Student enrolled in Masters in Data Science

UNIVERSITY ACCREDITED

Masters (MSc) in

Data Science

Solve real-world problems with cutting-edge analytics, applied AI, and advanced machine learning across the full data science lifecycle.

Duration

8 months full time, 12 months part time

Credits

90 ECTS credits

Next Intake

June

Fee

€8,025

Masters (MSc) in

Data Science

UNIVERSITY ACCREDITED

Solve real-world problems with cutting-edge analytics, applied AI, and advanced machine learning across the full data science lifecycle.

Duration

8 months full time, 12 months part time

Credits

90 ECTS credits

Fee

Euro 600

Next Intake

June
Student enrolled in Masters in Data Science

UNIVERSITY ACCREDITED

Masters (MSc) in

Data Science

Solve real-world problems with cutting-edge analytics, applied AI, and advanced machine learning across the full data science lifecycle.

Duration

8 months full time, 12 months part time

Credits

90 ECTS credits

Next Intake

June

Fee

€8,025
Student enrolled in Masters in Data Science

UNIVERSITY ACCREDITED

Masters (MSc) in

Data Science

Solve real-world problems with cutting-edge analytics, applied AI, and advanced machine learning across the full data science lifecycle.

Duration

8 months full time, 12 months part time

Credits

90 ECTS credits

Next Intake

June

Fee

€8,025

Course Overview

Course Overview

The MSc in Data Science is an advanced 90 ECTS programme that equips students with key skills in programming, data management, and applied analytics. Through a blend of core modules and an Applied Data Science Project, learners apply advanced techniques to real-world challenges across business and research contexts.

The programme includes live workshops, coding sessions, and case studies that develop strong problem-solving and technical capabilities. Students may enter directly into the MSc or progress from a completed Postgraduate Diploma, gaining the knowledge and experience needed to advance in data-centric roles across industries.

The MSc in Data Science is an advanced 90 ECTS programme that equips students with key skills in programming, data management, and applied analytics. Through a blend of core modules and an Applied Data Science Project, learners apply advanced techniques to real-world challenges across business and research contexts.

The programme includes live workshops, coding sessions, and case studies that develop strong problem-solving and technical capabilities. Students may enter directly into the MSc or progress from a completed Postgraduate Diploma, gaining the knowledge and experience needed to advance in data-centric roles across industries.

Data Science Lifecycle
Data Science Lifecycle
Data Science Lifecycle

Entry Requirements

The program welcomes applicants from diverse backgrounds, offering two routes: an academic route for those with suitable academic credentials, and an alternate entry route for candidates with relevant professional experience.

Academic Entry Route

Non-Academic Entry Route

Academic Entry Route

We invite candidates with a strong foundation in numerate or analytical disciplines to join our advanced data science programs. A 2.1 honours degree (or international equivalent) from a recognized institution is recommended, ideally in fields such as Mathematics, Statistics, Computer Science, Engineering, Physics, Sciences, Economics, or Business Studies with a quantitative focus.

Minimum Entry Requirement

  • A 2.1 honours degree (or international equivalent) in a numerate/analytical discipline

  • Applicants with alternative qualifications demonstrating sufficient quantitative or analytical skills will also be considered

Language Proficiency

  • English language skills equivalent to IELTS 6.5 or higher (for non-native speakers)

Graduation Certificate

Entry Requirements

The program welcomes applicants from diverse backgrounds, offering two routes: an academic route for those with suitable academic credentials, and an alternate entry route for candidates with relevant professional experience.

Academic Entry Route

Non-Academic Entry Route

Academic Entry Route

We invite candidates with a strong foundation in numerate or analytical disciplines to join our advanced data science programs. A 2.1 honours degree (or international equivalent) from a recognized institution is recommended, ideally in fields such as Mathematics, Statistics, Computer Science, Engineering, Physics, Sciences, Economics, or Business Studies with a quantitative focus.

Minimum Entry Requirement

  • A 2.1 honours degree (or international equivalent) in a numerate/analytical discipline

  • Applicants with alternative qualifications demonstrating sufficient quantitative or analytical skills will also be considered

Language Proficiency

  • English language skills equivalent to IELTS 6.5 or higher (for non-native speakers)

Academic Entry Route to Masters in Data Science

Entry Requirements

The program welcomes applicants from diverse backgrounds, offering two routes: an academic route for those with suitable academic credentials, and an alternate entry route for candidates with relevant professional experience.

Academic Entry Route

Non-Academic Entry Route

Academic Entry Route

We invite candidates with a strong foundation in numerate or analytical disciplines to join our advanced data science programs. A 2.1 honours degree (or international equivalent) from a recognized institution is recommended, ideally in fields such as Mathematics, Statistics, Computer Science, Engineering, Physics, Sciences, Economics, or Business Studies with a quantitative focus.

Minimum Entry Requirement

  • A 2.1 honours degree (or international equivalent) in a numerate/analytical discipline

  • Applicants with alternative qualifications demonstrating sufficient quantitative or analytical skills will also be considered

Language Proficiency

  • English language skills equivalent to IELTS 6.5 or higher (for non-native speakers)

Graduation Certificate

Entry Requirements

The program welcomes applicants from diverse backgrounds, offering two routes: an academic route for those with suitable academic credentials, and an alternate entry route for candidates with relevant professional experience.

Academic Entry Route

Non-Academic Entry Route

Academic Entry Route

We invite candidates with a strong foundation in numerate or analytical disciplines to join our advanced data science programs. A 2.1 honours degree (or international equivalent) from a recognized institution is recommended, ideally in fields such as Mathematics, Statistics, Computer Science, Engineering, Physics, Sciences, Economics, or Business Studies with a quantitative focus.

Minimum Entry Requirement

  • A 2.1 honours degree (or international equivalent) in a numerate/analytical discipline

  • Applicants with alternative qualifications demonstrating sufficient quantitative or analytical skills will also be considered

Language Proficiency

  • English language skills equivalent to IELTS 6.5 or higher (for non-native speakers)

Academic Entry Route to Masters in Data Science

Course Module and Learning Outcomes

You are provided with highly structured and detailed course content, broken down into 11 distinct units covering core skills and knowledge. 

MODULE 1: (6 ECTS CREDITS)

Exploratory Data Analysis

Most industry analysis starts with exploratory data analysis and a thorough study of this will help you to perform data health checks and provide initial business insights. You will gain a sound understanding of Python and R programming, descriptive statistics, data management and data visualisation. You will also learn SQL for big data pre-processing and prepare data for big data analytics. The module serves as an essential foundation for advanced analytics taught later in the course.

MODULE 1: (6 ECTS CREDITS)

Exploratory Data Analysis

Most industry analysis starts with exploratory data analysis and a thorough study of this will help you to perform data health checks and provide initial business insights. You will gain a sound understanding of Python and R programming, descriptive statistics, data management and data visualisation. You will also learn SQL for big data pre-processing and prepare data for big data analytics. The module serves as an essential foundation for advanced analytics taught later in the course.

MODULE 1: (6 ECTS CREDITS)

Exploratory Data Analysis

Most industry analysis starts with exploratory data analysis and a thorough study of this will help you to perform data health checks and provide initial business insights. You will gain a sound understanding of Python and R programming, descriptive statistics, data management and data visualisation. You will also learn SQL for big data pre-processing and prepare data for big data analytics. The module serves as an essential foundation for advanced analytics taught later in the course.

Programming in Python, R and SQL

Data management

Measures of central tendency and variation

Data visualisation

MODULE 2: (6 ECTS CREDITS)

Statistical Inference

Statistical inference is the process of drawing inferences or conclusions from data using statistical techniques. This is at the core of data science, and a strong understanding of statistics from the beginning is the prime ingredient for a competent data scientist. In this module, you will cover sampling, statistical distribution, hypothesis testing, and variance analysis and use R code to carry out various statistical tests and draw inferences from their output. 

Principles of statistical inference

Parametric tests

Non-parametric tests

Analysis of variance (ANOVA)

MODULE 3: (6 ECTS CREDITS)

Fundamentals of Predictive Modelling

Solutions to many business problems are related to successfully predicting future outcomes. This module introduces predictive modelling and provides a foundation for more advanced methods and machine learning. You’ll gain an understanding of the general approach to predictive modelling and then build simple and multiple linear regression models in Python and R and apply these in a range of contexts.

Predictive modelling principles

Linear regression models

Model validation

Python and R packages for predictive modelling

MODULE 4: (6 ECTS CREDITS)

Advanced Predictive Modelling

In this module, you are introduced to model development for categorical dependent variables. Binary dependent variables are encountered in many domains such as risk management, marketing, and clinical research, and this module covers detailed model building processes. Multinomial and ordinal logistic regression are also covered.

Logistic regression models

Survival analysis

Cox regression

Poisson regression

MODULE 5: (6 ECTS CREDITS)

Time Series Analysis

In this module, time series forecasting methods are introduced and explored. You will analyze and forecast macroeconomic variables such as GDP and inflation, as well as look at complex financial models using ARCH and GARCH, ARIMA, time series regression, exponential smoothing, and other models. 

Time series concepts

Assessing stationarity

ARIMA, ARCH, GARCH modelling

Panel Data Regression

MODULE 6: (6 ECTS CREDITS)

Unsupervised Multivariate Methods

Data reduction is a key process in data science, and you will learn to apply data reduction methods such as principal component analysis, factor analysis, and multidimensional scaling. You will also learn to segment and analyze large data sets using clustering methods, another key analytical technique that brings out rich business insight if carried out skillfully.

Principal Component Analysis

Factor Analysis

Multidimensional Scaling

Cluster Analysis

MODULE 7: (6 ECTS CREDITS)

Machine Learning 1

Machine learning algorithms are new generation algorithms used in conjunction with classical predictive modelling methods. In this Machine Learning 1 module, you will understand applications of the support vector machine, K-nearest neighbours, and naive bayes algorithms for classification and regression problems using case studies from a range of industries and sectors.

Naive Bayes Method

Support Vector Machine Algorithm

K-nearest neighbours

MODULE 8: (6 ECTS CREDITS)

Machine Learning 2

The Machine Learning 2 module continues developing your machine learning knowledge, and you will cover decision tree, random forest, and neural network algorithms for regression and classification, again drawing on case studies from real-world data. You will have the opportunity to compare the performance of machine learning algorithms against classical statistical models and learn to assess which are most appropriate for specific scenarios.

Decision Tree

Random Forest

Association Rules

Neural Networks

MODULE 9: (6 ECTS CREDITS)

Text Mining and Natural Language Processing

This module looks at analyzing unstructured data such as that found in social media, newspaper articles, videos, and more. In particular, you will look at methods for text mining and natural language processing using R and Python code to produce graphical representations of unstructured data and carry out sentiment analysis.

Structured vs unstructured data

Text mining in R and Python

Sentiment analysis using R and Python

MODULE 10: (6 ECTS CREDITS)

Data Science in Practice

The Data Science in Practice module provides you with an opportunity to apply your knowledge through project work. You will select a project from a specific domain and appropriately apply exploratory data analysis, statistical methods, and select appropriate advanced modelling techniques. This module also develops your scientific communication skills through the preparation of project reports and presentations.

The Data Science in Practice module provides you with an opportunity to apply your knowledge through project work. You will select a project from a specific domain and appropriately apply exploratory data analysis, statistical methods, and select appropriate advanced modelling techniques. This module also develops your scientific communication skills through the preparation of project reports and presentations.

Presentation and communication skills

Synthesis of data science knowledge

Application to real world data and scenarios

MODULE 11: (30 ECTS CREDITS)

Applied Data Science Practicum

This Postgraduate Major Project completes the MSc Data Science and students choose a problem from a particular business or social domain. They have the option of working on a real-world problem from their own organisation and work with a mentor in conjunction with their course supervisor.

Students are required to solve a research problem that involves carrying out exploratory data analysis, hypothesis testing, research design and usie a range of classical and/or modern machine learning modelling methods to predict outcomes and provide actionable insights and recommendations. In doing so they will apply technical capabilities together with research skills and critical thinking. A key part of the project is to communicate the output of the student’s research to both technical and non-technical audiences through written, verbal and visual means.

Critical and creative thinking

Application of technical expertise

Scientific communication

What our Students and Graduates Say

"As an Electrical Engineer, I aim to analyze data across various fields and plan to register for a master's degree. The recorded lectures and after-work class timings are convenient for me."

Mthulisi Mike Dube

Electrical Engineer, Solar PV Management Services, South Africa

What our Students and Graduates Say

"As an Electrical Engineer, I aim to analyze data across various fields and plan to register for a master's degree. The recorded lectures and after-work class timings are convenient for me."

Mthulisi Mike Dube

Electrical Engineer, Solar PV Management Services, South Africa

What our Students and Graduates Say

"As an Electrical Engineer, I aim to analyze data across various fields and plan to register for a master's degree. The recorded lectures and after-work class timings are convenient for me."

Mthulisi Mike Dube

Electrical Engineer, Solar PV Management Services, South Africa

What our Students and Graduates Say

"As an Electrical Engineer, I aim to analyze data across various fields and plan to register for a master's degree. The recorded lectures and after-work class timings are convenient for me."

Mthulisi Mike Dube

Electrical Engineer, Solar PV Management Services, South Africa

Course Delivery

Course Delivery

Discover our innovative approach to learning, designed to empower you with skills, confidence, and hands-on experience for real-world success.

Discover our innovative approach to learning, designed to empower you with skills, confidence, and hands-on experience for real-world success.

Cohort-Based Learning

Join a learning community that grows together. Our cohort-based model ensures you collaborate, share experiences, and support one another throughout the program. Our dynamic, interactive approach ensures you're job-ready and confident, providing in-depth knowledge, hands-on experience, and unmatched support throughout your journey.

Flexible Schedules and Engaging Learning

Flexibility and comprehensive support

Structured schedules

interactive, hands-on learning experiences

Cohort based online data science course

Key Features

Flexible Schedules

Balance live, instructor-led sessions with self-paced content for an adaptable learning experience.

One-to-One Tutorials

Receive individualized guidance to address specific learning objectives or areas of interest.

Group Projects

Collaborate on authentic case studies, enhancing teamwork, problem-solving skills, and applied knowledge.

Live Concept Classes

Live Concept Classes

Take part in live Concept Classes to develop advanced skills and strengthen your understanding through practical coding and modeling exercises based on real-world scenarios.

Discord Channel

Personalized Learning &
Daily Live Support

Stay connected with peers and instructors through real-time updates, feedback, and collaborative tools.

Comprehensive Learning Platform

Access recorded live sessions, structured course materials, and supplementary resources at any time.

Internationally Accredited

Our Accreditation

The Data Science Institute is an accredited member of Woolf University, a recognized higher education institution in the European Union. All diploma and degree programs adhere to rigorous European Standards and Guidelines, ensuring international academic excellence and credibility.

ECTS – The Benchmark of Excellence

Our curricula are accredited through the European Credit Transfer and Accumulation System (ECTS), a recognized international standard and the world’s largest academic accreditation system. ECTS certification ensures widespread acceptance, facilitating both mobility and career development.

Why It Matters

Qualifications are internationally portable

Recognized by employers, institutions, and government agencies

Opens pathways for further academic progression and supports career development

Application and Admissions

The application process requires following the steps below, including completing an online form, receiving a conditional offer, registering with Woolf University, and finalizing admission through document verification and fee payment.

Step 1

Online Application
Begin by completing the online application form on this webpage. Provide all the required information accurately to ensure smooth processing.

Step 2

Invitation to Enrol

Step 3

Registration with Woolf University

Step 4

Decision

Step 5

Fee Payment
Start Your Application at the Data Science institute

Step 1

Online Application
Begin by completing the online application form on this webpage. Provide all the required information accurately to ensure smooth processing.

Step 2

Invitation to Enrol

Step 3

Registration with Woolf University

Step 4

Decision

Step 5

Fee Payment

Step 1

Online Application
Begin by completing the online application form on this webpage. Provide all the required information accurately to ensure smooth processing.

Step 2

Invitation to Enrol

Step 3

Registration with Woolf University

Step 4

Decision

Step 5

Fee Payment
Start Your Application at the Data Science institute

Step 1

Online Application
Begin by completing the online application form on this webpage. Provide all the required information accurately to ensure smooth processing.

Step 2

Invitation to Enrol

Step 3

Registration with Woolf University

Step 4

Decision

Step 5

Fee Payment

Frequently Asked Questions

Frequently Asked Questions

Frequently Asked Questions




1. What roles or career paths can I pursue after completing the MSc in Data Science?

Graduates are well-prepared for data-centric roles across industries such as finance, healthcare, marketing, tech, and government. Potential positions include:

- Senior Data Scientist or Data Science Manager

- Machine Learning Engineer

- Big Data Consultant

- Research Analyst (AI-Focused)

This master’s program emphasizes complex problem-solving across the full data science lifecycle, equipping you with advanced skills in analytics, machine learning, and business or research applications.

Learn more.

1. What roles or career paths can I pursue after completing the MSc in Data Science?

1. What roles or career paths can I pursue after completing the MSc in Data Science?

Graduates are well-prepared for data-centric roles across industries such as finance, healthcare, marketing, tech, and government. Potential positions include:

- Senior Data Scientist or Data Science Manager

- Machine Learning Engineer

- Big Data Consultant

- Research Analyst (AI-Focused)

This master’s program emphasizes complex problem-solving across the full data science lifecycle, equipping you with advanced skills in analytics, machine learning, and business or research applications.

Learn more.

1. What roles or career paths can I pursue after completing the MSc in Data Science?

2. Is this MSc suitable for those already in data-related roles?

2. Is this MSc suitable for those already in data-related roles?

2. Is this MSc suitable for those already in data-related roles?

2. Is this MSc suitable for those already in data-related roles?

3. How is the MSc in Data Science structured and delivered?

3. How is the MSc in Data Science structured and delivered?

3. How is the MSc in Data Science structured and delivered?

3. How is the MSc in Data Science structured and delivered?

4. What if I already have a Postgraduate Diploma in Data Science?

4. What if I already have a Postgraduate Diploma in Data Science?

4. What if I already have a Postgraduate Diploma in Data Science?

4. What if I already have a Postgraduate Diploma in Data Science?

5. What kinds of assessments or projects can I expect?

5. What kinds of assessments or projects can I expect?

5. What kinds of assessments or projects can I expect?

5. What kinds of assessments or projects can I expect?

6. Is the MSc in Data Science accredited or recognized?

6. Is the MSc in Data Science accredited or recognized?

6. Is the MSc in Data Science accredited or recognized?

6. Is the MSc in Data Science accredited or recognized?

7. Can these credits be applied to further study or research?

7. Can these credits be applied to further study or research?

7. Can these credits be applied to further study or research?

7. Can these credits be applied to further study or research?

8. What academic qualifications do I need?

8. What academic qualifications do I need?

8. What academic qualifications do I need?

8. What academic qualifications do I need?

9. Can I apply if I don’t meet the 2.1 requirement?

9. Can I apply if I don’t meet the 2.1 requirement?

9. Can I apply if I don’t meet the 2.1 requirement?

9. Can I apply if I don’t meet the 2.1 requirement?

10. What about English language proficiency?

10. What about English language proficiency?

10. What about English language proficiency?

10. What about English language proficiency?

11. How do I apply for the MSc in Data Science?

11. How do I apply for the MSc in Data Science?

11. How do I apply for the MSc in Data Science?

11. How do I apply for the MSc in Data Science?

12. How much does the MSc cost, and do I have access to professional certifications?

12. How much does the MSc cost, and do I have access to professional certifications?

12. How much does the MSc cost, and do I have access to professional certifications?

12. How much does the MSc cost, and do I have access to professional certifications?

13. Where can I find more information or assistance?

13. Where can I find more information or assistance?

13. Where can I find more information or assistance?

13. Where can I find more information or assistance?

Start Your Application

To apply for the Postgraduate Diploma in Data Science, please complete the form.

Start Your Application

To apply for the Postgraduate Diploma in Data Science, please complete the form.

Start Your Application

To apply for the Postgraduate Diploma in Data Science, please complete the form.

Start Your Application

To apply for the Postgraduate Diploma in Data Science, please complete the form.