• Scientific Programming.• Non-Destructive Testing (NDT) in Construction and Underground Locating.• Ground Penetrating Radar and EM technologies: Processing, Analysis and Development.• RF Instruments and Antenna Design and Analysis.• Numerical Simulation and Modeling.

Teaching the following courses:- Differential Equations.- Calculus 1, 2 and 3 courses.- Linear Algebra.- PreCalculus.- Statistics.

• Applied on site surveys using GPR for application and research purposes• Designed radar antennas with large frequency band for GPR experiments• Created a microwave probe to measure electromagnetic properties of anyassessed materials from its surface• Performed numerical simulation of different models for GPR response• Wrote project reports and research articles for reviews and conferences• Mastered the electrical conductivity and thermal measurement techniquesfor… Show more • Applied on site surveys using GPR for application and research purposes• Designed radar antennas with large frequency band for GPR experiments• Created a microwave probe to measure electromagnetic properties of anyassessed materials from its surface• Performed numerical simulation of different models for GPR response• Wrote project reports and research articles for reviews and conferences• Mastered the electrical conductivity and thermal measurement techniquesfor laboratory testing Show less

Applied mathematics,Linear Algebra,Probabilistic methods in civil engineering,

• Setup and calibrate GPR and other non-destructive testing equipment• Perform mapping of floor slabs’ thickness and locate rebar• Find voids and defects in a newly casted concrete• Evaluate the degradation state of concrete in tunnel lining and bridge cover• Locate underground rooms, pipes and water table • Interpret Radargrams and signals using specialized software and Matlab programming• Apply corrosion potential technique to assess highway bridges• Write… Show more • Setup and calibrate GPR and other non-destructive testing equipment• Perform mapping of floor slabs’ thickness and locate rebar• Find voids and defects in a newly casted concrete• Evaluate the degradation state of concrete in tunnel lining and bridge cover• Locate underground rooms, pipes and water table • Interpret Radargrams and signals using specialized software and Matlab programming• Apply corrosion potential technique to assess highway bridges• Write engineering reports geared to costumersApplied Techniques:• Ground Penetrating Radar (GPR): Using GSSI, IDS, and PulseEcho systems equipment for in-cite surveys. Using ReflexW, Radan, and Matlab for GPR analysis in the time domain and frequency domain. GPR imagery and signal processing.• Acoustic techniques (ultrasonic pulse-velocity testing, the pulse-echo technique, the impact-echo technique)• Electrical methods (eg. electrical resistivity [Wenner, shlumberger, dipole-pole])• Electrochemical methods (eg. half-cell potential, polarization resistance)• Other: thermal methods and infrared thermography.Web Site: http://www.auscultech.com Show less

Statics and Dynamics of StructuresWave Physics

• Coded a computer assisted program for a whole experiment with multiple instruments in optical physics• Mastered LabVIEW and instruments drivers coding