I am working for stating form the 4th Generation cellular system (LTE Physical layer design), and also for Physical layer design of the 5th Generation based on the NOMA techniques. 1: Project: “IoT based wireless Wearable Medical Devices to monitor critical patients locally and remotely”. Abstract: Development of Internet of Things (IoT) based wireless wearable medical devices (WMDs) based on sensors to• Monitor health parameters of patients admitted in ICU• Provide remote medicare services to patients of rural areas through Remote medicare services. These WMDs are connected with remote Medicare Servers on the cloud, who are virtually provide best coordinated medical care and medical expert consultations to the patient s in real-time 2: Project: “Hardware Co-simulation of Multicarrier Transmission Techniques for 5G Software Defined Radio”.Abstract: Our main objective of this project proposal is to focus on FPGA-in-loop co-simulation of multicarrier modulation techniques that are in phase of study for future wireless communication systems. The goal is to develop teaching material for lab activities based on the use of MATLAB and Simulink and HDL Coder and HDL Verifier. This teaching material is thought for use in Telecommunications, Electronics, and Computer Science Engineering lab activities in Universities with target audience MSc students and Phd Scholars3: Project: “Monte Carlo Simulation and Hardware Testing of Narrow band (NB) power line communication (PLC) based on MIMO-OFDM system”.Abstract: Main objective of this project is to perform Monte Carlo simulation of MIMO based OFDM system for cyclostationary noise based on the specification of Narrow band PLC communications and also perform the hardware testing by using FPGA-in-loop co-simulation. Moreover, Based on the reliability of the of PLC channel we are also working on the integration of the PCL channel together with wireless system.