The Computer Engineering subjects focus on design, computational processes, and programming languages to create hardware and software applications. Computer engineering syllabus and subjects are primarily concerned with the creation of computer application software. There are diploma, undergraduate, postgraduate, and doctorate programs available in computer engineering. Several institutes also offer certificate computer engineering courses. Computer Engineering syllabus focuses on introducing computer engineering, primary programming languages and scripting languages, engineering principles, basic sciences, and technical and professional English.
The computer engineering subjects include Engineering mathematics, engineering physics, engineering chemistry, environmental science and engineering, computer-aided engineering drawing, operations, software testing, etc. The syllabus of Computer Engineering also covers lab practicals and projects to help students comprehend the course in real time. As part of the Computer Engineering course, students are given quizzes, vivas, seminars, surveys, paper publishing, research, and internships. The syllabus of Computer Engineering varies at UG, PG and Diploma level.
Read the full post to get details on the computer engineering syllabus and subjects.
Students who want know about the semester wise computer engineering subjects are advised to check the highlights before proceeding with the other topics. This will help them get an overview of the Computer Engineering syllabus and subjects. The table below highlights the same.
Particulars | Details |
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Core subjects |
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Elective subjects |
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Common subjects |
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Lab subjects |
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Books |
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Admission process |
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Colleges |
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Computer Engineering course is offered in various UG degrees like BTech in Computer Engineering, BE in Computer Engineering, and BSc in Computer Engineering. The course duration of an undergraduate degree in Computer Engineering is 4 years, and it covers 8 semesters. The syllabus of Computer Engineering UG degrees begins with basic subjects like Engineering Mathematics, Engineering Physics, Engineering Chemistry, etc.
As the UG course progresses the subjects in Computer Engineering become more complex like Computer Networks and Circuit Theory, Design and Analysis of Algorithms, Web Technology, etc. During the final year of the UG Computer Engineering degree, the syllabus covers various electives, labs, and practical subjects.
You can check out the UG Computer Engineering subjects list all semester below.
Semester 1 | |
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Engineering Physics | Engineering Chemistry |
Computer-Aided Engineering Drawing | Technical English |
Engineering Mathematics– I | Computer Programming |
Computer Programming Lab | Physics lab |
Chemistry Lab | Engineering Practices Lab-I |
Communication Skills Lab-I | |
Semester 2 | |
Data Structures & Algorithms | Object-Oriented Programming Using C ++ |
Personality Development and Soft skills | Java Programming |
Engineering Practices Lab-I | Engineering Mathematics – II |
Environmental Science and Engineering | Data Structures & Algorithms Lab |
Object-Oriented Programming Lab | Java Programming Lab |
Aptitude-I | - |
Semester 3 | |
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Engineering Mathematics – III | Digital Systems |
Computer Networks and Circuit Theory | Microprocessor & Computer Architecture |
Design and Analysis of Algorithms | Database Management Systems |
Algorithms Lab | Aptitude-II |
Microprocessor and Microcontroller Lab | Database Management Systems Lab |
Networking Lab | - |
Semester 4 | |
Operating Systems | Principles of Programming Language |
Probability and Statistics | Design Project-I |
Digital Electronics & Logic Design | Operating System Lab |
Principles of Programming Language Lab | Digital Electronics & Logic Design Lab |
Computer Organisation | Computer Organisation Lab |
Aptitude-III | - |
Semester 5 | |
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Web Technology | System Software Engineering |
Open Elective-I | Discrete Mathematics |
Theory of Computation | Elective-I |
Web Technology Lab | System Software Lab |
Skill development in programming | Placement Preparatory Program |
Elective Lab-I | Design Project-II |
Semester 6 | |
Engineering Elective-I | Engineering Elective-II |
Open elective-II | Principles of a Compiler |
Design Modern Software Engineering | Engineering Elective-II |
Software Engineering Lab | Comprehension and Communication Skills Lab |
Elective Lab-II | Elective Lab-III |
Personality Development Lab | - |
Semester 7 | |
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Data Warehousing and Data Mining | Professional Elective-II |
Professional Elective-III | Open Elective-III |
Professional Elective-I | Engineering Elective-V |
Software Design Project – III | Data Mining Lab |
Mobile Computing | Viva-voce |
Semester 8 | |
Viva-voce | Seminar |
Project / Internship | Research Paper Publication |
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A computer Engineering degree is also offered at the postgraduate level. You can pursue ME in Computer Engineering, MTech in Computer Engineering or MSc in Computer Engineering at a master’s level. The Master’s syllabus of Computer Engineering covers 4 semesters and is taught in 2 years.
You can check out the PG Computer Engineering subjects list all semester below.
Semester 1 | |
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Advanced DBMS | Principles of Programming Languages |
Discrete Mathematics & Numerical Methods | Information Systems & Software Engineering |
Semester 2 | |
Advanced Computer Architecture | Object Oriented Analysis & Design |
Data Communication & Networking | Data Structure and Analysis of Algorithm |
Semester 3 | |
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Advanced Operating System | Elective – 1 |
Operation Research | Artificial Intelligence |
Semester 4 | |
Dissertation | Viva Voce |
Elective – 2 | Elective – 3 |
Since companies have digitalized business and new technologies are being discovered, several streams have occurred in the computer engineering programme. Each of these computer engineering streams is in demand and offers various job opportunities across the globe. Check the specialization-wise computer engineering syllabus given below.
Stream | Syllabus |
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Machine Learning |
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Artificial Intelligence |
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Data Mining |
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Network Programming |
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The syllabus of Computer Engineering covers core, elective, and lab subjects. Students will also be required to give a practical exam, a viva, and take part in seminars. The Computer Engineering syllabus is different at the UG and PG levels.
Between the first and fourth semesters, the core subjects are mostly covered. Physics, Chemistry, Mathematics, Engineering Sciences, and Technical Arts are among the core subjects. The remaining four semesters are dedicated to a wide range of professional and elective courses, including Humanities and Social Sciences. Check out the computer engineering subjects with their details given below.
Subject Name | Subject Details |
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Software Engineering | This subject introduces Software Engineering and the various concepts involved in this subject. Software Evolution, Service Oriented Architecture, Architectural Design, Design Patterns, Project Management & Risk Analysis, Structured Programming, Manpower Management, and other concepts are covered. |
Fundamentals of Computer Science | This subject covers computer science concepts such as algorithms, termination, correctness, efficiency, problem-solving, time and space measures, encapsulation, abstraction, interaction, and modularity. This subject also introduces numerical methods. These topics serve as the foundation for understanding the origins of computer science. |
Programming | This topic provides an overview of the meanings of programming languages. This subject assists students in developing the ability to describe, analyse, and apply the characteristics of programming languages. This course covers topics such as Lambda Calculus and Turning Machines, Nondeterminism, Sequential Programming Languages, and others. |
Operating Systems | This subject provides an overview of the operating system concepts. This subject includes topics such as Processes and Memory, Context Switching, Scheduling, Message Passing, Semaphores, Address Translation, and others. |
Algorithms and Data Structures | Students will learn about object-oriented programming in this course. This subject covers analytical collision resolution techniques, binary search trees, traversals, and so on. This subject also covers geometric data structures, acyclic graphs, and other connected components. Algorithms and data structures provide students with a fundamental understanding that allows them to apply these techniques in computer science. |
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In the computer engineering syllabus and subjects are repeated across several semesters. The computer engineering syllabus is structured in such a way that each semester covers a different topic, ensuring that students fully understand and comprehend important topics that will be useful in their careers. Check out the common semester wise computer engineering subjects given below.
Computer Engineering Common Subjects | |
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Computer Programming | Data Structures & Algorithms |
Java Programming | Principles of Programming Language |
Database Management Systems | Web Technology |
Computer Organisation |
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The core subject of Computer Engineering is those subjects that are compulsory for students. It's important for students studying Computer Engineering to learn some fundamental subjects that are considered core subjects. Below is a list of these core subjects that are covered in the Computer Engineering syllabus.
Computer Engineering Core Subjects | |
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Embedded Computing Systems | Engineering Chemistry |
Engineering Physics | Programming in C |
Data Structures | Discrete Mathematics |
Theory of Computation |
The elective Computer Engineering subjects are also classed as optional subjects. The university adds optional subjects in the computer engineering course syllabus so that students can select certain subjects of their choice that interest them and are related to their career goals. Each university provides its own option for optional subjects. Go through the list of computer engineering elective subjects given below.
Computer Engineering Optional Subjects | |
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Cryptography and Network Security | TCP/IP Design and Implementation |
XML and Web Services | Artificial Intelligence |
Object-Oriented System Design | Computer Graphics and Multimedia |
Distributed Architecture of Enterprise Applications | Scripting Languages |
Software Architecture and Design | Software Design and System Integration |
Distributed Database Management Systems | Cloud Computing |
Software Quality Assurance and Software Testing | Information Architecture |
Database Security | - |
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A few lab courses are included in the computer engineering curriculum to allow students to apply what they have learned in theoretical lectures to real-world situations. The institutions combine core and elective disciplines with a few lab courses and practical workshops to provide students with technical competency. The lab subjects also provide students with technical knowledge and real-world job experience that will be beneficial when they begin working professionally.
Computer Engineering Lab Subjects | |
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Java Programming Lab | Algorithms Lab |
Database Management Systems Lab | Object-Oriented Programming Lab |
Networking Lab | Digital Electronics & Logic Design Lab |
Web Technology Lab | Compiler Design Lab |
Microprocessor and Microcontroller Lab | Operating System Lab |
Computer Organisation Lab | Software Engineering Lab |
Data Structures & Algorithms Lab | System Software Lab |
Data Mining Lab | - |
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There are several specializations in computer engineering courses from which students can choose based on their interests and the professional path they want to take. There are specializations in computer engineering courses available, allowing students to gain expertise in their chosen fields of study and pursue a career in that desired engineering domain. Many people pursue the standard BTech in computer engineering degree as their bachelor's degree before specializing in their master's degree programme.
Check out the various computer engineering specializations with the details given below.
Specialization | Description |
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Machine Learning | Introduces students to computer algorithms that work automatically and adapt to changes using data. |
Data Mining | Covers concepts, techniques, and algorithms in data mining and warehousing, along with their applications. |
Network Programming | Introduces network programming concepts in the UNIX environment. |
Bioinformatics | Introduces algorithms, data structures, and areas of application in bioinformatics. |
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Distance education is not permitted in the engineering stream, according to the All India Council for Technical Education (AICTE). For working professionals, they have implemented a distance education or correspondence course option. The syllabus and subjects would be the same as in the regular Computer Engineering programme. Top colleges, however, do not offer a distance education programme for Computer Engineering.
Students for admission to the computer Engineering programme must pass national, state, or university-level entrance exams. JEE Mains and JEE Advanced are the two most common entrance exams conducted for admission to computer engineering courses. To be admitted to the computer engineering programme, students must thoroughly study and meet the cutoff marks. Each authoritarian body conducting these examinations determines the cut-off scores.
We have provided the list of popular computer engineering entrance exams given below. You can access the semester wise computer engineering syllabus by clicking on the links below.
Exam Name | Syllabus |
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JEE Main | JEE Main Syllabus |
JEE Advanced | JEE Advanced Syllabus |
KCET | KCET Syllabus |
GATE | GATE Syllabus |
SRMJEEE | SRMJEEE Syllabus |
MHT CET | MHT CET Syllabus |
WBJEE | WBJEE Syllabus |
AEEE | AEEE Syllabus |
GCET | GCET Syllabus |
TS POLYCET | TS POLYCET Syllabus |
Classroom training, workshop training, practical laboratory training, and detailed study material about the latest technologies and methods are all part of the Computer Engineering course teaching methodology. The Computer Engineering syllabus and subjects course structure is divided into five major sections: fundamentals of programming and software engineering, their principles, core subjects, electives, lab practicals, and projects. There are hands-on labs and workshops where students can learn in real time. Aside from traditional blackboard instruction, technology such as PowerPoint presentations, pdf notes, audio/video coaching, and so on make the learning process more engaging and exciting.
Students are also assigned projects. Students can apply their academic knowledge as well as their innovation and creativity to create a working model project. The primary goal of assigning projects is to prepare students to work under pressure in real time. Sensors, face detection, online auction systems, academic performance evaluation, e-authentication systems, cursor movement on object motion, crime rate prediction, android battery saver systems, symbol recognition, and other topics can be explored in Computer Engineering projects.
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Exam toppers and education experts frequently advised choosing the top author's book because it provides a better understanding of the topics. Many books are recommended by great scholars for students interested in Computer Science Engineering. Furthermore, the best books will help you understand each topic thoroughly and achieve high exam scores. These books are trustworthy sources of information, and the information provided will be genuine and informative. These books could provide a much more engaging insight into the subjects and their basic outline.
Check the list of best computer engineering books for preparation given below.
Book Name | Authors |
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Mastering C++ | K.R.Venugopal, Rajkumar Buyya |
Engineering Drawing and Graphics Using AutoCAD | Jeyapoovan T |
A Textbook of Engineering Mathematics | Erwin Kreyzig |
Computer Programming | Ashok Kamthane |
Fundamentals of Data Structures in C?,2nd edition | Ellis Horowitz, S. Sahni, Freed |
Core Java Volume I—Fundamentals, 9th Ed (Core Series) | Cay S. Horstman and Gary Cornell |
The Computer Engineering syllabus and subjects course structure is divided into five major sections - fundamentals of programming and software engineering, their principles, core subjects, electives, lab practicals, and projects
The duration required to complete the computer engineering syllabus and subjects is 4 years.
Some of the books for computer engineering courses are Mastering C++ by K.R.Venugopal, Rajkumar Buyya, Engineering Drawing, and Graphics Using AutoCAD by Jeyapoovan T, and A Textbook of Engineering Mathematics by Erwin Kreyzig.
Some of the lab computer engineering subjects are Java Programming Lab, Database Management Systems Lab, Algorithms Lab, and Object-Oriented Programming Lab.
Cryptography and Network Security, TCP/IP Design and Implementation, XML and Web Services, and Artificial Intelligence are some of the elective computer engineering subjects.
Some of the subjects taught in the third year of computer engineering are the Design and Analysis of Algorithms, Database Management Systems, and Principles of Programming Language.
To become a computer engineer, a candidate involves getting a bachelor's degree in the field. Candidates typically take classes in math, physics, and computer science.
Computer engineering requires mathematical, technical, and critical thinking skills therefore candidates who can master these skills will find computer engineering easy.
Some of the main subjects of computer engineering are computer science, software engineering, and electric and digital circuit design.
Some of the entrance exams for computer engineering courses are JEE Main, JEE Advanced, KCET, GATE, SRMJEEE, etc.
Data Structures & Algorithms, Object-Oriented Programming Using C ++, Java Programming, Personality Development, and Soft skills are some of the subjects taught in the first year of computer engineering.
Some of the subjects in computer engineering are Operating Systems, Design and Analysis of Algorithms, Programming Languages, Microprocessors, and Computer Software.