General Motors - Research and Development

Research and Development

Research and development (R&D) at General Motors began organically as the continuation of such R&D as the various divisions (e.g., Cadillac, Buick, Olds, Oakland) were already doing for themselves before the merger. Its character was entirely empirical; it was whatever key people in each company had been competent enough to organize and pursue.

Charles F. Kettering's Dayton Engineering Laboratories Company (Delco), at Dayton, Ohio, was still an independent firm at this time. Its work was well known to GM central management through its relationship as a supplier and consultancy to Cadillac and Buick.

In 1916, Durant organized the United Motors Corporation as an amalgamation of parts suppliers, supplying GM and other OEMs but independent of GM. Alfred P. Sloan, head of the newly acquired Hyatt Roller Bearing Corporation, became United Motors' CEO. United Motors acquired Delco, and Kettering began his association with Sloan. United Motors also acquired at this time the original Remy corporation (called the Remy Electric Company), a competitor of Delco. In 1918 General Motors bought United Motors. Various entities grew out of the original Delco and Remy, including the Dayton Metal Products Corporation, the General Motors Research Corporation, the Delco Division and Remy Electric Division of GM, Delco Remy (now Remy International, Inc.), ACDelco, Delco Electronics, and others. Today's main successor corporation is Delphi Automotive, which nowadays is an independent parent corporation.

The General Motors Research Corporation, at Dayton under Kettering, became a true automotive research center. During the next few decades it led the development of:

• many electrical-appliance features for cars and trucks
• tetraethyllead and its widespread use as a gasoline additive (recognized today as a bad idea environmentally, but a technological wonder of its day)
• dichlorodifluoromethane refrigerant for HVAC and refrigeration applications (Freon, R-12; recognized today as a bad idea environmentally, but a technological wonder of its day)
• commercially practical two-stroke diesel engines
• better transmissions for track-laying vehicles
• many other advancements

Although GM R&D (as it is known in colloquial shorthand) began as an organization largely built around one extraordinary man (Kettering), it eventually evolved into a more modern organization whose path is shaped by individuals but not dominated entirely by any of them. World War II was a turning point wherein military affairs, after mingling with the technologies of applied science for some 80 years, first started to become fundamentally reinvented by them. Civilian life, too, changed in this direction. By the 1950s, corporations such as GM and many others were facing a new era of R&D, different from earlier ones. Less about genius inventors and individual inventions, and more about organizational progress and integrated systems, it raised new questions about where the capital for R&D would come from in an era of limitless demand for R&D (although not necessarily for production). Alfred Sloan, longtime CEO of GM (1920s to 1960s), discussed in his memoir (also considered a seminal management treatise) the relationships between government, academia, and private industry in the areas of basic science and applied science, in light of this new era. The views he laid out reflected (and influenced) wide consensus on these relationships that persists largely to today.

Today, GM R&D, headquartered in Warren, Michigan, is a network of six laboratories, six science offices, and collaborative relationships in over twelve countries including working relationships with universities, government groups, suppliers, and other partners from across the globe.