B. J. Habibie

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Lore & Background

Habibie was born in Parepare, South Sulawesi, on 25 June 1936. His father, Alwi Abdul Jalil Habibie, was an agriculturist from ethnic Bugis-Gorontalese descent from Gorontalo, and his mother, R. A. Tuti Marini Puspowardojo, was a Javanese noblewoman from Yogyakarta. He was the fourth of eight children. His father died when Habibie was 14 years old. He went to Delft, the Netherlands, to study aviation and aerospace at the Technische Hogeschool Delft, but for political reasons (the West New Guinea dispute between the Netherlands and Indonesia), he had to continue his study at the Technische Hochschule Aachen (RWTH Aachen University) in Germany. In 1960, Habibie received an engineer's degree with the title Diplom-Ingenieur. He remained in Germany as a research assistant under Hans Ebner at RWTH Aachen to conduct research for his doctoral degree. In 1962, he returned to Indonesia for three months on sick leave, reacquainted with Hasri Ainun, and they married on 12 May 1962. In May 1963 they had a son, Ilham Akbar Habibie. In 1965, Habibie delivered his dissertation in aerospace engineering and received the grade of "very good," giving him the title Doktoringenieur (Dr.-Ing.). He accepted a position with Messerschmitt-Bölkow-Blohm in Hamburg, where he developed theories known as the Habibie Factor (thermodynamics), Habibie Theorem (construction), and Habibie Method (aerodynamics), and worked on the development of the Airbus A-300B aircraft. In 1974, he was promoted to a middle management position. That same year, Suharto recruited Habibie to return to Indonesia. He initially served as a special assistant to Ibnu Sutowo, CEO of Pertamina and Chair of BPPT. Two years later, Habibie was made CEO of the new state-owned enterprise Industri Pesawat Terbang Nurtanio (IPTN). In 1978, he was appointed as state minister of research and technology. He was elected as the first Chair of the Indonesian Association of Muslim Intellectuals (ICMI) in 1990. In January 1998, Suharto suggested the next vice president should have a mastery of science and technology, making it obvious he had Habibie in mind. Habibie was elected as vice president in March 1998. On 21 May 1998, Suharto announced his resignation and Habibie succeeded him as president. The following day, Habibie announced the Development Reform Cabinet. Within days, he asked his relatives to resign from government positions, promised an early election, repealed some legislation, and ordered the release of political prisoners. Habibie was opposed to East Timorese independence but offered special autonomy. In late 1998, John Howard sent a letter suggesting autonomy followed by a referendum. Habibie announced a referendum would be held immediately. On 30 August 1999, the referendum was held and the East Timorese people overwhelmingly chose independence. On 10 September, General Wiranto allegedly threatened to stage a military coup if Habibie allowed in peacekeeping forces.

Reader's Guide

Habibie's significance lies in his brief but transformative presidency, which ended Suharto's long authoritarian rule and initiated democratic reforms. He liberalized press and political party laws, ended the Indonesian occupation of East Timor, and held an early democratic election three years sooner than scheduled, though this led to his own removal from office. His engineering career was equally notable: he contributed to Indonesia's first domestic airplane, the IPTN N-250, and was granted the title 'Father of Technology.' His 517-day presidency and 71-day vice-presidency remain the shortest in Indonesian history. His legacy is tied to both technological development and political reform, marking a pivotal transition in Indonesia's modern history.

Did You Know?

• Habibie's 517-day presidency and 71-day vice-presidency are each the shortest in Indonesian history.
• He was the first vice president in Indonesian history to assume the presidency intra-term after Suharto resigned.
• Habibie developed theories known as the Habibie Factor (thermodynamics), Habibie Theorem (construction), and Habibie Method (aerodynamics) while working at Messerschmitt-Bölkow-Blohm in Hamburg.
• He turned down offers from Boeing and Airbus after completing his doctorate in 1965.
• Habibie's father died when he was 14 years old.

The Engineer Who Shaped Flight

Before he ever stepped into the corridors of power, Bacharuddin Jusuf Habibie had already earned a reputation that would echo through the aerospace world. After completing his doctoral work at RWTH Aachen with a 'very good' grade in 1965, he turned down a professorship at the university and also declined recruitment offers from Boeing and Airbus. Instead, he joined Messerschmitt-Bölkow-Blohm in Hamburg, where his mind produced three enduring contributions: the Habibie Factor in thermodynamics, the Habibie Theorem in structural construction, and the Habibie Method in aerodynamics. He applied these principles directly to the development of the Airbus A-300B aircraft, rising to a middle management position by 1974. Back in Indonesia, his most visible engineering achievement was guiding the creation of the IPTN N-250 Gatotkaca, the nation's first domestically designed passenger aircraft, pioneered in 1995. Though the plane ultimately failed commercially, the accomplishment cemented his public identity as Indonesia's 'Father of Technology,' a title that would follow him well beyond the workshop and into the presidency.

Fifty-Seven Weeks That Remade a Nation

In March 1998, Habibie was inaugurated as Indonesia's seventh vice president. Barely two months later, on 21 May 1998, Suharto—having held absolute power for thirty-two years—resigned, and Habibie became the first vice president in the country's history to assume the presidency mid-term. His 517 days at the helm, following a 71-day vice-presidency, remain the shortest in Indonesian political history, yet the scope of what he accomplished in that compressed window was extraordinary. He dismantled decades of press censorship and loosened the rigid rules governing political parties. He ended Indonesian occupation of East Timor, which led to that country's independence. And he called a national election three years ahead of the constitutional schedule, an act that ultimately ended his own tenure. Observers widely regard this brief, turbulent interlude as the true birth of Indonesia's Reform era, a democratic turning point that no single predecessor had dared to initiate.

From Parepare to Aachen: A Life in Motion

Bacharuddin Jusuf Habibie entered the world on 25 June 1936 in Parepare, South Sulawesi, the fourth of eight children born to an agriculturist father of Bugis-Gorontalese descent from Gorontalo and a Javanese noblewoman mother from Yogyakarta. The family's paternal roots traced back to Kabila, a small settlement east of Gorontalo. His childhood was marked by early loss: his father died when Habibie was only fourteen. Determined to study aviation, he first enrolled at Delft University of Technology in the Netherlands, but the West New Guinea territorial dispute forced him to transfer to RWTH Aachen in Germany, where he earned his Diplom-Ingenieur degree in 1960 and continued as a research assistant under Hans Ebner. A brief sick-leave trip home in 1962 reconnected him with Hasri Ainun, a girl he had known since their days together at SMA Kristen Dago in Bandung. They married on 12 May 1962, and the following spring their son Ilham Akbar was born in Oberforstbach, Germany—a small family life that would anchor him through decades of global ambition.

Building an Industrial Nation from the Top Down

By 1978 he had been elevated to state minister of research and technology, a post that gave him sweeping oversight of what would grow to ten state-owned enterprises spanning shipbuilding, rail, steel, arms, communications, and energy. A 1993 estimate placed their combined annual state funding at nearly two billion dollars, though the government's opaque bookkeeping made the true scale difficult to pin down. Habibie's signature philosophy—'Begin at the End and End at the Beginning'—flipped conventional R&D on its head: rather than starting with abstract research, he prioritized the actual manufacturing of aircraft first, treating foundational science as a later refinement. Under his direction IPTN produced Puma helicopters and CASA planes, and in 1995 unveiled the N-250 Gatotkaca, Indonesia's first homegrown passenger jet. He also created the Overseas Fellowship Program (OFP), Science Technology and Manpower Development Program (STMDP), and Science and Technology for Industrial Development (STAID) to send Indonesian talent abroad, weaving a talent pipeline that outlasted his political career.