B.E. Computer Engineering,Highlights, Entrance Exam, admission, Eligibility, Duration, Selection Criteria, How to Apply, Application Form, Application Process, fee, Syllabus,Salary and Jobs,career opportunities
Bachelor of Engineering (B.E.) in Computer Engineering is a 4-year undergraduate program that focuses on developing the skills and knowledge necessary to design and develop software and hardware systems. The program combines theoretical concepts with practical skills to provide students with a comprehensive understanding of computer engineering.
Highlights of B.E. Computer Engineering:
Duration: 4 years
Eligibility: 10+2 with Physics, Chemistry, and Mathematics
Entrance Exam: JEE Main, BITSAT, VITEEE, etc.
Selection Criteria: Merit-based or Entrance Exam based
Average Course Fee: INR 2-4 lakhs
Average Starting Salary: INR 3-5 lakhs per annum
Career Opportunities: Software Engineer, Hardware Engineer, Network Engineer, Database Administrator, Web Developer, etc.
Entrance Exams for B.E. Computer Engineering:
JEE Main: Conducted by the National Testing Agency (NTA), JEE Main is a national-level entrance exam for admission to engineering colleges in India.
BITSAT: Conducted by the Birla Institute of Technology and Science (BITS), BITSAT is a university-level entrance exam for admission to the B.E. program in computer engineering.
VITEEE: Conducted by the Vellore Institute of Technology (VIT), VITEEE is a university-level entrance exam for admission to the B.E. program in computer engineering.
B.E. Computer Engineering Admission Process:
Candidates must meet the eligibility criteria and appear for the entrance exam.
After the entrance exam, candidates must apply to the colleges they are interested in and fill out the application form.
Colleges may also conduct their own selection process, which may include a personal interview and/or a written test.
Syllabus for B.E. Computer Engineering:
The syllabus for B.E. Computer Engineering includes the following subjects:
Programming in C
Data Structures
Computer Organization and Architecture
Digital Electronics
Operating Systems
Computer Networks
Database Management Systems
Object-Oriented Programming with C++
Software Engineering
Web Technologies
Artificial Intelligence
Machine Learning
B.E. Computer Engineering Career Opportunities:
Software Engineer
Hardware Engineer
Network Engineer
Database Administrator
Web Developer
Mobile Application Developer
IT Consultant
Data Analyst
Systems Analyst
Cybersecurity Analyst
B.E. Computer Engineering Salary and Jobs:
The average starting salary for B.E. Computer Engineering graduates is INR 3-5 lakhs per annum. With experience, the salary can increase significantly. Job opportunities for computer engineers are available in various sectors, including IT, healthcare, finance, education, and government.
B.E. Computer Engineering is a bachelor level course. It is a branch of engineering that integrates various fields of computer science and electronics engineering required to develop computer hardware and software. The course is suitable for those candidates who have interest in computer applications. Area of course offer specialisation in computer science with technical, professional and communications skills and trains candidates to become future IT professionals. It is career presenting in nature and provide many job scopes after its successful completion.
B.E. Computer Engineering Career Prospects:
B.E. Computer Engineering Job Position:
NOTE:- Every college issues a list of documents required. Make sure you have all documents on this list when you apply. Remember to take attested photocopies of all the above. Don't forget to take with you the amount to pay for fees in cash or demand draft.
Given below are few of the important highlights of the program.
Program Full Name | Bachelor of Technology in Computer Engineering |
Program Level | Bachelor Degree Courses |
Duration of the Program | 4 Years |
Examination Type | Year |
Eligibility | 10+2 with PCM or PCB with minimum 50% marks from any recognized board |
Admission Process | Entrance Exam and Merit Based |
Average Program Fee | Rs. 1 Lakh - Rs. 2 Lakh |
Syllabus of Management as prescribed by various Universities and Colleges.
Paper Code | Subjects of Study |
1 | Chemistry I |
2 | Chemical Thermodynamics |
3 | Dynamics of Chemical Processes |
4 | Electrodics |
5 | Water |
6 | Polymers |
7 | Engineering Mechanics |
8 | Basics |
9 | Statics of Particles |
10 | Equilibrium of Rigid Bodies |
11 | Properties of Surfaces and Solids |
12 | Friction |
13 | Dynamics of Particles |
14 | Elements of Rigid Body Dynamics |
15 | Mathematics I |
16 | Matrices |
17 | Three-Dimensional Analytical Geometry |
18 | Geometrical Applications of Differential Calculus |
19 | Functions of Several Variables |
20 | Ordinary Differential Equations |
21 | Tutorial |
22 | Physics I |
23 | Properties of Matter |
24 | Acoustics |
25 | Heat and Thermodynamics |
26 | Optics |
27 | Laser and Fibre Optics |
28 | Chemistry Lab |
29 | Computer Practice I |
30 | Fundamentals of Computers and Operating Systems |
31 | Office Automation |
32 | Practical |
33 | Workshop Practice |
34 | Sheet Metal |
35 | Welding |
36 | Fitting |
37 | Carpentry |
38 | Foundry |
39 | Smithy |
40 | Physics Lab |
41 | Programming and Data Structures |
42 | Program Development |
43 | C Language |
44 | Linear Data Structures |
45 | Nonlinear Data Structures |
46 | Searching, Sorting and Files |
47 | Discrete Mathematics |
48 | Logic |
49 | Combinatory |
50 | Groups |
51 | Lattices |
52 | Graphs |
53 | Mathematics II |
54 | Multiple Integrals |
55 | Vector Calculus |
56 | Analytic Functions |
57 | Complex Integration |
58 | Statistics |
59 | Semiconductor Physics and Electronics |
60 | Semiconducting Materials |
61 | Modern Engineering Materials |
62 | Optoelectronic Switching Devices |
63 | Fibre Optical Communications |
64 | Magnetic / Optical Data Storage Materials |
65 | Engineering Graphics |
66 | Principles of Graphics |
67 | Orthographic Projections |
68 | Pictorial Projections |
69 | Computer Graphics |
70 | Introduction to Analysis of Algorithms |
71 | Advanced Data Structures |
72 | Algorithm Analysis |
73 | Sorting and String Matching Algorithms |
74 | Graph Algorithms |
75 | "Hard" Problems |
76 | Digital Systems |
77 | Number Systems and Boolean Algebra |
78 | Combinational Logic |
79 | Sequential Logic |
80 | Algorithmic State Machines(ASM) |
81 | System Software |
82 | Introduction |
83 | Assemblers |
84 | Loaders and Linkers |
85 | Macro processors |
86 | Compilers and Utilities |
87 | Database Management Systems |
88 | Relational Approach |
89 | Database Design |
90 | Implementation Techniques |
91 | Current Trends |
92 | Electrical Engineering and Control Systems |
93 | Electrical Circuits |
94 | DC Machines and Transformers (Qualitative Treatment Only) |
95 | Induction Motors and Special Machines (Qualitative Treatment Only) |
96 | Control System |
97 | State Space Variable |
98 | Tutorials |
99 | Mathematics III |
100 | Partial Differential Equations |
101 | Fourier Series |
102 | Boundary Value Problems |
103 | Laplace Transforms |
104 | Fourier Transforms |
105 | System Software and DBMS Lab |
106 | System Software Lab Experiments Implement Based on the Following |
107 | Mini Project |
108 | Digital Lab |
109 | Object Oriented Programming |
110 | Classes |
111 | Inheritance and Polymorphism |
112 | Templates |
113 | Java Programming |
114 | Computer Architecture I |
115 | Arithmetic and Logic Unit |
116 | Processor Unit |
117 | Memory System |
118 | Input/Output and Peripherals |
119 | Interactive Computer Graphics |
120 | Curves, Surfaces and Solids |
121 | Transformations |
122 | Hidden Surface Elimination |
123 | Colour Models |
124 | Artificial Intelligence |
125 | Introduction Artificial |
126 | Logic and Reasoning |
127 | Knowledge Representation |
128 | Reasoning with Incomplete and Uncertain Knowledge |
129 | Planning and Learning |
130 | Electronic Circuits |
131 | Introduction Electronic |
132 | Amplifier Circuits and Systems |
133 | Operational Amplifier |
134 | Wave Form Generator and Wave Shaping |
135 | Signal Conditioning and Data Conversion |
136 | Probability and Queuing Theory |
137 | Probability and Random Variables |
138 | Two-Dimensional Random Variables |
139 | Random Processes |
140 | Markov Chain and Reliability |
141 | Queuing Theory |
142 | Object Oriented Programming Lab |
143 | C++ Programming |
144 | Java Programming I |
145 | Electronics Lab |
Mentioned below are some states in India that offer the program.