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@WorldOfScience
Member since December 21, 2017
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WorldOfScience

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Starting my carrier as an Electrical Engineer i developed intuitive feeling about Communication Systems ,Radar Signal Processing , Control Systems , Digital Signal Processing , Signals and Systems ,Micro Controllers ,FPGA , Analog&Digital Electronics ,C , Java and Computer networks .
$25 USD/hr
17 reviews
5.1
  • 91%Jobs Completed
  • 91%On Budget
  • 98%On Time
  • 13%Repeat Hire Rate

Portfolio Items

Recent Reviews

Experience

Research Associate Engineer

Sep 2018 - Jan 2019 (4 months)

Research and Development Projects in Optimization domain where the Radars and Communication Systems co-exist at the same Frequency [login to view URL] focus was around "Optimal Power allocation for multiple Radars in the Spectrum sharing environment".

Research in the field of Signal Processing ,Radars and Aeronavigation , Communication Systems .

Sep 2014 - Jun 2018 (3 years)

By grasping the Dynamic concepts of Engineering our struggle was towards improving STAP Algorithms for Airborne Radars which filters the signals in both the Spatial and Temporal Domains for Ground Moving Targets.

Education

Electrical Engineering

2014 - 2018 (4 years)

Specialization in Electrical Engineering(Electronics and Communication)

2017 - 2019 (2 years)

Qualifications

Electrical Engineering (Specialization in Signal Processing ,Communication and Radar Engineering). (2018)

University of Management and Technology ,Lahore .

Research in the field of Space Time Adaptive Processing that is used for clutter and Jamar Mitigation for Airborne Radars.

Publications

Modeling of Airborne Radar Environment and Space Time Adaptive Signal Processing for Airborne Radars

In Modeling of complete Airborne Radar Environment our effort was to utilized and explore every dimension of Engineering and used our skills and knowledge to do something for the betterment of humanity.

Optimal Power allocation for multiple Radars in the Spectrum sharing environment

In case of the co-existence of Multiple Radars with Communication System there is the need of Optimal Power allocation for multiple Radars in the Spectrum sharing environment which is formulated like a Game Theory.