The Internet Of Things (IoT) Is A Scenario In Which Objects, People Are Provided With Unique Identifiers And The Ability To Transfer Data Over A Network Without Requiring Human-to-human Or Human-to-computer Interaction. There Are People All Over The World Whose Health May Suffer Because They Don’t Have Ready Access To Effective Health Monitoring. But Small, Powerful Wireless Body Area Network (WBAN) Is A Highly Suitable Communication Tool Connected Through The IoT Are Now Making It Possible For Monitoring To Come To These Patients Instead Of Vice-versa. These Solutions Can Be Used To Securely Capture Patient Health Data From A Variety Of Sensors Like Heart Beart Glucose Pulse Rate Temperature Pressure Etc And Apply Complex Algorithms To Analyze The Data And Then Share It Through Wireless Connectivity With Medical Professionals Who Can Make Appropriate Health Recommendations. This Paper Consist Of A Multi-hop WBAN Construction Scheme That Is Consists Of 4 Operations; The Clustered Topology Setup, Mobility Support, And Transmission Efficiency Enhancement. As An Auxiliary Benefit, The Proposed Scheme Achieves An Energy Efficient Feature By Reducing The Number Of Total Control Messages. Extensive Simulation Shows That The Proposed Scheme Remarkably Improves The Performance Of WBAN.