Department of Electronics and Communication Engineering
Curriculum Structure – 4 Years B.Tech-(Undergraduate Programs)
| BTech Electronics and Communication Engineering (ECE) | Click Here |
| BTech Electronics Engineering (VLSI Design and Technology) (EE-VLSI) | Click here |
| B.Tech Electronics and Communication (Advance Communication Technologies) (E&C-ACT) | Click here |
| B.Tech Electronics & Communication Engineering with specialization in Computer Science (ECE-CS) | Click here |
| B.Tech Electronics & Computer Engineering (ECM) | Click Here |
The 4-year degree programme for B.Tech in Electronics and Communication Engineering (ECE) commenced in the year 2002. In tune with the vision and mission of Electronics and Communication Engineering Department, the curricula has undergone a substantial revision, which incorporates the recent trends in analog and digital electronics, information and communication technology, artificial intelligence and internet of things. The programme offers specialization in Electronics and Communication Engineering along with courses from mathematics, physics, computer science engineering and information technology.
The salient features of the B.Tech degree program in Electronics and Communication Engineering (ECE) are:
- Imparting technical competence
- Flexible and futuristic curricula
- Well-equipped laboratories to develop thorough subject knowledge
- Projects based learning to prepare students to take open-ended research problems
- Cutting-Edge courses in microelectronics and communications to cater to latest industry needs
The department has the following well equipped laboratories for B.Tech programme along with fully dedicated project lab:
- Communication Systems Laboratory
- Control and Instrumentation Laboratory
- Microprocessor Laboratory
- Signal Processing Laboratory
- VHDL/VLSI Laboratory
- Electronic Devices Laboratory
- Advanced Communication systems Laboratory
All the laboratories are designed with futuristic and flexible approach to support students in their experimentation, evaluation and research. The laboratories are equipped with state-of-the-art hardware and software tools to enable the students to perform design-oriented experiments and test their designs. Some examples are:
- Software: IC Station, FPGA advantage, MEMS Pro design system, Mentor Graphics EDA tool, MATLAB with various toolboxes, Optisystem, Synopsys EDA Tools and Labview.
- Hardware: High-End Microcontroller Boards, FPGA Boards, Vector Network Analyzer, Vector Signal Generator, Optical Fibre Kit, Microwave Benches, RF Spectrum Analyzer, DSP Starter Kits, Digital Storage Oscilloscopes, Arbitrary Function Generators, etc.
There are various programs besides B.Tech degree program in Electronics and Communication Engineering (ECE) to equip students with the upcoming industry requirements.
Bachelor of Technology (B.Tech) in. Electronics Engineering (VLSI Design and Technology) atJaypee Institute of Information Technology (JIIT) offers students a comprehensive education in the field of electronics, focusing specifically on Very Large Scale Integration (VLSI) design and technology. This program equips students with the knowledge and skills required to excel in the rapidly evolving semiconductor industry, providing them with a strong foundation in both theoretical concepts and practical applications.
Core Curriculum:
The curriculum of the B.Tech program in Electronics Engineering with specialization in VLSI Design and Technology at JIIT is carefully crafted to cover a wide range of subjects essential for a successful career in the field. The core courses include fundamental concepts of electronics, digital design, analog and mixed-signal circuits, computer architecture, microprocessors, and communication systems. Additionally, specialized courses in VLSI design, semiconductor devices, fabrication techniques, and system-on-chip (SoC) design are integrated into the curriculum to provide students with in-depth knowledge of VLSI technology.
Hands-on Learning:
At JIIT, emphasis is placed on practical learning and hands-on experience to complement theoretical knowledge. The program includes laboratory sessions, projects, and internships that allow students to gain practical exposure to VLSI design tools, simulation software, and fabrication processes. Students have access to state-of-the-art laboratories equipped with industry-standard tools and equipment, enabling them to design, simulate, and fabricate VLSI circuits and systems.
Industry Collaboration:
JIIT maintains strong ties with leading companies in the semiconductor industry, allowing students to benefit from industry exposure and real-world projects. The program facilitates guest lectures, workshops, and industrial visits, providing students with insights into the latest trends and developments in VLSI technology. Additionally, collaborative research projects with industry partners offer students the opportunity to work on cutting-edge technologies and contribute to industry-relevant innovations.
Faculty Expertise:
The faculty members of the Electronics Engineering department at JIIT are highly qualified and experienced professionals with expertise in VLSI design and technology. They bring a wealth of knowledge from both academia and industry, guiding students through the intricacies of VLSI design and nurturing their skills through mentorship and guidance. The faculty's dedication to excellence ensures that students receive quality education and support throughout their academic journey.
B.Tech Electronics & Communication (Advance Communication Technologies)
JIIT, a renowned and premier educational and research institute is introducing a four-year B.Tech. programme in Electronics & communication (Advance Communication Technologies). This programme will be dealing with electronics & communication engineering with a focus on Advance Communication Technologies like 5G, Massive multiple-input-multiple-output (MIMO), Beam Forming through Advanced Digital Signal Processing, Device to Device (D2D) communication, Millimeter Wave (mm-Wave) technologies etc. In coherence with current focus of Government of India on5G to increase GDP, creating employment, and digitizing the economy, the B.Tech. in Electronics & communication (Advance Communication Technologies) - a four- year program is designed to train engineering students in consonance with Government of India (GOI) and the requirements outlined by AICTE. Focusing on skilling in advance communication standards like 5G and related technologies to build the foundation of a digital economy, JIIT is dedicated to become a part of this endeavour to fulfil the demand for more skilled manpower with rapidly changing dynamics.
The students completing this course will get the career opportunities in various sectors, from telecommunications and IT infrastructure to health care, education, and manufacturing. To provide the necessary skill set for this AICTE approved programme and focusing on ‘Skilling India for Next Generation Telecom Technologies’, we have already tie-up with Ericsson India, Paras Anti-Drone Technologies Pvt. Ltd., Garuda UAV Ltd., and students are getting benefitted by the skill set provided by them. We are also in the process of having more tie-ups with foreign universities and other telecom giants.
B.Tech in Electronics and Communication Engineering with specialization in Computer Science is designed to provide comprehensive knowledge in two important subject areas Electronics and Computer Science. The natural advantage of this hybrid program is that it prepares future engineers who are acquainted with both the hardware and the associated software/programming concepts. As a by-product it will enhance the employability opportunities for the students.
The program combines the coursework in different aspects of electronics and communication engineering and computer science with 18 additional credits in comparison to a regular B.Tech degree. In essence, theprogramme gives students an opportunity to develop knowledge of both the fields over a period of four years by carefully opting the subjects of study.
The highlights of the program are:
- Crossover courses to teach Electronics (hardware) and Computer Science (software) basics.
- Total 178 credit course (18 extra credits for specialization)
- Intensive programming courses in pre-final year and final year electives.
- Opportunity to do minor and major projects in the area of Computer Science.
- Program will give edge to students willing to pursue a future in IoT, AI and Embedded systems
B.Tech in Electronics and Computer Engineering is designed to provide comprehensive knowledge in two important subject areas Electronics and Computer Science. The primary advantage of this hybrid program is that it prepares future engineers who are acquainted with both the hardware and the associated software/programming concepts aligned with the current requirement in industries. As a by-product it will enhance the employability opportunities for the students. The program will combine the coursework in different aspects of electronics engineering and computer science. Students can develop new technique, for many applications such as healthcare, surveillance, communication, early disaster warning, education, entertainment, multimedia, virtual reality, human computer interface etc. In essence, this programme will give students an opportunity to develop knowledge of both the fields over a period of four years.
The major highlights of the programme will be:
- Crossover courses of Electronics (hardware) and Computer Science (software) basics
- Intensive programming courses in pre-final year and final year electives
- Opportunity to do interdisciplinary minor and major projects.
- Program will give edge to the students willing to pursue a future in IoT, 5G, AI, Embedded Systems and related fields.
Course Descriptions with Course Outcomes
| ACADEMIC YEAR 2024-25 | Click Here |
| ACADEMIC YEAR 2023-24 | Click Here |
| ACADEMIC YEAR 2022-23 | Click Here |
| ACADEMIC YEAR 2021-22 | Click here |
| ACADEMIC YEAR 2020-21 | Click here |
| ACADEMIC YEAR 2019-20 | Click here |
| ACADEMIC YEAR 2018-19 | Click here |