Yahoo España Búsqueda web

Search results

  1. Lorenzo di Bonaventura (nacido en 1957) es un productor de cine estadounidense . Biografía. Pasó la década de 1990 como ejecutivo en Warner Bros. retratos, eventualmente llegando a Presidente de Producción Mundial. Su compañía de producción di Bonaventura Pictures se basa en la Paramount Pictures.

  2. Lorenzo di Bonaventura (Italian pronunciation: [loˈrɛntso di ˌbɔnavenˈtuːra]; born January 13, 1957) is an American film producer and founder and owner of Di Bonaventura Pictures. He is best known for producing the G.I. Joe and Transformers film series. The films he produced have earned over $7 billion at the box office.

  3. Lorenzo di Bonaventura is a producer and production manager who has worked on films such as Four Brothers, G.I. Joe and Transformers. He was born in New York City in 1957 and has two nominations for awards.

  4. 26 de jul. de 2021 · The producer of Snake Eyes and Transformers: Rise of the Beasts talks about his approach to big-budget franchises and how he breaks new ground with each installment. He reveals his influences, challenges and lessons from overseeing the Transformers movies since 2007.

  5. 16 de jun. de 2023 · Learn how the producer of Transformers, Harry Potter, and other blockbusters started his career at Wharton and moved to California to pursue his passion for film. Find out how he adapted to the challenges of a long-running franchise and worked with different directors and visual effects.

  6. 15 de feb. de 2024 · Together with Sony, Lorenzo di Bonaventura has just helped bring Madame Web to life. Following the two Venom films and Morbius, Madame Web is the next chapter in Sony’s Spider-Man Universe. Audiences are introduced to socially awkward EMT Cassandra “Cassie” Web in 2003 Manhattan, New York City.

  7. 25 de jul. de 2023 · The producer of the live-action Transformers franchise talks about his experience, vision, and challenges in the latest film. He reveals his love for Ironhide, his approach to Optimus Prime, and his reaction to Unicron.