Telecommunication Engineer Requested

Specilized in 

Antennas and Propagation & Radar and Remote Sensing

• Antenna principles and calculations from electromagnetic theory
• Radio propagation modelling
• Propagation fundamentals
• Free space propagation
• Scales of variation in mobile systems
• Fixed link propagation models
• Plane earth loss, spherical earth effects
• Diffraction and Huygens Principle
• Propagation in the troposphere
• The impact of the troposphere on terrestrial propagation paths
• Temporal variability and radio-meteorology
• Tidal fading and other challenges
• Loading with capacitance and inductance
• Loops, helicals
• Planar inverted F antennas
• Base station antennas: Vertical gain
• The radar equations
• The Radar concept
• The physics of EM waves and interaction with matter
• Antennas, propagation and radar applications
• Antenna principles and designs
• Waveforms, tracking, recognition, and phased arrays
• Pulse compression
• Ambiguity functions
• Radar processing and EW
• Radar clutter fundamentals
• Statistical clutter models and their application
• Airborne and space-borne radar systems and space-based radar
• SAR range equation
  
  Experiance more than 10 years in the same feild