Alberto Andrade

Alberto Manuel Andrade Carmona (December 24, 1943 – June 19, 2009) was a Peruvian politician, born in Lima and was Mayor of Lima from 1996 to 2002.

Alberto Manuel Andrade Carmona

Andrade who was an alumnus of Peru's Nationwide First School of Nuestra Señora de Guadalupe, as well as, a lawyer at the National University of San Marcos, started his political career as a member of the Christian People's Party in 1983, resigning to found his own political party, Somos Perú in 1994, to run as an independent for the 1995 Municipal elections. A former mayor of Miraflores, he made many public works for this district and his brother Fernando Andrade is the district's mayor from 1996 to 1998 and from 2003 to 2006.

In the 1995 election, Andrade won the elections as mayor of Lima defeating pro-Fujimorist ally, Jaime Yoshiyama and was sworn in on January 1, 1996. During his term as mayor, he was responsible for public works such as:

• The Javier Prado Highway (turning the portion of Javier Prado Avenue between Paseo de la Republica and Circunvalacion Expressways, originally a boulevard, into its own expressway)
• Modernizing parks and squares
• Improving the city's taxicab system
• The rebirth of the defunct Downtown Lima

In 1998, his high popularity won him another term in office. In 2000, he stood against President Alberto Fujimori in the presidential elections, but received in large part due to a smear campaign and only 3.0% of the vote finishing in third place, and continued as mayor.[1]

In the 2002 municipal elections, he ran for a third term, promising to modernize transport, importing Colombian public buses, known as Transmilenio, but he was defeated by Luis Castañeda Lossio of the National Unity Alliance.

He ran unsuccessfully for the First Vice-Presidency in the Peruvian general election in 2006 as the running mate of Valentín Paniagua in the Frente de Centro's ticket, but was elected for a seat in Congress.

He died in Washington, United States on June 19, 2009 at the age of 65 from pulmonary fibrosis.