Fook Ann graduated from the National University of Singapore in 2002. Upon graduation, he joined Squire Mech Pte Ltd in September 2002 and is presently a Director with the company.
Fook Ann has actively participated and completed projects in various fields such as Educational Institutions, Industrial, Office, Retail, Residential and Mixed-Use developments.
Notable projects which he had completed are: CapitaSpring, AMK Hub, Bideford Hills, CapitaGreen, NTU North Spine Academic Building, All Saints Home at Jurong East, Halliburton Completion Tools Manufacturing Building, Parkview E’clat Condominium, Overseas Family School and Stamford American International School.
Fook Ann had also completed tenancy fitting-out works at CapitaSpring, China Square Central, Great Eastern Centre, One George Street and CapitaGreen. Fook Ann was the Project Director for Parkview E’clat Condominium and other shopping centres such as Bedok Point, Extension Works to Centrepoint Shopping Centre and AEIs for Northpoint Shopping Centre, Causeway Point, AMK Hub and Thomson Plaza.
Fook Ann is presently involved in the redevelopment of Liang Court (CanningHill Piers) and he had recently completed Nanyang Academic Building South; the largest mass engineered timber building in Singapore and Thermo-Fisher Vaccine plant at Joo Koon Circle.
On the professional front, Fook Ann is a registered Electrical Professional Engineer with Singapore Professional Engineers Board, Green Mark Accredited Professional (GMAP) and Green Mark Advanced Accredited Professional (GMAAP) and Green Mark Advanced Accredited Professional (Facilities Management) [GMAAP (FM)] with the Singapore Green Building Council. Fook Ann is also a Certified Design for Safety Professional with the Workplace Safety and Health Council and a member of the Institution of Engineers, Singapore.
He takes a keen interest in the various design approaches to Lightning Protection System design in fulfilling the aesthetic aspirations of various projects. He is also conversant in the study of the application of demand loads, voltage drop and short-circuit analyses.
