
Pursuing full-time role that presents professional challenges and leverages interpersonal skills, effective time management, and problem-solving expertise.
C programming
Verilog
Python
Matlab
Spice
SQL
CST
AWR RF Design
Control systems
Wireless Communication
Microcontroller programming
Simulation Tools
Analog Electronics
Signal Processing
Digital design
Graduation Project: A project to determine the direction of sound in real time using 3 microphones, 1 microcontroller, custom-designed analog circuits for the project, and some discrete circuit components, based on methods found in the literature.
Other Projects:
Design and implementation of a weight measuring system using an ARM-based STM32F407 microcontroller and velostat (pressure-sensitive conductive sheet) with the 'Edge Impulse' machine learning model.
Design and implementation of a program that classifies written numbers using the 'Edge Impulse' machine learning model with an ARM-based STM32F407 microprocessor and an accelerometer module.
Low Noise Amplifier Design for 2.1 GHz
Signal Processing with Air Flowmeter
Design of an Aperture Matched Horn Antenna
Design of A Feedback Amplifier
Design of a Balanced Low Noise Amplifier for WCDMA