false identities and were hidden by friends; his father was arrested, tortured, and sent to an Eastern labour camp for slave work. The family was reunited only after the war — a survival that, by the National Academy of Engineering's reckoning, made Grove an icon before he had done anything technical at all.

The second catastrophe was ideological rather than racial. After the crushed Hungarian revolution of 1956, the twenty-year-old Grove crossed into Austria and reached the United States in 1957, penniless, anglicising himself into Andrew Stephen Grove. In June 1958, in Queens, he married Eva Kastan, an Austrian refugee; the marriage lasted fifty-eight years.

The Silicon-Oxide Man

The academic ascent was fast and unglamorous: a bachelor's in chemical engineering from City College of New York in 1960, a doctorate from the University of California, Berkeley, in 1963. He went straight to Fairchild Semiconductor's R&D division in Palo Alto, where he met Gordon Moore and Robert Noyce, and where by 1967 he was assistant director of development.

It is worth insisting on what Grove actually did there, because the management legend has largely eaten the science. His research concerned the interface between silicon and silicon dioxide — the boundary layer whose instabilities were then wrecking device reliability. Understanding it was the precondition for manufacturing metal-oxide-semiconductor devices commercially, which is to say the precondition for the silicon era that followed. In 1967 he published *Physics and Technology of Semiconductor Devices* with Wiley; it became a standard text. When the National Academy of Engineering elected him in 1979, his citation read: "Leadership in semiconductor technology, particularly in contributions to the understanding of structure and instabilities of the silicon-oxide interface."

Employee Number Four

When Moore and Noyce incorporated Intel in 1968, Grove joined on the founding day — the fourth employee by the National Academy's count, the third by other tallies — as director of engineering. He was not a founder, a distinction he never blurred. He became president in 1979, chief executive in 1987, chairman in 1997, and left the board in November 2004. Revenue over that arc went from $2.672 million to $20.8 billion in 1997, with 64,000 employees.

His own account of arriving was less than heroic: "When I came to Intel, I was scared to death. I left a very secure job where I knew what I was doing and started running R&D for a brand new venture."

Killing the Business That Built the Company

Intel was a memory company. By the mid-1980s Japanese manufacturers were dumping memory chips and the business was unwinnable. In 1985 Grove discontinued DRAM production altogether and turned the company toward microprocessors — a decision unpopular inside Intel, and one that abandoned the identity the firm had been built on. He then negotiated with IBM to make Intel microprocessors the exclusive engine of its personal computers, and later founded the Intel Architecture Laboratory in Oregon so software would keep pace with what the silicon could do.

The Grove Method

Grove's management was as engineered as his oxide layers. He abolished executive privileges and put everyone, himself included, in identical cubicles. He instituted sign-in lists and cleanliness inspections, coined "Intel Delivers" in 1973 to enforce schedule discipline, and imported a McDonald's-style process standardisation into chip fabrication under the banner "Copy Exactly!" Every employee got sabbatical leave.

The intellectual core was constructive confrontation: argument as a management tool, conducted on the explicit rule that "we argue about issues, not the people who advocate them," in a culture where knowledge power outranked positional power. He broke publicly with W. Edwards Deming's insistence on driving fear out of the workplace, holding that fear of competition, of bankruptcy, of being wrong and of losing were all usable fuel. And he institutionalised measurement: the venture capitalist John Doerr, who took the method to Google, called Grove the father of OKRs, tracing them to a course Grove taught inside Intel in 1975. Grove's own test was blunt: "The key result has to be measurable... Did I do that or did I not do it? Yes? No? Simple."

He codified it in *High Output Management* (1983), then in *Only the Paranoid Survive* (1996), which supplied the vocabulary a generation of executives still uses — the strategic inflection point, strategic dissonance, the "helpful Cassandras" whose job is to raise the alarm nobody wants. The premise was a loop: success breeds complacency, complacency breeds failure.

Why Andrew Is Called a Genius

The specific quality is unusual and identifiable: Grove could hold a physical fact and an organisational consequence in the same frame. Very few people who understood why a silicon-dioxide interface goes unstable were also capable of designing a manufacturing discipline, a compensation culture and a goal-setting system around that understanding — and then of writing all of it down clearly enough that strangers could copy it. The National Academy of Engineering's tribute puts it precisely: he was rare among technologists in being simultaneously expert in scientific research, engineering, management and organisational transformation. *Time*, naming him Man of the Year in 1997, called him the person most responsible for the growth in the power and innovative potential of microchips.

The honest counter-case matters. Neither of those citations uses the word "genius," and Grove would have been the first to reject it. He invented neither the integrated circuit nor the microprocessor; Moore's Law was Moore's; he was not a founder of Intel and never claimed to be. The 1985 exit from memory, his most celebrated act of nerve, was also a response to a competitive rout that had already been under way for years — courage in accepting a verdict rather than foresight in avoiding it. And his signature slogan has aged into a corporate cliché that flatters anxiety as strategy. What survives scrutiny is not prophecy but an exceptional refusal of sunk cost, joined to real technical depth and a gift for turning practice into transmissible method.

Afterlife

Grove had prostate cancer, and wrote about it in *Fortune* in May 1996; Parkinson's disease followed in 2000, and he fought it for sixteen years while teaching at Stanford's Graduate School of Business. He gave $26 million to City College of New York in 2005 — its largest gift ever, and the reason its engineering school bears his name — and helped raise the money for UCSF's Mission Bay campus. He sat on the board of the International Rescue Committee, which honoured him in 2010 as one of ten distinguished refugees, and argued to the end that "immigration and immigrants are what made America what it is." His awards ran from the Franklin Institute's Certificate of Merit in 1975 to the IEEE Medal of Honor in 2000.

He died at home in Los Altos, California, on 21 March 2016, aged seventy-nine, survived by Eva, two daughters and eight grandchildren. "A corporation is a living organism," he had written. "It has to continue to shed its skin."

Achievements

• California Hall of Fame — 2009
• Affiliated with Intel, Fairchild Semiconductor and Stanford University
• Educated at University of California, Berkeley and City University of New York
• Worked as engineer, entrepreneur and writer