Sirous Yasseri is a professor emeritus at
Brunel University London. He earned a Master of Engineering (M.Eng.) in
Mechanical Engineering from the University of Tehran in 1968; a Master of
Science (M.Sc.) in Structural Engineering from the University of Southampton in
1974; a Master of Business Administration (MBA) in Financial Mathematics from
Edinburgh Business School at Heriot-Watt University in 2003; and a Ph.D. in
Structural Engineering from the University of Cambridge in 1977. He has over
forty years of experience in the design of onshore and offshore facilities,
pipelines, and quantitative methods; risk- and reliability-based design;
multivariable decision-making; probabilistic risk analysis; reliability
analysis; risk mitigation; fire and explosion risk assessment and design;
design target setting (design philosophies and design briefs);
reliability-based life extension of aging pipelines and structures; general
safety and structural engineering; research; QRA; earthquake-resistant design;
and specialized nonlinear dynamic analysis and safety cases.
Sirous Yasseri is a professor emeritus at
Brunel University London. He earned a Master of Engineering (M.Eng.) in
Mechanical Engineering from the University of Tehran in 1968; a Master of
Science (M.Sc.) in Structural Engineering from the University of Southampton in
1974; a Master of Business Administration (MBA) in Financial Mathematics from
Edinburgh Business School at Heriot-Watt University in 2003; and a Ph.D. in
Structural Engineering from the University of Cambridge in 1977. He has over
forty years of experience in the design of onshore and offshore facilities,
pipelines, and quantitative methods; risk- and reliability-based design;
multivariable decision-making; probabilistic risk analysis; reliability
analysis; risk mitigation; fire and explosion risk assessment and design;
design target setting (design philosophies and design briefs);
reliability-based life extension of aging pipelines and structures; general
safety and structural engineering; research; QRA; earthquake-resistant design;
and specialized nonlinear dynamic analysis and safety cases.