Leslie E. Robertson

E57509

Leslie E. Robertson was an American structural engineer renowned for his pioneering high-rise designs, most notably his work on the original World Trade Center towers in New York City.

Aliases (1)

Statements (49)
Predicate Object
instanceOf American engineer
civil engineer
human
structural engineer
awardReceived AIA Institute Honor Award for Collaborative Achievement
ASCE Outstanding Projects and Leaders Award
IABSE International Award of Merit in Structural Engineering
National Medal of Technology and Innovation
countryOfCitizenship United States of America
dateOfBirth 1928-02-12
dateOfDeath 2021-02-11
designed Bank of China Tower, Hong Kong
Miho Museum Bridge, Japan
Puerta de Europa towers, Madrid
Shanghai World Financial Center
U.S. Steel Tower, Pittsburgh
educatedAt San Diego State College
University of California, Berkeley
employer Leslie E. Robertson Associates
Skilling, Helle, Christiansen, Robertson
Worthington, Skilling, Helle & Jackson
familyName Robertson
fieldOfWork high-rise building design
structural engineering
givenName Leslie
hasPublication Reflections of a Structural Engineer
knownFor innovative wind engineering for tall buildings
pioneering high-rise structural systems
structural design of the original World Trade Center complex
languageSpoken English
memberOf National Academy of Engineering
name Leslie Earl Robertson
notableStudentOrCollaborator SawTeen See
notableWork World Trade Center North Tower
World Trade Center South Tower
original World Trade Center Twin Towers
occupation consulting engineer
structural engineer
placeOfBirth Manhattan Beach, California, United States
placeOfDeath San Mateo, California, United States
positionHeld founding partner at Leslie E. Robertson Associates
partner at Skilling, Helle, Christiansen, Robertson
residence New York City
San Mateo, California NERFINISHED
sexOrGender male
spouse SawTeen See
workedOn development of tuned mass damping concepts for skyscrapers
progressive collapse resistance in high-rise structures
structural response of tall buildings to wind loads


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