michelle lafoe (11 resultados)

Condición: New.

Hardback. Condición: New. With their groundbreaking building design for Scott Hall-a recently completed Nano-Bio-Energy Technologies Building at Carnegie Mellon University-architects Michelle LaFoe and Isaac Campbell show how their studio's outside-the-box thinking and imaginative problem solving yielded an innovative design vision for this prestigious project. By weaving together architecture, contemporary fabrication technology, and an ingenious campus planning approach, they reveal how they won an invited national design competition with a design reverent to its designated place. With numerous illustrated examples, the authors share their studio's creative process and demonstrate how they reimagined the prescribed planning strategy for Scott Hall to produce a unique, energy efficient design for the building, its complex site, and its demanding research program.

HC. B&W and color illustrations Ilustrador. 96pp ISBN 9780918172709 very good+, pictorial boards (hardcover).

Condición: As New. Unread book in perfect condition.

Hardback. Condición: New. With their groundbreaking building design for Scott Hall-a recently completed Nano-Bio-Energy Technologies Building at Carnegie Mellon University-architects Michelle LaFoe and Isaac Campbell show how their studio's outside-the-box thinking and imaginative problem solving yielded an innovative design vision for this prestigious project. By weaving together architecture, contemporary fabrication technology, and an ingenious campus planning approach, they reveal how they won an invited national design competition with a design reverent to its designated place. With numerous illustrated examples, the authors share their studio's creative process and demonstrate how they reimagined the prescribed planning strategy for Scott Hall to produce a unique, energy efficient design for the building, its complex site, and its demanding research program.

Condición: Very Good. Most items will be dispatched the same or the next working day. A copy that has been read, but is in excellent condition. Pages are intact and not marred by notes or highlighting. The spine remains undamaged.

Condición: New.

Condición: New.

Hardback. Condición: New. With their groundbreaking building design for Scott Hall-a recently completed Nano-Bio-Energy Technologies Building at Carnegie Mellon University-architects Michelle LaFoe and Isaac Campbell show how their studio's outside-the-box thinking and imaginative problem solving yielded an innovative design vision for this prestigious project. By weaving together architecture, contemporary fabrication technology, and an ingenious campus planning approach, they reveal how they won an invited national design competition with a design reverent to its designated place. With numerous illustrated examples, the authors share their studio's creative process and demonstrate how they reimagined the prescribed planning strategy for Scott Hall to produce a unique, energy efficient design for the building, its complex site, and its demanding research program.

Gebunden. Condición: New. &Uumlber den Autor Michelle LaFoe, AIA, is a licensed architect and accomplished artist, who has designed award-winning higher education, museum, and architectural installation projects. Professional accolades include a Fu.

Hardback. Condición: New. With their groundbreaking building design for Scott Hall-a recently completed Nano-Bio-Energy Technologies Building at Carnegie Mellon University-architects Michelle LaFoe and Isaac Campbell show how their studio's outside-the-box thinking and imaginative problem solving yielded an innovative design vision for this prestigious project. By weaving together architecture, contemporary fabrication technology, and an ingenious campus planning approach, they reveal how they won an invited national design competition with a design reverent to its designated place. With numerous illustrated examples, the authors share their studio's creative process and demonstrate how they reimagined the prescribed planning strategy for Scott Hall to produce a unique, energy efficient design for the building, its complex site, and its demanding research program.