Innovative AI Recommendation Engine at your tips
Duration : 6 months Classes : 36 Days : Weekdays / Weekends
You`ve seen automated recommendations everywhere - on Netflix`s home page, on YouTube, and on Amazon as these machine learning algorithms learn about your unique interests, and show the best products or content for you as an individual. These technologies have become central to the largest, most prestigious tech employers out there, and by understanding how they work, you`ll become very valuable to them.
Recommender systems are complex; There`s no recipe to follow on how to make a recommender system; you need to understand the different algorithms and how to choose when to apply each one for a given situation. This interdisciplinary subject draws heavily from Information Retrieval, Machine Learning, and Data Mining.
This training introduces the fundamental concepts, algorithms, and evaluation techniques behind modern recommender systems. Students will explore how personalized recommendations are generated using collaborative filtering, content-based methods, and hybrid approaches. The course emphasizes both theoretical foundations and practical implementation, enabling learners to build scalable recommendation engines for real-world applications such as e-commerce, streaming platforms, and social media.
Target Audience:-
- Data Analysts and Data Scientists
- AI / ML / DS - Engineers
- Computer science students
- IT Professionals looking to transition into AI
- Research Scholars and AI Enthusiasts
- IT roles focused on personalization and user experience
Learning Outcomes:-
- Understand the core concepts, functions, and applications of recommender systems
- Model user preferences and item characteristics
- Apply machine learning techniques to predict user behavior
- Evaluate recommender performance using metrics like precision, recall, and RMSE
- Address challenges such as cold start, scalability, and diversity
- Design, implement, and assess recommender systems using tools like Python, scikit-learn, and TensorFlow
Course Format:-
✔ The course shall be delivered through a combination of lectures, interactive discussions & case studies
✔ Participants are exposed to practical exercises and new-age projects, where they learn by doing
✔ Participants shall have access to online resources, including reading materials, videos & business simulations
✔ Students shall receive all the study material
✔ Guest speakers from the industry may be invited to share insights and experiences
✔ Regular assessments and quizzes will be conducted to reinforce learning
✔ This is a Classroom only training
✔ Corporates: We understand your specific needs and goals. Contact us for customizations to this training
Trainers:-
✔ Equipped with multidisciplinary backgrounds
✔ Experts from the field of Maths, Financial Markets, AIML, Data Science & Management
✔ Each with over 25+ years of International experience working in EU / US / Australia
✔ All our trainers are Highly Qualified and Certified, in their respective subject areas
This syllabus provides a structured, module-by-module breakdown of this comprehensive training program focused on participants overall performance, retention, and engagement, covering foundational theory, implementation, best industry practices and advanced techniques in the subject.
Module 1: Introduction and Foundations
✔ Course Introduction
✔ Taxonomy of Recommender Systems
✔ Recommender Engine Framework
✔ Data for Recommender Systems, Explicit vs. Implicit Feedback
✔ Basic Metrics & Similarity
Module 2: Collaborative Filtering (CF) Methods
✔ Memory-Based CF
✔ Model-Based CF: Matrix Factorization(MF)
✔ Matrix factorization (SVD, ALS)
✔ Optimization for MF
✔ Limitations of Basic CF
Module 3: Content-Based and Knowledge-Based Systems
✔ Content-Based Filtering (CBF)
✔ User Profile Learning
✔ Knowledge-Based Systems
Module 4: Evaluation and Hybrid Approaches
✔ Evaluation Techniques
✔ Offline vs Online Evaluation
✔ Evaluation Metrics
✔ Hybrid Recommender Systems
Module 5: Advanced and Modern Topics
✔ Deep Learning for RS
✔ Neural Collaborative Filtering (NCF)
✔ Sequential and Session-Based RS
✔ Context-Aware Systems
✔ Advanced System Challenges
✔ Explainable Recommender Systems (XRS)
Module 6: Lab & Project Work
✔ Implementing similarity measures in Python
✔ Building a movie recommender using collaborative filtering
✔ Designing a hybrid recommender for an e-commerce dataset
✔ Capstone project: end-to-end recommender system deployment
Student Reviews
Bhawana
Fabulous NLP + ML course
I have eleven plus years of experience taking training courses. I do not usually complete surveys.
Your instructor was excellent, the best I've experienced on a software subject, and I couldn't imagine him doing a better job of seamlessly walking students through a breadth of information for such complex subject like AI and ML. he did a fabulous job pacing everything and addressing student questions. I am very impressed.
Harish
Excellent ML course!
The course was well structured and easy to understand. Good pace of learning.
The institute believes to provide knowledge as well as guidance in detail to each & every student.
I completed my ML course from the institute. Their international exp does help a lot !
Thanks for the training sir.