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Kamaldeep
26 September, 2024
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“Without mathematics, there’s nothing you can do. Everything around you is mathematics. Everything around you is numbers.” — Shakuntala Devi, Indian writer and mental calculator
One of the most popular undergraduate degrees among learners today is a BCA or Bachelor of Computer Applications. Pursuing a degree with both merits is like finding golden dreams with fearless schemes. If you are pursuing a BCA or planning to apply for a BCA degree in math, understanding its syllabus is essential. One can also go for an online mode of study for BCA Mathematics that is more convenient for them.
The BCA Mathematics syllabus aims to provide you with the fundamental mathematical ideas and methods that support information technology and computers. You will study a variety of mathematical topics throughout your BCA programme, which will improve your ability to solve problems and think analytically and logically. These abilities are essential for creating practical algorithms, analysing data, and comprehending intricate computational theories.
You will be well-equipped to handle the mathematical difficulties you will face in the fast-paced world of computer applications. Well, this was just a basic view of the syllabus. In this blog, you shall get a detailed description of the BCA Mathematics Syllabus.
BCA’s full form is Bachelor’s of Computer Applications. It is a three-year undergraduate degree. If you have completed 10+2 or an equivalent degree from a recognised board, you can pursue BCA. This degree programme is inclined towards computer science, IT and related fields. There are various specialisations offered in the BCA course. Taking up mathematics as a specialisation in a BCA course improves your logical thinking when learning computer languages.
Related: Online BCA vs Offlien BCA: Which One to Choose?
There are two semesters in BCA 1st year. The subjects are listed below.
| Semester 1 | Semester 2 |
| Fundamentals of IT & Computers | Financial Accounting & Management |
| C Programming | C Programming Advanced Concepts |
| Digital Electronics & Computer Organization | Organisational Behaviour |
| Basic Mathematics-I | Basic Mathematics-II |
| Business Communication | Operating System & Fundamentals |
BCA Mathematics’s second year begins with computer programming languages after mathematics in the first year, which served as a foundation for the following semesters.
| Semester 3 | Semester 4 |
| Computer Organization and Architecture | Python Programming |
| Java Programming | Software Engineering |
| Data Communication & Protocols | Data Mining & Visualization |
| Operating Systems | Introduction to Network Security |
| Artificial Intelligence for Problem Solving | Python Programming Lab |
| Java Programming Lab | Data Mining and Visualization Lab |
| Operating System Lab | – |
| Semester 5 | Semester 6 |
| Mobile Application Development | Wireless Communication |
| Machine Learning | Unix and Shell Programming |
| Cloud Computing & Applications | Big Data |
| Machine Learning Lab | Machine Learning Lab |
| Aptitude and Technical Development | Unix and Shell Programming Lab |
| Elective-I | Project and Internship |
*Project submission and Internship are an integral part of the BCA course. The duration may differ depending on the institution. However, they become part of the final evaluation. Internships may occur during the last year in any semester as it depends upon the particular syllabus pattern followed by a university.
Must Read: AICTE Announces Scholarships for Girls in BBA, BCA, BMS Courses
Check out the list of important books for the BCA mathematics syllabus:
| Author | Book Name |
| R.K. Jain & S.R.K. Iyengar | Advanced Engineering Mathematics |
| BCA Mathematics -III | Krishna Publications |
| Seymour Lipschutz | Schaum’s Outline of Linear Algebra |
| Howard Anton & Chris Rorres | Elementary Linear Algebra |
| George B. Thomas & Maurice D. Weir | Thomas’ Calculus |
| Ron Larson & Bruce H. Edwards | Calculus |
| S.C. Malik & Savita Arora | Mathematical Analysis |
| James Stewart | Calculus: Early Transcendentals |
| K.B. Datta | Matrix and Linear Algebra |
| B.S. Grewal | Higher Engineering Mathematics |
| Michael Greenberg | Advanced Engineering Mathematics |
| John Bird | Engineering Mathematics |
| M.D. Raisinghania | Linear Algebra |
| Shanti Narayan & P.K. Mittal | A Textbook of Matrices |
Computing Skills
Knowledge of database management
Web development skills
Programming languages
Problem-solving
Analytical skills
Numerical skills
Understanding of calculus, statistics and analytics
Networking skills
Must Read: Best BCA Colleges In India for Aspiring IT Professionals
BCA Mathematics is a versatile degree that opens up many academic and professional opportunities for you. By exploring subjects like determinants, matrices, limits, continuity, differentiation, integration, vector algebra, and additional topics, you would develop a solid base to improve your ability to analyse and solve issues in real-life scenarios.
BCA Mathematics syllabus provides you with the practical skills they need to use in real-world situations in addition to theoretical knowledge. Understanding these subjects will empower you to take on challenging issues, make wise choices, and participate in various scientific and technological domains. This helps build a strong path to navigate into a success professional technical career.
BCA maths is not tough, but it is challenging. You need practice to score good marks in maths.
Yes, you can take BCA even if your maths is weak. Maths is required only in the first year of BCA. After that, you have to study subjects related to your specialisations.
BCA first year includes subjects such as C Programming, Financial Accounting & Management, Digital Electronics & Computer Organisation, Organisation Behaviour, Mathematics- I & II, Principle of Management, Computer Laboratory and Practical Work of Office Automation.
Students are required to take math for a maximum of two semesters, which may vary according to the institution they enrol into. BCA Mathematics covers many subjects and core concepts, including complex numbers, algebra, limits and continuity, probability, and differentiation.
Mathematics stands as the basic essence of various concepts related to understanding and analysing and decoding data structures and algorithms which are fundamental bases of the field of computer science. Mathematics in BCA forms the foundation of the core Computer Applications concepts.
The level of Mathematics as a subject or specialisation is not too hard during BCA. It is almost the same level as grade 12 since most of the graduate degrees expand the existing knowledge of already studied concepts. So the level of Mathematics in BCA is almost the same level as 12th grade, just discussed and researched more comprehensively.
