Master of Technology (M.Tech) - Radio frequency & Microwave Engg.
24 monthsProgramme duration
30 Jun, 2024Application Deadline
JulStarting Month
Programme overview
Main Subject
Engineering - General
Degree
MTech
Study Level
Masters
Study Mode
On Campus
The Master of Technology (M.Tech) in Radio Frequency & Microwave Engineering at the Subharti Institute of Technology and Engineering (SITE) is a specialized 2-year postgraduate program. It is designed for engineers who want to master the physics and design of high-frequency systems, which are the backbone of 5G/6G cellular networks, satellite communications, and modern radar systems.
1. Program Overview (2026 Session)
Duration: 2 Years (4 Semesters).
Eligibility: B.E. / B.Tech in ECE, EEE, or M.Sc. (Electronics/Physics) with at least 50% marks .
Admission: Based on SNET (Subharti National Entrance Test) or merit via GATE scores.
Total Program Fee: Approximately ₹1.82 Lakhs (roughly ₹91,000 for the first year).
2. Specialized Curriculum
The course transitions from theoretical electromagnetics to hands-on circuit and antenna design.
Advanced Electromagnetics: Deep study of Maxwell’s equations, wave propagation, and boundary conditions.
RF & Microwave Circuit Design: Designing passive and active components like filters, mixers, and high-frequency amplifiers.
Antenna Analysis & Design: Mastery of antenna types (patch, horn, array) and radiation patterns.
Satellite & Radar Systems: Understanding the architecture of long-range wireless communication and detection systems.
Numerical Techniques: Learning to use computational methods like Finite Element Method (FEM) to solve EM problems.
3. Advanced Laboratory Facilities
The Department of Electronics and Communication Engineering at Subharti hosts dedicated labs for this specialization:
Microwave Engineering Lab: Features X-band and S-band benches to test klystron and Gunn diode characteristics.
Antenna Lab: Equipment to measure VSWR, gain, and radiation patterns of various antennas.
Simulation Lab: Access to industry-standard software (like MATLAB and HFSS ) for virtual prototyping of RF circuits.
PCB Fabrication & Dark Room: Facilities to design and etch high-frequency printed circuit boards.
4. Research & Career Prospects
With the global push toward autonomous vehicles and space exploration, RF experts are in critical demand.
Research Focus: Second-year scholars undertake a major Dissertation. Common areas at Subharti include Smart Antennas, Cognitive Radio Networks, and EMI/EMC Testing.
Top Career Paths:
RF Design Engineer: Creating hardware for mobile handsets and base stations.
Satellite Communication Specialist: Working with organizations like ISRO (Note: Subharti has a DST-recognized ISRO center on campus).
Defense Researcher: Designing radar and electronic warfare systems for DRDO or BEL.
Network Architect: Planning high-speed 5G/6G infrastructure for telecom giants like Ericsson or Samsung.
Average Salary: Postgraduates typically start between ₹5L to ₹9 LPA, with significant growth in R&D roles.
Programme overview
Main Subject
Engineering - General
Degree
MTech
Study Level
Masters
Study Mode
On Campus
The Master of Technology (M.Tech) in Radio Frequency & Microwave Engineering at the Subharti Institute of Technology and Engineering (SITE) is a specialized 2-year postgraduate program. It is designed for engineers who want to master the physics and design of high-frequency systems, which are the backbone of 5G/6G cellular networks, satellite communications, and modern radar systems.
1. Program Overview (2026 Session)
Duration: 2 Years (4 Semesters).
Eligibility: B.E. / B.Tech in ECE, EEE, or M.Sc. (Electronics/Physics) with at least 50% marks .
Admission: Based on SNET (Subharti National Entrance Test) or merit via GATE scores.
Total Program Fee: Approximately ₹1.82 Lakhs (roughly ₹91,000 for the first year).
2. Specialized Curriculum
The course transitions from theoretical electromagnetics to hands-on circuit and antenna design.
Advanced Electromagnetics: Deep study of Maxwell’s equations, wave propagation, and boundary conditions.
RF & Microwave Circuit Design: Designing passive and active components like filters, mixers, and high-frequency amplifiers.
Antenna Analysis & Design: Mastery of antenna types (patch, horn, array) and radiation patterns.
Satellite & Radar Systems: Understanding the architecture of long-range wireless communication and detection systems.
Numerical Techniques: Learning to use computational methods like Finite Element Method (FEM) to solve EM problems.
3. Advanced Laboratory Facilities
The Department of Electronics and Communication Engineering at Subharti hosts dedicated labs for this specialization:
Microwave Engineering Lab: Features X-band and S-band benches to test klystron and Gunn diode characteristics.
Antenna Lab: Equipment to measure VSWR, gain, and radiation patterns of various antennas.
Simulation Lab: Access to industry-standard software (like MATLAB and HFSS ) for virtual prototyping of RF circuits.
PCB Fabrication & Dark Room: Facilities to design and etch high-frequency printed circuit boards.
4. Research & Career Prospects
With the global push toward autonomous vehicles and space exploration, RF experts are in critical demand.
Research Focus: Second-year scholars undertake a major Dissertation. Common areas at Subharti include Smart Antennas, Cognitive Radio Networks, and EMI/EMC Testing.
Top Career Paths:
RF Design Engineer: Creating hardware for mobile handsets and base stations.
Satellite Communication Specialist: Working with organizations like ISRO (Note: Subharti has a DST-recognized ISRO center on campus).
Defense Researcher: Designing radar and electronic warfare systems for DRDO or BEL.
Network Architect: Planning high-speed 5G/6G infrastructure for telecom giants like Ericsson or Samsung.
Average Salary: Postgraduates typically start between ₹5L to ₹9 LPA, with significant growth in R&D roles.
Admission Requirements
Scholarships
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