About Microwave and Radar Engineering

Microwaves are electromagnetic waves that have extremely small wavelengths. They usually vary from 1m to 1 mm in length, making them quite tiny compared to radio waves. Microwaves are widely utilized for a variety of purposes other than cooking food in ovens. They are used in various applications, including point-to-point communication, radars, satellite communication, remote sensing, radio astronomy, wireless networking, weather forecasting, Bluetooth, GPS, and the medical industry for various purposes, including cancer therapy. You will learn about microwave and radar engineering's different applications, system design, circuits, and components while studying microwave and radar engineering. As a result, microwave and radar engineering offer a diverse range of prospects for a fulfilling career. The course is appropriate for people who want to encourage and generate positive interest in current practice and grasp research methodologies through the dissertation.

Furthermore, it aids those who wish to advance their knowledge in Radio Frequency (RF) and Microwave Engineering to satisfy the growing demands of emerging technologies. Therefore, candidates must be intelligent, courageous, level-headed, and eager to learn to succeed in this environment. The course is career-oriented and gives several options after completion, both in the commercial and public sectors.

What is Microwave and Radar Engineering?

Microwave and Radar Engineering is a postgraduate program in Electronics and Communication Engineering. The program provides a theoretical foundation for understanding satellite and cellular radio communications design, implementation, and operation. It gives further research, knowledge, and employment abilities in RF, microwave engineering, and allied Communication Engineering sectors. Subjects of study include Electromagnetic Engineering, Antenna Theory and Practice, Analytical and Computational Techniques in Electromagnetics, RF and Microwave Integrated Circuits and design laboratory. The program teaches students how to analyze user needs and component specifications and build successful designs within available resources and fundamental physical constraints. Students can use the course to prepare for professions in telecommunications networks, fibre optics, and robotics.

Eligibility and Career in Microwave and Radar Engineering

Students interested in microwave and radar engineering should have completed a B.E./B.Tech. Degree. Some reputable institutes hold an entrance examination for admission. Candidates who pass the course have a lot of options for subsequent research. Microwave Engineering is a sub-discipline of electrical engineering concerned with wireless technology and its applications in the workplace.RF and Microwave Engineering is a branch of engineering with a lot of job prospects in the future. In addition, radio Frequency Engineers have a bright future in the telecom industry, which offers them a variety of professional opportunities and knowledge in the subject.

The work in RF and Microwave Engineering might be difficult at times since you must put in a lot of effort and work hard to advance and get expertise. However, engineers can pursue a career in India and abroad, depending on their educational background. Microwave & Radar Engineering Employment Areas are Colleges, Shipboard Aviation Systems, Advanced Driver Assistance System (ADAS), Hardware Companies, Radar Development Centres and Nano-electronic Device Companies. Microwave & Radar Engineering Job Types are Subject Matter Expert, Application Engineer, Hardware Engineer, Service Engineer RF, Category Manager, Experienced Accounts Executive, Wi-fi Driver Hardware Developer and Lecturer/Professor.