M.Sc Data Science Syllabus 2026: Semester-Wise Breakdown
The M.Sc Data Science syllabus at Integral University is comprehensive and updated for 2026 The program is divided into four semesters It covers core subjects and practical labs Students also complete a project in the final semester
Semester I: Foundation Subjects
| Subject Code |
Subject Name |
Description |
| DSC-101 |
Advanced Statistics |
Probability, distributions, and statistical inference |
| DSC-102 |
Mathematics for Data Science |
Linear algebra, calculus, and optimization |
| DSC-103 |
Programming with Python |
Python fundamentals for data analysis |
| DSC-104 |
Data Structures and Algorithms |
Core data structures for efficient data handling |
| DSC-105 |
Practical Lab I |
Python and statistics lab |
Detailed Syllabus for Semester I:
Advanced Statistics: Probability theory, random variables, probability distributions, statistical inference, estimation, and hypothesis testing Students learn the mathematical foundations of statistics
Mathematics for Data Science: Linear algebra (vectors, matrices, eigenvalues), calculus (differentiation, integration, optimization), and their applications in data science Students develop the mathematical skills needed for machine learning
Programming with Python: Python fundamentals (data types, loops, functions, libraries), NumPy, Pandas, and Matplotlib Students learn to write Python code for data analysis
Data Structures and Algorithms: Arrays, linked lists, stacks, queues, trees, graphs, sorting, and searching algorithms Students learn efficient data handling and algorithmic thinking
Practical Lab I: Hands-on Python programming, data manipulation using Pandas, data visualization using Matplotlib, and basic statistical analysis
Semester II: Core Data Science
| Subject Code |
Subject Name |
Description |
| DSC-201 |
Statistical Modeling |
Regression analysis and predictive modeling |
| DSC-202 |
Machine Learning I |
Supervised learning algorithms |
| DSC-203 |
Data Visualization |
Visualizing data using Tableau, Power BI, and ggplot |
| DSC-204 |
Database Management |
SQL and NoSQL databases |
| DSC-205 |
Practical Lab II |
Machine learning and visualization lab |
Detailed Syllabus for Semester II:
Statistical Modeling: Simple and multiple linear regression, logistic regression, model selection, and evaluation metrics Students learn to build predictive models
Machine Learning I: Supervised learning algorithms such as linear regression, logistic regression, decision trees, random forests, support vector machines, and K-nearest neighbors Students learn the theory and implementation of these algorithms
Data Visualization: Principles of data visualization, creating charts and graphs using Tableau, Power BI, and ggplot in R Students learn to communicate insights effectively
Database Management: SQL (queries, joins, aggregation) and NoSQL databases (MongoDB, Cassandra) Students learn to store, retrieve, and manage data
Practical Lab II: Implementation of machine learning algorithms using Python (scikit-learn), data visualization using Tableau/Power BI, and database management using SQL
Semester III: Advanced Topics
| Subject Code |
Subject Name |
Description |
| DSC-301 |
Machine Learning II |
Unsupervised learning, deep learning, and neural networks |
| DSC-302 |
Big Data Analytics |
Hadoop, Spark, and cloud platforms |
| DSC-303 |
Data Mining |
Techniques for finding patterns in large datasets |
| DSC-304 |
Elective I |
Time Series Analysis or Natural Language Processing |
| DSC-305 |
Practical Lab III |
Big data and deep learning lab |
Detailed Syllabus for Semester III:
Machine Learning II: Unsupervised learning (clustering, PCA), deep learning (neural networks, CNNs, RNNs), and ensemble methods Students learn advanced machine learning techniques
Big Data Analytics: Hadoop ecosystem (HDFS, MapReduce), Apache Spark, and cloud platforms (AWS, Azure) Students learn to process and analyze large datasets
Data Mining: Data preprocessing, association rule mining, clustering, classification, and anomaly detection Students learn to discover patterns in large datasets
Elective I: Students choose between Time Series Analysis (ARIMA, forecasting) or Natural Language Processing (NLP, text analysis)
Practical Lab III: Implementation of deep learning models using TensorFlow/PyTorch, big data processing using Spark, and data mining techniques
Semester IV: Project and Research
| Subject Code |
Subject Name |
Description |
| DSC-401 |
Capstone Project |
Real-world data science project |
| DSC-402 |
Research Methodology |
Research methods and thesis writing |
| DSC-403 |
Seminar |
Presentation on current data science trends |
| DSC-404 |
Viva Voce |
Defense of the project work |
Detailed Syllabus for Semester IV:
Capstone Project: Students work on a real-world data science problem They collect data, perform exploratory data analysis, build predictive models, and present their findings The project can be in any domain: finance, healthcare, e-commerce, or social media
Research Methodology: Research design, literature review, data collection, analysis, thesis writing, and publication ethics Students learn to conduct rigorous research
Seminar: Students present on current data science trends Topics can include generative AI, explainable AI, or applications in specific industries
Viva Voce: Students defend their capstone project before a panel of experts
Frequently Asked Questions (FAQs)
1. What is the M.Sc Data Science full form?
M.Sc Data Science stands for Master of Science in Data Science
2. What is the duration of the M.Sc Data Science course at Integral University?
It is a two-year postgraduate program
3. What is the eligibility for M.Sc Data Science admission 2026?
You need B.Sc. / B.Sc. (Hons.) in Statistics / Mathematics / Computer Science with 50% marks
4. Is there an entrance exam for M.Sc Data Science admission 2026?
Yes, candidates have to be successful in IUET 2026
5. What is the M.Sc Data Science syllabus at Integral University?
The syllabus covers advanced statistics, machine learning, data visualization, big data analytics, and a capstone project
6. What is the annual fee for the M.Sc Data Science course?
The annual fee is ₹45,000
7. What are the career options after M.Sc Data Science?
You can become a Data Scientist, Data Analyst, Machine Learning Engineer, Big Data Engineer, or AI Analyst
8. Can I get a government job after M.Sc Data Science?
Yes, you can apply for RBI, UPSC, and Indian Statistical Service exams
9. Does Integral University provide hostel facilities?
Yes, we provide separate hostels for boys and girls with modern amenities
10. What is the scope of M.Sc Data Science in India in 2026?
The scope is huge because of the growing IT and analytics industry
11. Can I do a PhD after M.Sc Data Science?
Yes, you can pursue a PhD in Data Science or related fields
12. What is the admission procedure for M.Sc Data Science at Integral University?
Admission is based on IUET 2026 performance
13. What are the skills developed in this course?
Research skills, analytical thinking, problem-solving, teamwork, and communication skills
14. What is the highest placement at Integral University?
The highest placement is ₹32.5 LPA
15. Why choose Integral University for M.Sc Data Science?
We offer experienced faculty, modern labs, affordable fees, and excellent placement support
16. What is the M.Sc Data Science admission 2026 last date?
The last date is announced on the official website Check regularly for updates
17. What are the tools taught in M.Sc Data Science?
Students learn R, Python, SQL, Tableau, Power BI, Hadoop, Spark, and TensorFlow
18. Does Integral University offer online M.Sc Data Science?
Yes, Integral University also offers online programs with similar recognition
19. What is the future after M.Sc Data Science?
With the right skills, graduates can have a promising career in IT, finance, healthcare, and e-commerce
20. How can I apply for M.Sc Data Science at Integral University?
Visit the official website and fill the online application form for 2026