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PhD
Thesis
·
Sana
Arshad, “Multistandard and Multiband LNA Design
for SDR Applications”, NED University Karachi. (graduated in Fall, 2017with
4 high quality journal papers, make the link here))
List
of the Publication
MS
Thesis
·
Arif Shah, “Frequency and Time Domain
Characterization of Energy Tunneling Phenomena in Wire-Loaded Microstrip
Structure" FAST-NU, Islamabad, 2016.
·
Attique Dawood, “Finite
Difference Time-Domain Modelling of Metamaterials: A GPU Based Implemental
of Lossless Cylindrical Cloak”, FAST-NU, Islamabad, 2013
·
Rizwana Sher Bano,
"Multichannel FM Receiver, Logger and recorder based on SDR Architecture"
FAST-NU, Islamabad, 2012.
·
Shawkat Ali, "25 watts, 80% PAE Class-E RF
Power Amplifier for 88 to108MHz Frequency band" FAST-NU, Islamabad,
2012.
·
Muhammad
Atif, "Modeling of DAC non-Linearity inside Σ∆ ADC Loop",
FAST-NU, Islamabad, 2011.
·
Atta-ul-Mustafa,
"Compensation of DAC non-linearity in multi-bit Σ∆ ADC using
normalized LMS algorithm", FAST-NU, Islamabad, 2011.
Graduation
Projects
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FAST
Students Projet 1- ENG monitoring , IEEE paper is there
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FAST , VCT system
·
FM
Radio Based, Intelligent and Low Cost Speed Limit and Emergency Alert Road
Sign System (icFM-TAS)”,
·
High
Efficiency L-Band Power Amplifier (PA) for Space Applications”, 2017
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Energy
Harvesting
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Fuel
Sensor
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Drone
Jammer
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WPT
System
Recent
Final Year Projects
1.
IoT Based Food and Medicine Quality Monitoring
Unexpected Power cutoff in the refrigeration system spoils the
perishable food items and denatures the temperature-sensitive medicine.
This IoT based system aims to monitor health of frozen food and medicines.
It will be achieved by monitoring the temperature of objects at regular
intervals. This will help the vendor and authorities to ensure the quality
of food and medicine. In addition, humidity sensor, power sensor and door
opening sensor will be used to improve the efficacy of the refrigeration
system. The sensed data is then transmitted through Long Range Wide Area
Network (LoRaWAN) operated at 433 MHz and the
data will be then analyzed at the gateway. The detected issue will be
rectified by both food authorities and internal regulatory authorities.
2.
A Green Wind Energy Harvester from Traffic Movement (Selected for
IGNITE Fund)
The
future global economy is likely to produce ever more energy, the tremendous
risk of climate
change and global warming associated with the use of fossil fuels makes
supplying this energy
increasingly difficult. To cater this issue world is striving for renewable
energy resources. In
this project we aim to harvest 100% renewable and cheap energy through wind
produced by traffic
on highways.
3.
Green Self-Powered Air-Water Harvester
Clean water and sustainable sources are
needed for social and economic progress in a society. This is one of the
major issues in Pakistan, especially in the remote areas. “Green Self-Powered
Air-Water Harvester” is the solution! Water is condensed from the
humidity/water vapors present in the air when temperature falls below the
dew point. Two scenarios are to be considered; when temperature is already
below the dew point, the water will be produced naturally. However, at
higher temperature, Thermo-Electric Cooler (TEC) is to be used to get the
temperature of the surface below the dew point. When air cools to its dew
point through contact with a surface that is colder than the air, water
will condense on the surface. Renewable energy is directly extracted from
air using Wind Turbine/Solar Panel. Some parameters i.e. temperature,
humidity, RPM, wind speed, sunlight, water productivity, turbine
competency, monitoring of data remotely and cost efficiency are to be
considered.
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