Motivated research engineer with advanced-level skills in wireless communication and signal processing, including exposure to 3GPP physical layer algorithm development. Demonstrated expertise in fundamental engineering concepts, scientific methods, and computer-based analysis tools. Proficient in utilizing Python libraries like NumPy for development processes. Excited to leverage 1.5 years of experience in a dynamic new role that allows for continuous skill enhancement and growth aligned with the organization's objectives.
As a member of development team of 5G-toolkit, a python library of functions and modules to design algorithms for 5G and Beyond wireless systems, following contributions are made
Worked along with Computer Vision team for GAN related projects
Resource allocation in Power Line Communication (M.Tech Final Project)
Project Advisor: Prof. Manav Bhatnagar
Optimization of allocation of bits and power in each PLC channels, which has a combined noise behavior of Nakagami distributed background noise and MCAIN impulsive noise.
Performance analysis of LMS communication with CFO (Ph.D Thesis)
Project Advisor: Prof. Manav Bhatnagar
Proposing a double differential modulation model for mitigating frequency offset between highly dynamic terminals in the LEO-based Land Mobile Satellite communication system and analysing its performance.
Double Differential Modulation for LEO-Based Land Mobile Satellite Communication, IEEE Transactions on Aerospace and Electronic Systems, Muhammed Nazil Pachery and Manav R. Bhatnagar