About Communication Systems
The Department of Communication Systems offers the M.E. in Communication Systems, established in 2011, with an intake of 18 students. This 2-year postgraduate program* is designed to provide students with in-depth knowledge and expertise in modern communication systems, including wireless communication, optical communication, digital signal processing, and satellite communication.
The program focuses on the latest advancements in communication technologies and prepares students to work in a range of sectors, such as telecommunications, media, networking, and research. Students are exposed to both theoretical concepts and practical applications, ensuring they gain the skills necessary to tackle complex communication challenges in real-world scenarios.
The department has strong collaborations with industries and academic institutions, providing students with opportunities for internships, projects, and research that align with current trends in communication systems.
The course curriculum is carefully structured to ensure that students gain expertise in various communication technologies, such as:
- Wireless Communication Systems
- Satellite Communication
- Optical Communication
- Digital Signal Processing (DSP)
- Microwave and Antenna Systems
- Data Compression and Encryption
- Mobile Communication Systems
Additionally, students are introduced to hands-on laboratory work, research projects, and industry collaborations to enhance their practical understanding of communication systems.
Curriculum
The M.E. Communication Systems program is spread across four semesters (2 years), focusing on core subjects, electives, research projects, and laboratory work.
Foundation Courses
- Advanced Mathematics for Communication Systems
- Electromagnetic Field Theory
- Digital Signal Processing (DSP)
- Communication Networks
- Advanced Communication Theory
- Linear Algebra and Probability Theory
Elective Courses (in the later semesters)
- 5G Communication Networks
- Advanced Data Transmission Techniques
- Cognitive Radio Networks
- Quantum Communication
- MIMO (Multiple Input Multiple Output) Systems
- IoT and Communication Systems
- Internet of Things (IoT) and Machine-to-Machine Communication
- Cloud-Based Communication Systems
Internship/Research
- Internship with leading communication companies or research labs.
- Involvement in research projects in the areas of communication systems, networks, and emerging technologies.
Core Courses
- Digital Communication
- Wireless Communication Networks
- Satellite Communication
- Microwave and Antenna Systems
- Optical Communication Systems
- Mobile Communication Systems
- Signal Processing for Communication Systems
- Data Compression and Encryption Techniques
Laboratory Work and Projects
- Digital Communication Laboratory (modulation techniques, error detection)
- Signal Processing Laboratory (filters, Fourier transforms, DSP algorithms)
- Wireless Communication Laboratory (radio frequency communication, wireless networks)
- Microwave and Antenna Laboratory (antenna design, propagation studies)
- Satellite Communication Laboratory (satellite link analysis, transponder configurations)
- Optical Communication Laboratory (fiber optic transmission and testing)
- Mobile Communication Systems Laboratory (testing and development of mobile apps)
Project Work
- Industry-driven research projects on communication system designs.
- Capstone project in collaboration with industry partners focusing on solving real-time communication problems.
- Development of prototypes and working models of communication systems.
The curriculum is designed to ensure that students gain practical knowledge and industry-relevant skills. It integrates theory with hands-on learning through projects, labs, and internships.
Vision
- To be a leading department* in the field of communication systems education and research, recognized for excellence and innovation.
- To develop students into experts* in communication technologies who can contribute to advancements in telecommunications, media, and information systems.
- To create a dynamic learning environment* that encourages creativity, critical thinking, and practical problem-solving.
- To engage in impactful research* that advances communication systems and technologies to meet global communication challenges.
Mission
- To provide cutting-edge education in the field of communication systems and equip students with the skills to address current and future challenges in the communications sector.
- To foster innovation and research in communication technologies through state-of-the-art laboratories and collaborations with industry leaders.
- To produce highly skilled engineers who are capable of designing, developing, and implementing advanced communication systems.
- To promote lifelong learning and adaptability among students, enabling them to stay ahead in a rapidly evolving technological landscape.
Career Opportunities
Graduates of the M.E. Communication Systems program are well-prepared for careers in communication, telecommunications, and electronics industries. Some of the career opportunities include:
- Telecommunications Engineer : Designing and developing communication networks, including mobile, satellite, and optical communication systems.
- Communication System Designer : Developing communication system architectures, protocols, and designs for telecom and network companies.
- Wireless Communication Engineer : Specializing in the design, testing, and deployment of wireless communication systems, such as 4G, 5G, and Wi-Fi networks.
- Satellite Communication Engineer : Working on satellite systems for data transmission, television broadcasting, and remote communication.
- Optical Communication Engineer : Specializing in the design and maintenance of optical fiber networks and systems used in high-speed data transmission.
- Signal Processing Engineer : Designing algorithms and systems for processing and analyzing signals in various communication applications.
- Mobile Network Engineer : Working with mobile networks, optimizing performance, and implementing new technologies for mobile communication.
- RF/Microwave Engineer : Working on the design and development of radio frequency and microwave systems for communication applications.
- Network Architect : Designing and managing the architecture of communication networks, including hardware and software components.
- Research and Development Engineer : Conducting research in emerging areas of communication systems, such as cognitive radio, 5G, and IoT communication.
- Communication Systems Consultant : Advising companies on how to design, implement, and optimize communication infrastructure and technologies.
Graduates can also pursue opportunities in higher studies or research positions, contributing to innovations in communication systems and technologies.
Laboratory
The Department of Communication Systems has well-equipped laboratories to facilitate learning and practical application of communication theories. Key laboratories include:
- Digital Communication Laboratory : Students perform experiments on digital modulation, error detection, and coding techniques used in modern communication systems.
- Signal Processing Laboratory : Equipped with advanced DSP tools and software, this lab focuses on filtering, data analysis, and signal transformation techniques.
- Wireless Communication Laboratory : Students gain hands-on experience with wireless network technologies, antenna design, radio frequency propagation, and mobile communication systems.
- Satellite Communication Laboratory : This lab allows students to analyze satellite links, configure transponder systems, and understand satellite communication models.
- Optical Communication Laboratory : Students experiment with fiber optic communication systems, testing data transmission over optical fibers.
- Microwave and Antenna Laboratory : The lab is designed for students to learn about antenna design, microwave transmission, and testing related to communication systems.
