One of the major challenges for RF engineers in today's world is minimizing electromagnetic interference (EMI) within circuits and systems due to the increasing usage of high-speed and high-frequency devices. Electromagnetic compatibility (EMC) is mainly a technique to deal with such situations. The main emphasis is to propose an optimum design to minimize electromagnetic coupling and interference. The main objective of this three-day workshop is to provide the participants an insight into various techniques and procedures required for the design of electronic systems that comply with the EMC guidelines. The course would primarily focus on various EMI/EMC standards and techniques required for industrial and medical applications. The workshop will explain the concept of effective shielding using modern procedures involving frequency selective surfaces (FSS) structures and lightweight nanocomposites. The participants would be exposed to the state-of-the-art modeling and simulation software used for EMI/EMC applications. Finally, it will be attempted to demonstrate experimental setups used for EMI/EMC applications.