1. NPRP Cycle # 9: Sustainable concrete using seawater, recycled aggregates, and non-corrosive reinforcement: NPRP 9 – 110 – 2 – 052

Role: Lead Principal Investigator

Period: 2016-2019

Funded by: Qatar Foundation, Qatar

Fund amount: $ 746,616 US

Location of Tenure: Qatar University

  1. NPRP Cycle # 7: Strengthening of corrosion-damaged reinforced concrete structures with textile-reinforced mortars (TRM): Project number: NPRP 7 – 1720 – 2 – 641

Role: Lead Principal Investigator

Period: 2015-2018

Funded by: Qatar Foundation, Qatar

Fund amount: $ 684,627 US

Location of Tenure: Qatar University

  1. UREP Cycle 17: Behavior of Basalt Fiber Reinforced Self-Compacting Concrete: Project number UREP17-065-2-019

Role: Primary Research Mentor

Period: 2015-2016

Funded by: Qatar Foundation, Qatar

Fund amount: $ 52,900 US

Location of Tenure: Qatar University

  1. Strengthening of Reinforced Concrete Beams with Textile Reinforced Mortars: QUST-CENG-SPR-13/14-5

Role: Lead Principal Investigator

Period: 2014-2015

Funded by: Qatar University, Qatar

Fund amount: QR 150,000

Location of Tenure: Qatar University

  1. Developing Cellular Concrete for Load Bearing Structures: Project number: QUUG-CENG-CAE-13/14-9

Role: Lead Principal Investigator

Period: 2014-2016

Funded by: Qatar University, Qatar

Fund amount: QR 120,000

Location of Tenure: Qatar University

  1. Textile reinforced mortar for shear strengthening of reinforced concrete beams: Project number: QUST-CENG-SPR-14/15-15

Role: Lead Principal Investigator

Period: 2015-2016

Funded by: Qatar University, Qatar

Fund amount: QR 30,000

Location of Tenure: Qatar University

  1. Bond slip relationships for externally bonded mechanically fastened (EB/MF) fiber reinforced polymer (FRP) system in reinforced concrete structures: Project number: QUST-CENG-SPR-14/15-16

Role: Lead Principal Investigator

Period: 2015-2016

Funded by: Qatar University, Qatar

Fund amount: QR 20,000

Location of Tenure: Qatar University

  1. Innovative strengthening technique for reinforced concrete structures in the UAE

Role: Principal Investigator (switched to Co-Investigator after joining Qatar University)

Period: Two years starting January 2013

Funded by: National Research Foundation, UAE

Fund amount: AED 320,000

Location of Tenure: United Arab Emirates University

  1. Strengthening of corrosion-damaged concrete beams with basalt-reinforced mortars

Role: Co- Investigator

Period: Two years starting January 2013

Funded by: National Research Foundation, UAE

Fund amount: AED 400,000

Location of Tenure: United Arab Emirates University

  1. Virtual Experimentation-Driven Design Tools for Strengthened Reinforced Concrete Structural Elements in the UAE

Role: Principal Investigator

Period: Two years starting January 2011

Funded by: Emirates Foundations, UAE

Fund amount: AED 120,000 + AED 198,000 of “in-kind” contribution (Total of  AED 318,000)

Location of Tenure: United Arab Emirates University

  1. Self-Compacting Concrete in the UAE: Mechanical Properties and Standardization

Role: Co-Investigator

Period: Two years starting January 2011

Funded by: Emirates Foundations, UAE

Fund amount: AED 140,000 + AED 230,000 of “in-kind” contribution (Total of  AED 370,000)

Location of Tenure: United Arab Emirates University

  1. Mechanics of FRP/Concrete Interfaces

Role: Principal Investigator

Period: April 2004 to March 2006

Funded by: NSERC (Natural Sciences and Engineering Research Council), Canada

Fund amount: $80,000 CAN

Location of Tenure: University of Sherbrooke, Sherbrooke, Quebec, Canada

  1. Modeling of the shear behavior of the hybrid externally bonded/ mechanically fastened FRP strengthened concrete beams

Role: Principal Investigator

Period: March 2012 to March 2013

Funded by: United Arab Emirates University, UAE

Fund amount: AED 20,000

Location of Tenure: United Arab Emirates University

  1. Modelling of the flexural behavior of hybrid externally bonded/ mechanically fastened FRP strengthened concrete beams

Role: Principal Investigator

Period: March 2011 to March 2012

Funded by: United Arab Emirates University, UAE

Fund amount: AED 20,000

Location of Tenure: United Arab Emirates University

  1. Mechanically Fastened FRP systems for strengthening RC beams – Experimental studies and finite element modeling: Phase 2-Shear strengthening

Role: Principal Investigator

Period: January 2010 to January 2011

Funded by: United Arab Emirates University, UAE

Fund amount: AED 30,000

Location of Tenure: United Arab Emirates University

  1. Mechanically Fastened FRP systems for strengthening RC beams – Experimental studies and finite element modeling: Phase 1-Flexural strengthening

Role: Principal Investigator

Period: December 2008 to December 2009

Funded by: United Arab Emirates University, UAE

Fund amount: AED 30,000

Location of Tenure: United Arab Emirates University

  1. Finite element modeling of FRP- and steel- strengthened two-way slabs

Role: Principal Investigator

Period: December 2007 to December 2008

Funded by: United Arab Emirates University, UAE

Fund amount: AED 20,000, Location of Tenure: United Arab Emirates University

  1. Extending Design Life of RC Structures

Role: Team is composed of 4 investigators contributing equally

Period: Five months, starting July 2010

Funded by: Dubai Municipality

Fund amount: AED 188,000

Location of Tenure: United Arab Emirates University