General Electric Company
Industrial Conglomerate / Aerospace & DefenseFounded 1892- Updated June 2026
Reviewed by Swet Parvadiya
Last reviewed: June 2026
CorpDigest
General Electric Company
Company History
Founded 1892 in Cincinnati, Ohio
Last reviewed: 2026-06-03 · By Swet Parvadiya
Founded in 1892 through the merger of Edison General Electric and Thomson-Houston, GE spent more than a century as America's quintessential conglomerate, operating businesses spanning jet engines, power plants, medical imaging, financial services, and broadcast media. The commercial segment is the larger of the two and generates revenue through two distinct but deeply interrelated mechanisms: original equipment (OE) engine sales and aftermarket services. From its origins in Thomas Edison's invention laboratories to its peak as the world's most valuable company at the turn of the millennium, and through its near-collapse and ultimate three-way separation, GE's story encapsulates both the potential and the peril of the American conglomerate model. Management has acknowledged that Boeing's struggles have contributed to production scheduling uncertainty and have required GE Aerospace to manage a more complex supply chain cadence than originally planned.
Edison General Electric, the company Edison had founded in 1878 to commercialize his electrical inventions, was by 1892 under severe financial pressure. Competitor Thomson-Houston Electric Company, founded by Elihu Thomson and Edwin Houston and managed with exceptional commercial acumen by Charles Coffin, had grown rapidly and was in many respects the more financially stable enterprise. The company's expansion into aviation began almost accidentally in 1903 — the same year the Wright Brothers made their famous flight at Kitty Hawk. The GE Aviation division that would eventually become GE Aerospace had its intellectual origins in these wartime programs, and the technological advantages accumulated over subsequent decades of military and commercial jet engine development would prove to be the most enduring and valuable assets the broader GE enterprise ever created.
Thomas Alva Edison (1847–1931) is widely regarded as the most prolific inventor in American history, holding 1,093 U.S. Patents over his lifetime. His contributions to GE's founding were enormous: the lightbulb patents, electrical distribution technology, and the very concept of systematic commercial invention that the GE Research Laboratory would later institutionalize. However, Edison's strategic miscalculation in championing DC power over AC systems — the so-called War of Currents — weakened his company's financial position and led directly to the merger that created GE. Edison himself received $1.75 million in stock from the merger but was given no board seat or operational role in the new company, a snub he reportedly never forgot. In his later years, Edison expressed ambivalence about GE, which had grown wealthy commercializing inventions he felt were fundamentally his.
Charles Albert Coffin (1844–1926) is the largely forgotten architect of General Electric's commercial success. While Thomas Edison provided the inventive genius and the public narrative for GE's creation, Coffin provided the management infrastructure and business strategy that transformed a collection of patents into a sustainable industrial enterprise. He pioneered the concept of the corporate research laboratory, the installment financing model for industrial equipment, and the professional management hierarchy that would define American industrial corporations for most of the twentieth century. Harvard Business School honored Coffin in 1922 with its first-ever award for business leadership — the Wallace Clark award — recognizing his contributions to professional management practice. Unlike Edison, whose name remained synonymous with GE for generations, Coffin is largely unknown to the general public today, a historical irony given his outsized influence on the company's lasting success.
J.P. Morgan orchestrates the merger of Edison General Electric and Thomson-Houston Electric Company, creating GE with a capitalization of $35 million. Charles Coffin becomes the first president, and the company is headquartered in Schenectady, New York.
GE founds one of the first corporate research laboratories in the United States in Schenectady, New York, under chemist Willis R. Whitney. The lab would eventually produce Nobel Prize-winning research and hundreds of commercially significant inventions.
GE tests America's first jet engine, the GE I-A, developed in a secret program based on Frank Whittle's British design. This program lays the foundation for GE's aviation propulsion business, which would eventually become the company's most valuable asset.
John F. 'Jack' Welch Jr. Is named GE's chairman and CEO at age 45, becoming one of the youngest CEOs in company history. Welch proceeds to restructure GE aggressively, selling businesses that are not number-one or number-two in their markets and building GE Capital into a financial powerhouse.
CFM International — the 50/50 joint venture between GE and Snecma (now Safran) founded in 1974 — delivers its 10,000th CFM56 engine, establishing the engine family as the bestselling commercial jet engine in aviation history.
GE's market capitalization surpasses $594 billion in August 2000, making it briefly the most valuable company on earth, ahead of Microsoft and Cisco. The achievement reflects the extraordinary investor confidence built over Jack Welch's two decades of delivering double-digit earnings growth.
Jeffrey Immelt becomes GE's chairman and CEO on September 7, 2001 — four days before the September 11 terrorist attacks devastate the commercial aviation industry. Immelt's tenure will be defined by the challenges of managing a sprawling conglomerate through multiple crises, including the 2008 financial crisis that nearly brought GE Capital to collapse.
H. Lawrence Culp Jr. Becomes GE's first outside CEO in October 2018, tasked with rescuing a company whose stock had fallen approximately 75 percent from its 2000 highs. In June of that year, GE was removed from the Dow Jones Industrial Average, ending a 111-year consecutive inclusion streak.
GE HealthCare Technologies is spun off as an independent publicly traded company in January 2023, listing on NASDAQ under the ticker GEHC. The spin-off is the first step of Culp's three-way breakup plan, separating GE's medical imaging and ultrasound businesses from the industrial and energy operations.
GE Vernova, comprising GE's power generation and renewable energy businesses, is spun off as an independent public company in April 2024, trading on NYSE under ticker GEV. The remaining entity, GE Aerospace, becomes the legal successor to GE, retaining the NYSE ticker symbol GE.
GE Aerospace reports FY2024 revenues of approximately $38.7 billion and adjusted free cash flow of approximately $6.1 billion, both records for the focused aerospace entity. The company repurchases approximately $3.5 billion in shares and guides for continued double-digit earnings growth through 2025.
CFM International's LEAP engine family reaches more than 22,000 units in combined orders and commitments as of mid-2025, representing more than a decade of production backlog and cementing the LEAP's position as the most commercially successful jet engine program of its generation.
GE acquired the power and grid assets of French industrial conglomerate Alstom in November 2015 for $10.6 billion, aiming to become the world's dominant gas turbine manufacturer by adding Alstom's European installed base to GE's existing power generation portfolio. The acquisition was intended to capture growing demand for natural gas power plants replacing coal globally. GE believed Alstom's complementary geographic presence and technological capabilities would create significant cross-selling opportunities.
GE acquired Italian aerospace component manufacturer Avio Aero in August 2013 for approximately $4.3 billion, strengthening its position in European aerospace manufacturing and acquiring critical capabilities in advanced manufacturing technologies including additive manufacturing, precision casting, and gear systems. Avio Aero's facilities in Turin and other Italian locations gave GE Aerospace significant European manufacturing presence. The acquisition also provided access to Avio's involvement in commercial and military engine programs as a key supplier.
GE acquired a majority stake in oilfield services company Baker Hughes in July 2017, merging GE's oil and gas equipment business with Baker Hughes to create Baker Hughes, a GE Company (BHGE). The combination was intended to create a full-stream energy services company spanning upstream drilling through downstream processing, capturing cross-selling opportunities across GE's industrial equipment portfolio and Baker Hughes's well services capabilities. GE believed the merger would create a more resilient business less sensitive to oil price cycles.
GE Aviation acquired Unison Industries, a Florida-based manufacturer of aircraft engine ignition systems and other accessory components, for approximately $170 million in 2002. The acquisition was intended to strengthen GE's vertical integration in aircraft engine components, particularly in ignition systems where Unison held leading market positions. The deal was part of a broader strategy to capture more of the value chain in aircraft engine production.
In April 1892 financier J.P. Morgan, who had bankrolled Edison General Electric from its earliest days, orchestrated its merger with the Thomson-Houston Electric Company to form the General Electric Company with a capital structure of $35 million. The combined firm was headquartered in Schenectady, New York, and Charles Coffin from the Thomson-Houston side became its founding president. The deal united rival patent portfolios in AC and DC equipment into a single dominant electrical manufacturer.
Although Edison General Electric supplied half of the 1892 merger, Thomas Edison was not given a seat on the board of the new General Electric Company and had minimal involvement in its operations afterward. His commitment to direct current had lost the 'War of the Currents' to alternating current, undermining his strategic influence. The reorganization reflected the reality that financiers and professional managers, not inventors, would run the enterprise.
GE established its Research Laboratory in Schenectady in 1900 under chemist Willis R. Whitney, making it one of the first corporate research laboratories in the United States. The lab institutionalized scientific discovery and eventually produced two Nobel Prize winners, Irving Langmuir in 1932 and Ivar Giaever in 1973. Its output of hundreds of commercially important inventions helped GE dominate lighting, X-ray, and power equipment for decades.
GE tested America's first jet engine, the GE I-A, in 1941 through a secret wartime program built on Frank Whittle's British turbojet design. That work laid the foundation for GE's aviation propulsion business, which grew over the following 80 years into the company's single most valuable asset. The aviation lineage that began in 1941 is what survives today as GE Aerospace.