4-Year B.E. in Electronics and Communications

The explosive growth of the Internet of Things is changing our world. At Chitkara University, students can pursue a specialisation in the Internet of Things (IoT), which is among the newest innovations in the field of Information Technology and change the way we receive information. This technology connects devices to each other and to the people who use them in their daily life.

With this specialisation, students will learn the importance of IoT in society, the building blocks of IoT devices, and trends for the future.

Key Features

• Learn to develop, manage, and monitor IoT devices and systems through the combination of three main components – data, technology and research.
• Acquire information on key components of networking to ensure connectivity of devices with the Internet.
• Acquire expertise in creating software that allows the product to function properly and connect to other devices.

The VLSI specialisation is for design and verification of electronic circuits and systems. Its applications are found in areas like signal processing, image processing, networking and communication.

The objective of this specialisation is to provide students with comprehensive knowledge of VLSI circuits and systems which is the core to the electronics chip manufacturing industry. Prime focus is laid on areas like, ASIC design, FPGA-based systems, RF circuit design and SOC based design & verification.

Key Features

• Understand the VLSI design flow and different types of design styles which are used for integrated circuit design.
• Understand the design building blocks of digital IC using different types of modeling styles used in Verilog/System Verilog and performing timing analysis of the blocks.
• Develop skills to identify the faults associated in VLSI circuits and various techniques to test the ICs.
• Learn to create a test bench using the concept of procedural statements and routines.
• Understand the concept of fabrication of CMOS and various parameters related to layout.
• Understand different matching techniques in analog layout and applying those techniques to design high quality and noise tolerant layout.