| Experience |
| Lecturing Civil Engineering courses of Structural Engineering |
| Value engineering for all types of structures namely; reinforced concrete, pre-stressed concrete and steel structures with the aim of minimizing the cost through the reduction of materials used. |
| Modeling of structures using ETABS, SAFE and SAP2000. |
| Design of shoring of underground structures using ReWaRD (Retaining Wall Design Program) |
| Modeling and design of prestressed concrete floors, and structures using ADAPT. |
| Optimization of structural reinforced concrete and prestressed concrete elements. Using mathematical techniques to minimize the weight of reinforcement (steel) in the structure. |
| Retrofitting and upgrading of deteriorated structures using FRP (Fiber Reinforcement Plastics) technique along with other traditional methods. (optimum design) |
| Structural analysis and design of reinforced concrete and FRP hybrid systems. |
| Structural analysis and design of pre-cast concrete structures. |
| Analysis, design and retrofitting of masonry structures. |
| Fracture mechanics of bonded dissimilar structures with de-bonding and cracking. |
| Stress state of a cracked solid near the crack tip using the complex stress function approach and the conformal mapping function technique. |
| Stress state of a cracked solid near the crack tip using the finite element method. |
| Acquainted with the international codes of practice for the design of reinforced concrete, pre-stressed concrete, masonry and steel structures and relevant codes such as ACI-08, BS8110, IBC 2006, ASCE 7-05, UBC-97, ACI 350M-01, ACI530-08, AISC-2000, AWS-D1-02. |
