
Learn the foundational and CRISP-DM data science methodologies through real-world problem solving. A hands-on starting point for thinking like a data scientist, keep reading to see how.
In this course, you will dive deep into the methods and practices behind data science, focusing on problem-solving techniques that ensure data relevance and proper manipulation for various business scenarios. The course emphasizes the importance of following a structured approach to data science problems, showcasing two notable methodologies: Foundational Data Science Methodology and the six-stage Cross-Industry Process for Data Mining (CRISP-DM).
You will start by learning how to frame a business or research problem, a crucial first step in any data science project. Moving forward, you will explore how data scientists gather, prepare, and analyze data, ensuring the data used is relevant and correctly handled to address the core question. Next, you will dive into building data models, deploying those models, and refining your insights through data storytelling and feedback.
Throughout the course, you will apply these concepts using real-world inspired scenarios. Through hands-on labs in Jupyter Notebooks and Python, you will practice every data science methodology stage, honing your data preparation, modeling, and communication skills. You will earn a skill badge upon successful completion, verifying your acquired knowledge and ability to apply data science methodologies in practice.
This course comprises 4 purposely designed modules that take you on a carefully defined learning journey.
It is a self-paced course, which means it is not run to a fixed schedule with regard to completing modules.It is anticipated that if you work 2-3 hours per week, you will complete the course in 2 weeks. However, as long as the course is completed by the end of your enrollment, you can work at your own pace. And dont worry, youre not alone! You will be encouraged to stay connected with your learning community through the course discussion space.
The materials for each module are accessible from the start of the course and will remain available for the duration of your enrollment. Methods of learning and assessment will include discussion space, videos, reading material, quizzes, hands-on labs, quizzes and final assignment.
Once you have successfully completed the course, you will earn your IBM Certificate.
You will be able to:
We believe every learner is an individual and every course is an opportunity to build job-ready skills. Through our human-centered approach to learning, we will empower you to fulfil your professional and personal goals and enjoy career success.

1-on-1 mentoring, live classes, webinars, weekly feedback, peer discussion, and much more.

Hands-on labs and projects tackling real-world challenges. Great for your resumé and LinkedIn profile.

Designed by the industry for the industry so you can build job-ready skills.

Competency building and global certifications employers are actively looking for.
The Methodology for Data Science course introduces you to a structured way to solve real-world data challenges. You learn how to move from identifying a problem to collecting data, analyzing it, building models, and communicating useful results instead of jumping straight into the numbers.
A structured methodology helps prevent guesswork. When working with data science problems, you need to understand the business question, identify relevant data, choose an analytical approach, and evaluate results. A clear process makes your work more organized, purposeful, and easier to explain.
CRISP-DM stands for cross-industry standard process for data mining. It provides a practical framework for understanding business needs, preparing data, modelling, and evaluating results. It helps you understand how different stages of a data project connect rather than treating them as isolated tasks.
Yes. Data preparation is an important part of the course because even the best analysis depends on useful and properly handled data. You explore how data is understood and prepared before modelling, helping you recognize why preparation is often a major part of the workflow.
Yes. The course includes practical learning through hands-on activities, including work with Jupyter Notebooks and Python. This gives you an opportunity to apply concepts instead of simply memorizing steps, making the methodology easier to understand in a realistic setting.
You will learn where and how build models fit into a structured data science workflow. The course explores model selection, modelling concepts, and evaluation, helping you understand that a model should answer a relevant problem rather than simply produce an impressive-looking result.
Data storytelling is about communicating findings in a way people can understand and use them. Instead of presenting rows of numbers alone, you learn how insights, context, and clear explanations can work together to make data findings more meaningful for decision-making.
Yes. It is designed as a beginner-level course for learners who want to understand how data science work is approached. Basic computer skills, foundational mathematics and statistics, and familiarity with spreadsheets can help you get more from the learning experience.
A data science project involves more than analyzing a dataset. This course helps you understand the full journey, from defining the problem and collecting data to evaluation, deployment, feedback, and communication. That broader perspective is useful when approaching practical projects.
Yes. Learners exploring data analysis courses for beginners can benefit from understanding the process behind good analysis. This course focuses on the methodology that guides problem-solving, helping you see why asking the right question matters before working with data.
IBM Certificate
Credly Badge
04 Modules
06 Skills
Discussion Space
03 Hands-on lab
05 Practice quizzes
05 Graded quizzes
01 Final exam
01 Final project
IBM Cloud Account
Instance of watsonx Assistant
Virtual Assistant
Your First Action
WordPress Site
From Requirements to Collection
From Understanding to Preparation
From Modeling to Evaluation
Subscribe to get the latest tech career trends, guidance, and tips in your inbox.