engineered architecture where science meets art

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Engineered Architecture where Science Meets Art UCCI STEM Conference October 19, 2012 Dr. John Harvey, PEng, CEng, FIGEM

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Engineered Architecture where Science Meets Art. UCCI STEM Conference October 19, 2012 Dr. John Harvey , PEng , CEng, FIGEM. Where Science, Technology, Engineering & Mathematics Meet Architecture. How Do We Prepare Our Next Generations to Build the New World?. - PowerPoint PPT Presentation

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Page 1: Engineered Architecture where Science Meets Art

Engineered Architecturewhere

Science Meets Art

UCCI STEM ConferenceOctober 19, 2012

Dr. John Harvey, PEng, CEng, FIGEM

Page 2: Engineered Architecture where Science Meets Art

WhereScience, Technology, Engineering & Mathematics

Meet Architecture

Page 3: Engineered Architecture where Science Meets Art

How Do We Prepare Our Next Generations to Build the New World?

Page 4: Engineered Architecture where Science Meets Art

High School, Tertiary, Post-Grad EducationInternship - Industrial Experience

Licensing & Legal Compliance

Page 5: Engineered Architecture where Science Meets Art

MaterialsManufacturing

Industrial & Local Construction Codes

Page 6: Engineered Architecture where Science Meets Art

CASE, Mentorship, Continuing Education

Page 7: Engineered Architecture where Science Meets Art

Inventions – Patents – TestingApprovals – Building Codes

New Practices, Work Procedures

Page 8: Engineered Architecture where Science Meets Art

Santiago Calatrava

Page 9: Engineered Architecture where Science Meets Art

Contract & Construction Management

Page 10: Engineered Architecture where Science Meets Art

How Do We Prepare Our Next Generations to Build the New World?

How should education address the needs of industry?

Traditional programs?

University Drop-Out % for Engineers?

How much of 4 years tertiary learning do we use?

Page 11: Engineered Architecture where Science Meets Art

Going Forward v. Rebuilding the Past

Florida Office of Insurance RegulationWind Loss Mitigation ReportOctober, 2008

Soffit Failure - starts at corners, first sucked out, then blown out as wind direction changes- leads to the water entering attic and increases damage costs approx. 25%- after fenestrations, roof decking and truss-to-wall connections, aluminum / vinyl soffits are the “weak link in building envelope”

Page 12: Engineered Architecture where Science Meets Art

Upgrading Existing Stock• Tornado Resistance

Adjacent/Indirect building strengthening

• Pass a Grille, St. Pete’s, June 2012• White X House BPA - fitted• Blue X Houses damaged

Mitigation

Energy Savings

Page 13: Engineered Architecture where Science Meets Art

Discussion Period &Conclusion

Dr. John Harvey, PhD, PEng, CEng, FIGEM

[email protected](345) 916-4568