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Free Certificate
Master clustering techniques with this unsupervised learning free course—learn K-Means, Hierarchical Clustering, and practical applications to uncover hidden patterns in unlabelled data.
11 hours of learning
Clustering
Google Analytics
K-Prototype
What You Will Learn
Learn more about the course content and upGrad here
Here you will learn how to group elements into different clusters when you don't have any pre-defined labels to classify them.
upGrad Success Mantra
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A close look at our robust platform and the support we can offer
To give you an understanding of Career Services by upGrad and Data Science Landscape.
Earn and Share Your Certificate
Official & Verifiable
Receive a signed and verifiable e-certificate from upGrad upon successfully completing the course.
Share Your Achievement
Post your certificate on LinkedIn or add it your resume! You can even share it on Instagram or Twitter.
Stand Out to Recruiters
Use your certificate to enhance your professional credibility and stand out among your peers!
This Unsupervised Learning free course is engineered to equip you with the technical and analytical skills demanded across today’s top job roles. Whether you’re a fresher, student, or a professional exploring a career switch into data science, analytics, or marketing—this course delivers measurable value.
✅ Gain In-Demand Skills for High-Growth Roles: Master core clustering techniques including K-Means, Hierarchical Clustering, DBSCAN, and Gaussian Mixture Models—skills widely applied in data science, machine learning, business analytics, and digital marketing.
✅ Hands-On Python Implementation: Learn to use Python libraries like Scikit-learn and Seaborn to implement clustering algorithms. These skills are essential for roles such as Data Analyst, ML Engineer, and AI Researcher.
✅ Real-World Use Cases to Build Your Portfolio: Apply your learning to business-relevant projects such as customer segmentation, pattern discovery, and fraud detection—ideal for marketing analysts, e-commerce professionals, and data consultants.
✅ Earn a Free Certificate of Completion: Receive a recognized certificate upon completing the course. You can showcase it on your resume and LinkedIn profile to enhance your credibility and stand out to recruiters.
✅ Perfect for Freshers and Career Switchers: No prior experience? No problem. The course is beginner-friendly, structured to help non-tech professionals and fresh graduates break into data-driven careers.
✅ Flexible, Self-Paced Learning: Learn anytime, anywhere, and revisit content as needed with lifetime access—designed for learners managing academic schedules or full-time jobs.
✅ Boost Your Career Trajectory: By completing this course, you'll gain foundational knowledge and practical skills that bridge the gap between academic learning and job-readiness in the AI-driven workforce.
This unsupervised learning free course is designed for learners aiming to master clustering techniques and pattern recognition in unlabelled data. It’s a perfect fit for:
✅ Data Science & Machine Learning Aspirants – Beginners or intermediate learners pursuing careers in AI/ML who need a clear grasp of unsupervised learning foundations like K-Means and Hierarchical Clustering.
✅ Students in Computer Science, Statistics, or Mathematics – Undergraduates and postgraduates seeking academic reinforcement or practical knowledge in machine learning algorithms and data pattern discovery.
✅ Professionals in Data Analytics & BI – Business analysts, data engineers, or statisticians looking to integrate clustering techniques into business intelligence, market segmentation, or anomaly detection use cases.
✅ Self-Taught Developers & Bootcamp Graduates – Individuals who have learned programming and supervised ML independently and now want to expand into unsupervised methodologies.
✅ Researchers & Academics – Those working on projects involving behavioral clustering, natural group identification, or large-scale data interpretation.
✅ Tech Entrepreneurs & Product Strategists – Innovators aiming to apply ML to customer profiling, recommendation engines, or product clustering, and want hands-on knowledge of clustering workflows and outcomes.
Maximize Your Learning Experience
Free Course | Paid Course | |
---|---|---|
Access to Online Learning | ||
Certificate at Completion | ||
Live Learning & Instructor Assistance | ||
Recruitment Services | ||
Referral Benefits |
Yes, this unsupervised learning free course is 100% free with no hidden charges, subscription requirements, or paywalls. All learners—regardless of academic background or professional level—can access the full course content and earn a certificate of completion without any financial commitment.
Definitely. This unsupervised learning program is designed for maximum flexibility. Whether you're managing a full-time job, enrolled in another academic course, or exploring data science on your own time, this course allows you to learn anytime, anywhere, entirely at your own convenience.
The course strikes a balance between theoretical depth and practical relevance. Learners will not only understand the underlying mathematics and concepts of unsupervised learning but also implement algorithms like K-Means, DBSCAN, and PCA using Python and real datasets. This ensures a well-rounded, application-driven learning experience.
The course offers comprehensive coverage of major unsupervised learning techniques. Core topics include:
Yes. Upon successful completion of all course modules and assessments, you’ll be awarded a free digital certificate. This certificate can be shared on professional platforms like LinkedIn or attached to your CV to validate your expertise in unsupervised learning techniques.
Absolutely. While it may not substitute for a formal degree, the certification signifies practical, job-relevant skills in machine learning and Python programming—especially valued by employers in fields such as data science, artificial intelligence, marketing analytics, and business intelligence
Unsupervised learning is a machine learning approach where algorithms work with unlabeled data to discover hidden structures or patterns. Unlike supervised learning, which maps inputs to known outputs, unsupervised learning is focused on identifying groupings, correlations, or dimensionality without predefined labels.
Examples include customer purchase histories, web user behavior, sensor data, and social media activity logs. These datasets typically lack outcome labels but can be used to uncover natural groupings (e.g., customer segmentation) or anomalies (e.g., fraud detection).
The key difference lies in data labeling:
Aspect | Supervised Learning | Unsupervised Learning |
Data Type | Labeled data (input-output pairs) | Unlabeled data (only inputs) |
Goal | Predict outputs based on known labels | Identify patterns, structures, or groupings in data |
Example Algorithms | Linear Regression, Decision Trees, Random Forests, SVM | K-Means, DBSCAN, Hierarchical Clustering, PCA |
Output | Specific output prediction (e.g., classification, regression) | Groupings, clusters, or reduced dimensions |
Use Cases | Spam detection, stock price prediction, medical diagnoses | Customer segmentation, anomaly detection, data clustering |
Evaluation | Accuracy, Precision, Recall, F1-Score | Silhouette Score, Davies-Bouldin Index, Visual inspection |
Data Labeling Requirement | Requires labeled data for training | Does not require labeled data |
Real-world use cases include:
Unsupervised learning is ideal when:
K-Means is a popular unsupervised learning algorithm that partitions data into k distinct clusters based on similarity. In this course, you'll learn how to implement K-Means in Python using libraries like Scikit-learn. You’ll also explore how to initialize centroids, assign points, recalculate centers, and iterate the process until the clusters stabilize.
Hierarchical clustering builds a tree-like structure (dendrogram) without requiring a predefined number of clusters, unlike K-Means. In this course, you’ll learn both agglomerative and divisive methods, how to interpret dendrograms, and how to use linkage criteria like single, complete, average, and Ward's method to influence clustering results.
DBSCAN is a density-based clustering algorithm ideal for datasets with noise and non-convex shapes, while Gaussian Mixture Models (GMM) use probability distributions for soft clustering. This course teaches you how to implement both techniques in Python and explains when to use each method depending on your dataset’s structure.
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