BSc Electronics Syllabus & Subjects 2023: Semester-wise List, Top Colleges Syllabus PDF

Personal Computer Computing

Students take this course to learn about the parts and fundamental workings. The history of personal computing, the hardware and software requirements for using a personal computer, file management, multimedia possibilities, and web browsing are all covered in this course.

Relational Database Management System

Students gain knowledge of writing packages for applications, debugging techniques, triggers, and SQL database architecture. The Visual Basic programming language may also be covered in database management courses.

Electronic Communication

Students learn about both the software and hardware components. Along with studying electronic devices, circuits, and communication systems, students also study embedded systems, programming, and assembly languages.

Digital Electronics

The goal of the course is to teach digital data and code formats. You will learn more about number systems, numeric codes, logic gates, combinational circuits, and sequential circuits through the lessons.

Digital communications

It focuses on the fundamental components of a digital communication system (channel encoders and decoders, digital modulators and demodulators, and channel characteristics). The focus is on the mathematical foundations of communications theory as well as practical applications.

DTP

The fundamental tools of Photoshop, Illustrator, and In-Design will be taught to the students. Students who successfully complete the course will be able to distinguish between pixel-based and vector-based images and import and export graphics in a variety of file formats.

Semiconductor Devices

Students will study semiconductor motion and the operational concepts of PN Junctions, photodiodes, solar cells, and Schottky diodes, among other popular semiconductors.

Engineering Materials

Chemistry, physics, biology, and mathematics are all included in the materials engineering curriculum. This subject also covers the fundamentals of mechanical, chemical, and electrical engineering, making materials engineers in high demand.

Basic Electronics and Instrumentation

The design, production, and usage of measurement devices utilised in a variety of industries will be taught to students. It is a specialised course that connects electronic and instrumentation technologies.

Fundamentals of Analogue and Digital System

Students will become familiar with a variety of design approaches and computer-aided design (CAD) tools that will enable them to create small and medium-sized circuits as well as access more advanced courses on fascinating subjects including application-specific integrated circuits (ASICs)

Analogue Communications

Students will study methods for baseband and bandpass communication, line coding, analogue and digital modulation, communication receiver and transmitter design, noise analysis in various transmission situations, and more.

Numerical Analysis and Programming in C language

In order to solve issues that emerge in other branches of mathematics, such as calculus, linear algebra, or differential equations, students are required to build and analyse numerical methods.

Wave Propagation and Antenna

To fully comprehend radio communications, radar, cell phones, and other electronic communication technologies, one must study antennas and electromagnetic wave propagation. The fundamentals of antennas and wave propagation are covered in this course.

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Core: Basic Mathematics

Basic Mathematics

In this course, students will learn about Linear algebra, Calculus, Differential equations, Numerical method, Probability and stats.

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Fundamentals of Electricity and Electronics

Fundamentals of Electricity and Electronics

Students will learn about Ohm's law, Kirchhoff law, resistor, inductor, capacitor, diode, and transistor in this subject. They will also learn about current, voltage, energy, and power.

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Electromagnetism and AC Circuits

Electromagnetism and AC Circuits

The two effects that students will study independently, electricity and magnetism, are combined under the term electromagnetism. In order to observe, quantify, and apply the laws that govern how charges create static electricity and magnetism, students will investigate electrical measurements and circuits.

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Analog Electronics

Analog Electronics

The subjects covered include simple rectifier circuits and diodes. Modelling of transistors, bias circuits, transistor amplifier topologies and properties, the frequency response of amplifiers, and the design of compact signal and power amplifiers are all related to transistors. Characteristics, feedback circuits, and analogue signal processing of operational amplifiers.

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Basic Physics

Basic Physics

Students will gain knowledge of the principles governing motion, forces, and gravity, knowledge of thermodynamic rules, as well as work and energy processes, knowledge of the properties of light and sound waves in our surroundings, and knowledge of the applications of the principles of magnetism and electricity.

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Digital Electronics

Digital Electronics

The goal of the course is to teach digital data and code formats. Students will learn more about number systems, numeric codes, logic gates, combinational circuits, and sequential circuits through the lessons. Description of the Course One of the branches of electronics is digital electronics.

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Data Processing and Personal Computers

Data Processing and Personal Computers

Students will study Big Data Analytics, Data Management, Business Information Systems, and Introduction to Computer Applications.

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Elective: Medical Electronics

Medical Electronics

Students will learn how to maintain, repair, and calibrate the electronic medical instruments used in healthcare.

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Elective: Power Electronics

Power Electronics

Students will learn everything there is to know about power conversions. Converters, commercial electronics, electric motors, and the quality of electric power are only a few of the areas it covers.

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Elective: Digital System Design

Digital System Design

The fundamentals of digital circuits, the binary number system, and number system conversion will be taught to students. Binary coding, the fundamentals of boolean algebra and its theorems, the fundamentals of logic gates, and circuit design.

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Elective: Computer Networks

Computer Networks

Students will learn how to connect wireless and wired local area networks (LANs) and wide area networks (WANs). They also pick up how to set up Internet access and connect electronics.

Digital Signal Processing

• Digital Signal Processor
• Image Processing
• Adaptive Signal Processing
• Biomedical Signal Processing
• Neural Network and Fuzzy Logic
• Speech and Audio Signal Processing

Time domain (one-dimensional signals), spatial domain (multidimensional signals), frequency domain, and wavelet domains are the most common domains in which students study digital signals.

Communication Systems

• Digital Communication Receivers
• Advanced Radiation System
• Nonlinear Fibre Optics
• Optical Fibre Communication
• Antenna Design Laboratory
• Photonic Network and Switching
• Detection and Estimation Theory
• Advanced 3G and 4G Wireless Communication

Students learn to transfer intelligence signals from a source to a destination located at a distance from the source. The transmitter, channel, and receiver are the three essential components of this system.

Embedded System

• Embedded Networking
• Advanced Microprocessor
• Embedded System Design using PIC Microcontroller
• Real-Time Operating System
• Linux and Shell Scripting
• RISC Architecture and Programming

Students will apply this understanding to the integration of hardware and software in embedded systems. The purpose is to ensure that the entire system and product function properly. Many projects require these engineers to assist in the development of embedded software.

Robotics and Automation

• Robotics and Automation
• Industrial Automation and Control
• Robotics Sensors
• Machine Vision
• Neural Network and Fuzzy Logic
• Artificial Intelligence and Expert System

Machine learning, artificial intelligence, data science, design, and engineering are just a few of the scientific, linear maths, and technology disciplines covered in robotics courses.

Wireless Communication System

• Advanced 3G and 4G Wireless Communication
• Communication System Security
• RADAR Communication System
• RF Design Laboratory
• RF Devices and Applications
• High-Performance Network
•  Network Management

Students should have gained the skills and information necessary to comprehend the design and performance of the physical and media access control layers of mobile wireless systems after completing this subject. The ability to conduct mobile wireless system analysis and evaluation.

Communication Engineering

• Electromagnetics
• Coding Techniques
• Antenna Design
• Wireless Communication
• Microwave and Satellite Communication
• Wireless Sensor Network
• Network Protocols
• Fibre Optics Communication
• Internet of Things (IoT)
• Software-Defined Radios
• Network Security

Power, electronics, control, microelectronics, signal processing, telecommunications, instrumentation, and computers are some of the sub-disciplines in this field. Electronics Engineering, Laser & Optical Engineering, Integrated Circuit Design, and other areas are studied. Upon successful completion of a B.E. or B.S. degree program.

Signal and Image Processing

• Advanced DSP
• Digital Image Processing
• Computer Vision
• Object Tracking
• Pattern Recognition
• Digital Video Processing
• Speech Processing
• Bio Signal Processing
• AI for Medical Imaging
• Natural Language Processing

Students will learn how to analyse data using the Fourier transform, alter data using digital filters, and convert analogue signals to digital format, starting with the fundamental ideas of discrete-time signals.

VLSI and Embedded System

• FPGA and ASIC Design
• Embedded Processors
• CMOS Digital VLSI Design
• Electronics Product Design
• Mixed-Signal CMOS Design
• Automotive Electronics

The Tech VLSI Design & Embedded System program is a two-year postgraduate program that focuses on the design of electrical circuits and IC-based systems. Performance estimation, layout design guidelines, sensor networks, circuit simulation, and MOS transistor theory are some of the main topics covered in the course.

Electronics

The Art of Electronics 3rd Edition

Horowitz and Hill

The Third Edition includes 90 oscilloscope screenshots exhibiting the behaviour of working circuits; dozens of graphs providing highly relevant measurable data of the kind that's typically buried or omitted in datasheets but that you need when building circuits; and more.

Electronics

Getting Started in Electronics

Forrest Mims

This well-known electronics innovator teaches you the fundamentals, takes you on a tour of analogue and digital components, explains how they operate and demonstrates how they may be integrated for diverse applications.

Electronics

Understanding Basic Electronics- 2nd Edition

Walter Banzhaf

Introduces basic electronics, discussing analogue and digital electronic circuits, Ohm's Law, and resonant circuits.

Electronics

Grob's Basic Electronics

Mitchel E. Schultz

Grob's Basic Electronics covers all of the basic fundamentals of DC and AC circuit theory in depth and detail. It also includes information on the most prevalent electronic devices and their uses. There are a plethora of worked-out examples throughout the book, each with detailed step-by-step solutions.

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IIT Bombay

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IIT Kanpur

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IIT Delhi

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BITS PILANI

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NIT Tiruchirappalli

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IIT Guwahati

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IIT Madras

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IIT Kharagpur

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IIT Roorkee

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NITK Surathkal