Muhammad Waleed

Developing and simulating complex 5G/6G network scenarios using C++, Python, and OMNET++. Engaging in cutting-edge research on Network Slicing to optimize communication resource allocation based on Machine Learning Algorithms. Collaborating with research teams in a fast-paced, academic environment, utilizing GIT version control and professional project management tools.

I am currently working on MEMS sensors and assisting in system-level testing and debugging. I have gained hands-on experience with a range of tools and technologies, including programming languages like C, Python, and digital communication protocols such as I2C, I3C, and SPI.

• Designing L-Band Transceiver capable of ECCM features for modern RADAR. Implemented on NI FlexRIO 5785 using LabVIEW FPGA module. Design is verified using Omni antennas along with highly sensitive spectrum analyzer and oscilloscope. In the final stage Blip to Scan Ratio of RADAR is measured using test flight. • Software tools: LabVIEW, MATLAB • Key Concepts: LabVIEW FPGA, Digital Signal Processing and RADAR theory • Hardware interfacing: NI FlexRIO 5785, NI USRP 2953, 2940, X310