Latest Updates for B.Sc + M.Sc
IIT JAM 2025 exam is scheduled to be conducted on Feb 2, 2025.
B.Sc M.Sc Dual Degree subjects and syllabus for the course are offered in several specializations, and aspirants can pursue both courses as an integrated dual degree course.
B.Sc M.Sc Dual Degree integrated course syllabus is extended for the duration period upto 5-year. In the first 3-year, the aspirants study the B.Sc program topics, and the syllabus advances to M.Sc as aspirants reach the fourth year.
Mentioned below is the list of the semester for the B.Sc Msc course:
Semester I |
Semester II |
Communication Skills- I |
Communication Skills- II |
Discrete Mathematics |
Statistical Methods |
Fundamentals of Computer |
Digital Electronics |
Programming in C |
Microprocessor |
Desc. Math Lab |
Statistical Method Lab |
C Programming Lab |
Micro. Lab |
Semester III |
Semester IV |
Web Technology |
Computer System Security |
Advanced C Programming |
E-Commerce |
Operating System |
Advanced Database Management System Concepts |
Object-Oriented Programming using C++ |
Data Structure using C ++ |
Advance C Programming Lab |
Advanced Database Management System Lab |
Object-Oriented Programming Lab(C++ ) |
Data Structure using C ++ Lab |
Semester V |
Semester VI |
Network Essentials |
Computer Arctiture |
Software Engineering |
mortality statistics and billing. |
VB.NET programming |
Structures for Computer Science |
RDBMS Through Oracle 8i |
Graph Theory |
Network & Software Eng. Lab |
Introduction to Web Camera |
VB .NET & Oracle Lab |
Fundamental of statistics |
Semester VII |
Semester VIII |
TCP/IP |
ICT for Rural – Socio Economic Developments |
Programming in Java |
Neural Network |
Project Management |
Data Warehouses and Data Mining |
Artificial Intelligence |
Compiler design |
Artificial Intelligence Lab |
Neural Network Lab |
Programming in Java Lab |
Data warehouse and data mining Lab |
Semester IX |
Semester X |
Linux Operating System |
Major Project: Review 1 |
Network Security |
Review 2 |
Mobile Computing |
Review 3 |
Elective I |
Project (Final) |
Linux Operating System Lab |
One Seminar: Review 1 |
Elective I Lab |
Seminar (Final) |
B.Sc M.Sc Dual Degree integrated course subjects are classified as core, labs, and elective. Lab work and practical work are essential for the aspirants pursuing the course as it helps them increase their skills and gain experience.
Mentioned below is the list of core subjects:
Mentioned below is the list of lab subjects:
Mentioned below is the list of elective subjects:
B.Sc M.Sc Dual Degree course subjects are put together as core, labs, and elective subjects, respectively. This course is a mixture of all ten semesters for the course duration of 5-year. The B.Sc M.Sc Dual Degree integrated course focuses on science subjects like chemistry, biology, physics, computer, and mathematics.
Mentioned below are the course structure:
B.Sc M.Sc Dual Degree integrated course is confined like teaching methods. Eligible aspirants for the course are well trained in the classroom and labs in a good manner to understand the teaching methodology and techniques carefully. This teaching and techniques help the aspirants in the long run of the career as it has been taught better initially.
Mentioned below is the list of common teaching methodology and techniques:
Projects of B.Sc M.Sc Dual Degree integrated course are sophisticated when it comes to the aspirant's knowledge point of view. Aspirants are formed into groups of 2 - 4 members who work together to complete a given task and help the weak pursue the projects. This practice encourages the aspirants to work as a team in the future and trust one another.
Mentioned below is the list of projects topics on the course:
Reference books for B.Sc M.Sc Dual Degree integrated course, written by the best-known authors for the aspirants who are pursuing the course, the authors have researched and examined their knowledge and then passed on the information for the future generations.
Mentioned below is the list of reference books and authors:
Books |
Authors |
Modern Physics |
Raymond A. Serway |
Introduction to Electrodynamics |
David J. Griffiths |
Berkeley Physics Course |
Edward Mills Purcell |
Principles of mathematical analysis |
Walter Rudin |
Topics in algebra |
Israel Nathan Herstein |
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