BSc Electronics Syllabus and Subjects 2024

Lisha Gupta

B.Sc Electronics course imparts practical, and theoretical knowledge in the subject areas to the students, such as in fundamentals of analogue and digital systemetc, communication electronics, etc. B.Sc Electronics job scope has a extensive range of job roles from electronics technician, technical leader to project manager,etc. in both private and public sectors.

Semester Wise B.Sc Electronics

The B.Sc. Electronics curriculum includes a wide range of topics, including Electronics, as well as specialisations in Service Engineer, Broadcast and Sound Technician, Electronic Sales Manager, Electronics and Communication Consultant, Electronics Technician, Technical Leader, Project Manager, Manufacturing Head, Site Maintenance Technician, Marketing Manager, and others. The B.Sc. Electronics course is broken up into six semesters and cover a wide range of topics. The following is a list of the B.Sc. Electronics subjects offered each semester:

B.Sc. Electronics First Year Syllabus

The table below contains the list of B.Sc. Electronics subjects in the first year:

Semester I	Semester II
Core I: Basic Circuit Theory and Network Analysis	Core I Semiconductor Devices
Core II: Mathematics Foundation for Electronics	Core IV: Applied Physics
Core Lab I: Basic Circuit Theory and Network Analysis Lab	Core Lab1 II: Semiconductor Devices Lab
Core Lab II: Mathematics Foundation for Electronics Lab	Core Lab IV: Applied Physics Lab

B.Sc. Electronics Second Year Syllabus

The table below contains the list of B.Sc. Electronics subjects in the second year:

Semester III	Semester IV
Core V: Electronic Circuits	Core VIII: Operational Amplifiers and Applications
Core VI: Digital Electronics and Verilog/VHDL	Core IX: Signals and Systems
Core VII: C Programming and Data Structures	Core X : Electronic Instrumentation
Core Lab V: Electronic Circuits Lab 4 2 5	Core Lab VIII: Operational Amplifiers and Applications Lab
Core Lab VI: Digital Electronics and Verilog/VHDL Lab	Core Lab IX: Signals and Systems Lab
Core Lab VII: C Programming and Data Structures Lab	Core Lab X: Electronic Instrumentation Lab

B.Sc. Electronics Third Year Syllabus

The table below contains the list of B.Sc. Electronics subjects in the third year:

Semester V	Semester VI
Core XI: Microprocessors and Microcontrollers	Core XI: Communication Electronics
Core XII: Electromagnetics	Core XII: Photonics
Core Lab XI: Microprocessors and Microcontrollers Lab	Core Lab XI: Communication Electronics Lab
Core Lab XII: Electromagnetics Lab	Core Lab XII: Photonics La

B.Sc. Electronics Subjects

Over three years, B.Sc. Electronics courses cover a wide range of subjects and topics that are crucial for prospective students to study. Core and elective categories are used to categorise the subjects for the B.Sc. Electronics programme. A list of B.Sc. Electronics courses are provided below:

B.Sc. Electronics Core Subjects

The core B.Sc.Electronics subjects list of essential subjects that all students study, is as follows:

Applied Quantum Mechanics
Electronics Materials
Basic Electronics and Instrumentation
Fundamentals of Analogue and Digital System
Electronic Devices
Semiconductor Devices and Applications
Analogue Communications
Microprocessors and Microcontrollers
Communication Electronics
Numerical Analysis and Programming in C language
Radar, Television and Microwave Electronics
Numerical Techniques
Wave Propagation and Antenna

Practicals:

Practical Session
Seminar
Internship
Project Work

B.Sc. Electronics Elective Subjects

Medical Electronics
Industrial Electronics
Power Electronics
Computer Networks
Opto Electronics
Digital System Design
Microcontroller 8051 and its Applications

B.Sc. Electronics Course Structure

Core and elective courses are frequently offered in B.Sc. Electronics programmes. Core subjects take up the first few semesters of the Electronics programme. Depending on the Electronics programme, it may take up to one academic year to finish the core curriculum. After that, candidates have the option of customising their second and third-year Electronics programme by choosing electives based on their post-Electronics employment goals. Students might decide to specialise in various fields of Electronics by picking elective courses and concentrations. Your post-B.Sc. career goals in Electronics can be communicated to potential employers effectively by using these specialisations.

The topics included in the B.Sc. Electronics programmes provide not just theoretical understanding but also vital interpersonal and practical abilities. The B.Sc. Electronics course structure is broken down as follows:

VI Semesters
Core Courses
Elective Courses
Practicals
Seminars
Internship
Project Work

B.Sc. Electronics Teaching Methodology and Techniques

The B.Sc. Electronics programme uses its own set of instructional strategies. Practical lessons are used to teach subjects so that students can understand what is being taught to them. Various teaching methods are employed by various Electronics programmes. To improve the effectiveness of training, B.Sc. Electronics uses case studies, group projects, and other types of action-based learning in addition to conventional lecture-based instruction. This results in learning more about the course's theory and application. The different teaching methods applied in the B.Sc. Electronics programmes are as follows:

Practical /Project sessions
Internship
Seminars
Regular Lectures

B.Sc. Electronics Course Projects

The B.Sc. Electronics programme emphasises group projects and activities through project-based learning, which is a prevalent teaching technique. As they move through the course, groups of six to eight students each work on assignments and other duties relevant to the course.

Working on projects is largely used to make sure that pupils fully grasp the principles. Some of the most popular B.Sc. Electronics projects include the following:

Street Light Circuit
Battery Charger Circuit Using SCR
Air Flow Detector Circuit
Water Level Alarm Circuit
Low-Cost Fire Alarm Circuit
Single Chip FM Radio Circuit
Digital Stop Watch Circuit
High and Low Voltage Cut-off With Delay and Alarm.

B.Sc. Electronics Course Books

The B.Sc. Electronics books provide students with a fundamental overview of the course as well as an in-depth study of their area of concentration. The course textbooks are available to students both online and offline. And carefully reviewing the course prerequisites by obtaining the course details before enrolling in the course, students can make an informed choice. The reference texts for the B.Sc. Electronics curriculum is as follows:

Reference Books for B.Sc Electronics
Name of Book	Author
S. A. Nasar, Electric Circuits, Schaum’s outline series	Tata McGraw Hill
Electrical Circuits, M. Nahvi and J. Edminister, Schaum’s Outline Series	Tata McGraw-Hill
Essentials of Circuit Analysis, Pearson Education	Robert L. Boylestad
Engineering Circuit Analysis,	Tata McGraw Hill, W. H. Hayt, J. E. Kemmerly, S. M. Durbin
Fundamentals of Electric Circuits	Alexander and M. Sadiku, McGraw Hill