Electronics and Communications Engineering

Lab Overview

The Computational Laboratory serves as a dynamic learning environment where students engage in hands-on exploration and application of computational methods across diverse disciplines. Focused on practical implementation, the laboratory integrates programming languages such as matlab and python, simulation tools, and circuit simulation tools

Lab Overview

The Electronic Devices and Circuits Lab is a cornerstone course in the Electronics and Communication Engineering by providing students with hands-on experience in understanding the characteristics and applications of fundamental electronic components like diodes, transistors, operational amplifiers, and other active and passive components, building and analyzing basic analog and digital circuits for various functions like amplification, signal processing, rectification, and logic operations. Also helps in gaining proficiency in using common lab equipment like oscilloscopes, function generators, power supplies, and multimeters for circuit analysis and troubleshooting.

Lab Overview

The Internet of Things (IoT) Laboratory is a dynamic learning environment focusing on interconnected devices and systems. This lab introduces students to the core principles, technologies, and applications of IoT. Through hands-on experiments, participants learn sensor integration, data collection, and analysis techniques. They explore communication protocols like SPI, I2C. Study of cloud platforms for data storage and processing, and delve into creating IoT applications for various domains. The lab aims to equip students with the skills needed to design, develop, and implement IoT solutions in today's interconnected world.

Lab Overview

The  Analog Electronic Circuits lab provides hands-on experience in designing, constructing, and analyzing analog electronic circuits. Students engage in practical exercises to reinforce theoretical concepts, including the application of MOSFETs. Designing and analysis of single and multi stage amplifiers using MOSFETs, BJTs. Through experimentation, participants gain insights into signal processing, amplification, filtering, and waveform generation. The lab serves as a crucial bridge between theoretical understanding and real-world applications in analog electronics. Students need to perform experiments on any one of the EDA tools like LTspice.

Lab Overview

The Digital Logic Design lab curriculum focuses on cultivating a strong foundation in digital logic principles and their practical applications. Students are introduced to the fundamental aspects of digital systems, commencing with comprehensive lessons on number systems, logic gates, and Boolean algebra. The lab sessions progress to cover intricate aspects of circuit design, encompassing both combinational and sequential logic circuits. Through hands-on exercises and practical experiments on software tools like Multisim, students gain expertise in designing and implementing circuits such as adders, multiplexers, decoders, flip-flops, and counters.

Lab Overview

The Digital Signal Processing  lab is about  learning to analyze, manipulate, and synthesize these hidden melodies of the natural and digital worlds. We can grasp the fundamental principles of digital signals, understanding how they represent and carry information, gain a deep understanding of digital signal representations and processing techniques. Learn to analyze and manipulate signals using filters, Fourier transforms, and other DSP tools. Design and implement real-world DSP systems like audio filters, image processing algorithms, or communication modulators. Develop problem-solving skills and analytical thinking through hands-on projects and challenges.

Lab Overview

The Robotics Laboratory curriculum offers a structured journey through the realm of robotics, encompassing essential components, microcontroller familiarity (8051, Arduino, Raspberry Pi), and practical robot building. Students engage in sensor and actuator exploration, progressing to constructing line-following robots, mobile controllers, and color-tracking robots. The program culminates in aerial robotics, introducing drones and flight testing.

Lab Overview

The Communication systems-1 lab involves students in the fundamental principles of communication systems through hands-on experimentation. Students explore key concepts such as modulation, demodulation, signal transmission. Analyze and specify the fundamental parameters of a communication system. Student need to  write and execute programs in MATLAB to implement various modulation techniques.

Additionally, students gain proficiency in utilizing communication equipment, signal generators, and oscilloscopes. The lab serves as a practical complement to theoretical coursework, providing students with essential skills for understanding and engineering communication systems in real-world applications.

Lab Overview

The Digital System Design lab  is a cornerstone of the ECE curriculum, offering a comprehensive approach to digital systems. Through theoretical exploration of Boolean algebra, Karnaugh maps, and finite state machines, students delve into advanced topics like combinational and sequential logic design, memory systems, and Verilog HDL. Practical implementation on FPGA and CPLD platforms fosters critical thinking, providing hands-on experience in simulating complex digital systems. The lab's goal is to equip students with theoretical understanding and practical skills, preparing them for the challenges of designing robust digital systems in today's ever-evolving technological landscape.

Lab Overview

The Linear integrated circuits lab involves practical exercises with operational amplifiers (op-amps), various analog circuits, and their applications and performance characteristics. Hands on various types of feedback amps like negative and positive. Electronic circuits (Multivibrators) capable of generating non-sinusoidal waveforms, typically square, rectangular waveforms with various configurations such as astable, monostable, and bistable. CMOS (Complementary Metal-Oxide-Semiconductor) ability to combine both NMOS (N-channel MOS) and PMOS (P-channel MOS) transistors circuit design. CAD tools like LTspice  which is commonly used in analog circuit design.

Lab Overview

The Communication systems-2 lab is designed to provide practical knowledge on various digital communication techniques and their application in modern telecommunication systems. Through a series of hands-on experiments, students gain a deep understanding of modulation and demodulation processes in Amplitude Shift Keying (ASK), Frequency Shift Keying (FSK), and Phase Shift Keying (PSK). The lab also includes simulations to analyze the Bit Error Rate (BER) performance of these digital modulation schemes over Additive White Gaussian Noise (AWGN) channels and Rayleigh fading channels.

Lab Overview

The Microprocessors Laboratory focuses on hands-on experimentation and learning in the realm of microprocessor systems, with a specific emphasis on the 8086 architecture, ARM processors, and the RISC-V instruction set architecture. This comprehensive approach covers a spectrum of essential topics in microprocessor design and programming. The objectives of the Microprocessors Laboratory include developing a strong foundation in assembly language programming, understanding the intricacies of different microprocessor architectures, and honing skills in interfacing and designing systems based on diverse processor types.

Lab Overview

The lab is about the Radio Frequency and Microwave Engineering. Radio Frequency is the backbone of modern wireless communication. This lab will introduce students to the fundamental concepts of RF engineering, including electromagnetic waves, antennas, transmission lines, and RF circuits. Students will learn how to design, build, and test simple RF circuits and systems.

Lab Overview

The Product Design and Innovation lab is dedicated to equipping students with a holistic understanding of the product design process and fostering innovation. This lab's curriculum focuses on providing students with comprehensive knowledge of design methods, tools, and techniques, emphasizing the phases of product design and innovation. Through modules on competitive benchmarking, human factors, creative concept tools, case studies, and hands-on exercises, students develop advanced design thinking skills. The lab encourages students to generate creative ideas and translate them into viable product designs with a business-oriented perspective, considering human factors' influence. By combining theoretical teachings with practical applications, the lab aims to prepare students to excel in the ever-evolving landscape of product design within electrical and computer engineering.