Eager to apply a strong academic background in Communication and Information Technology towards an Master's thesis position in high-frequency technology. Keen on engaging with cutting-edge projects to further develop expertise.
Reliability issues in RF-MEMS switch ( market study, review, and testing of RF-MEMS switch)
Glass substrates for advanced packaging (cost study, simulation, and literature review)
Reconfigurable Intelligent Surfaces (RIS)
Ensured good match and efficient coupling mechanism between TEF810X radar sensor and circular DWG
Facilitated loopback testing capabilities of radar system
Enabled flexible sensing from different positions
Tools Used: HFSS, Matlab, Python
Analyzed hardware based solution against image blurring
Executed control algorithm using microcontroller
Sensed movement using Gyro sensors and rotation using servo motor
Tested and measured S parameters of various RF devices and circuits
Conducted simulations of high-frequency devices using HFSS
Contributed to literature reviews in the field
Lab Project on High Frequency Amplifier
Designed high-frequency amplifier
Measured S-parameters, gain, 1dB CP, LDR, IIP3
Tools Used: Vector network analyzers, signal generators, oscilloscopes & HFSS
Lab on Slotted Line Measurement
Analyzed VSWR/ reflection coefficient for given load
Calculated unknown load resistance of the given load using smith chart
Tools Used: Signal generators, directional couplers,oscilloscopes and microwave probe
RF & Microwave Design
Antenna Measurement
Simulation Tools: HFSS
Programming: Matlab & Python
Laboratory Equipments: Vector Network Analyzers, Signal Generators & Oscilloscopes
Communication chain design (transmitter, channel & receiver)
English (Advanced)
German (Elementary)
Bengali (Native)