Machine Learning
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Machine Learning
Zero to Master Program
Machine Learning
Machine Learning (ML) is a subset of artificial intelligence that enables systems to learn
and improve from experience without being explicitly programmed. It involves the development
of algorithms that can identify patterns and make decisions based on data. ML techniques
range from simple linear regression to complex neural networks and deep learning.
Applications of ML span various fields, including healthcare, finance, and autonomous
systems. By leveraging large datasets and computational power, ML models can perform tasks
such as image and speech recognition, natural language processing, and predictive analytics.
The goal of ML is to create systems that can adapt and perform tasks with increasing
accuracy over time. As data availability and computational resources grow, the impact and
potential of ML continue to expand.
4.8
12K+ Learners enrolled
This is where you embark on an amazing journey!
Most flexible program in the industry
Freedom to learn
Watch classes any time at your convenience
Cheat days
Catch up on the course when life is calling you elsewhere
Features that keep you going
A structured curriculum that makes learning easy
Practice code problems of varying difficulty
Engagement coach to keep you motivated
Compile & run in an integrated coding environment
Get doubts resolved in 30 mins
1:1 sessions over voice call & chat with our
skilled teaching assistants
Industry leading mentors to help you grow
1:1 Mock interviews with resume and career guidance
Structured feedback to make you better
Get a chance to be referred to your mentors’ company
Experience a seamless job switch
with hiring assistance
Skill-based hiring across all levels of experience
The results
7000+
Transitions to product companies
250+
Trusted placement partners
Frequently asked but seldom read questions
Yes, this course is entirely offline, and we offer some courses online
as well.
Yes, there will be optional introductory sessions on Python programming
at the beginning of the course. Additional resources and help will be
available throughout the course to support students new to
programming.
This course will equip you with essential skills in machine learning
that are highly sought after in various industries such as tech, finance,
healthcare, and more. You will gain hands-on experience with real-world data
and projects, making you well-prepared for roles such as Data Scientist,
Machine Learning Engineer, and AI Specialist.
This course will equip you with the skills needed to build and apply
deep learning models, which are in high demand in various industries such as
technology, healthcare, finance, and more. It can open up career
opportunities in roles such as Data Scientist, Machine Learning Engineer, AI
Researcher, and more.
The course is divided into modules, each focusing on a specific topic.
Each module includes lectures, readings, practical assignments, and quizzes.
There are also projects that integrate multiple concepts learned throughout
the course.
Meet the faculty legends that will make you legendary
Praveen has a full stack development experience and professional
instructor and trainer for Flutter,
Data Science, Machine Learning and Python Programming. Over the
course of his career he has developed a skill set in analyzing data
and he hopes to use his experience in teaching and data science to
help other people learn the power of programming,
the ability to analyze data, and the skills needed to present the
data in clear and beautiful visualizations.
He is an expert in JavaScript & React (Front-end) and has worked on
open-source projects like Firebug and Zulip.
He has also served as a GCI (Google Code-In) Mentor with Zulip. In
his previous role as a Software Engineer he has worked for
Goibibo-MMT.
Course curriculum for the curious
-
-Introduction to
Machine Learning and its types
(supervised, unsupervised, reinforcement learning)
-
-Setting up the
development environment (Python, Jupyter
Notebook, libraries: NumPy, Pandas, Scikit-learn)
-
-Overview of the
Machine Learning workflow and common
data preprocessing techniques
-
-Definition of data
science and its role in various
industries.
-
-Explanation of the
data science lifecycle and its key
stages.
-
-Overview of the
different types of data: structured,
unstructured, and semi-structured
-
-Discussion of the
importance of data collection, data
quality, and data preprocessing.
-
-Introduction to
Pandas
-
-Overview of NumPy
-
-Explanation of key
data structures in Pandas
-
-Hands-on exploration
of data using Pandas to summarize,
filter, and transform data
-
-Data cleaning
techniques, handling missing values, and
dealing with outliers
-
-Statistical analysis
of data using NumPy functions
-
-Introduction to Data
Visualization and its importance in
data analysis.
-
-Overview of
Matplotlib
-
-Exploring different
types of plots
-
-Customizing plots
with labels, titles, colors, and
styles.
-
-Introduction to
Seaborn
-
-Advanced plotting
techniques with Seaborn
-
-Introduction to
Plotly
-
-Creating interactive
and dynamic visualizations with
Plotly
-
-Introduction to Data
Engineering
-
-Data cleaning and
Handling missing values
-
-Feature Engineering
techniques
-
-Data Scaling and
Normalization
-
-Dealing with
categorical variables
-
-Introduction to web
scraping
-
-Scraping data from
websites using libraries like
BeautifulSoup and requests
-
-HTML parsing,
locating elements, and extracting data
-
-Handling different
types of data on websites
-
-Storing scraped data
in appropriate formats: CSV, JSON,
or databases
-
-Introduction to
Regression
-
-Linear Regression
-
-Polynomial
Regression
-
-Lasso and Ridge
Regression
-
-Evaluation metrics
for regression models
-
-Introduction to
Classification
-
-Logistic Regression
-
-Decision Trees
-
-Random Forests
-
-Evaluation metrics
for classification models
-
-Implementation of
classification models using
scikit-learn library
-
-Support Vector
Machines (SVM)
-
-K-Nearest Neighbors
(KNN)
-
-Naive Bayes
-
-AdaBoost
-
-Gradient Boosting
(XGBoost)
-
-Evaluation and
fine-tuning of ensemble models
-
-Handling imbalanced
datasets/h5>
-
-Introduction to
Clustering
-
-K-means Clustering
-
-DBSCAN
(Density-Based Spatial Clustering of Applications
with Noise)
-
-Evaluation of
clustering algorithms
-
-Introduction to
Dimensionality Reduction
-
-Principal Component
Analysis (PCA)
-
-Implementation of
PCA using scikit-learn library
-
-Cross-validation and
model evaluation techniques
-
-Hyperparameter
tuning using GridSearchCV and
RandomizedSearchCV
-
-Model selection and
comparison
-
-Introduction to NLP
-
-Text Preprocessing
-
-Text Representation
-
-Sentiment Analysis
-
-Introduction to
Recommendation Systems
-
-Collaborative
Filtering
-
-Content-Based
Filtering
-
-Deployment and
Future Directions
-
-Introduction to
Reinforcement Learning: Agent,
environment, state, action, and reward
-
-Markov Decision
Processes (MDP)
-
-Q-Learning algorithm
-
-Hands-on
reinforcement learning projects and exercises
-
-Introduction to
Flask / Streamlit web framework
-
-Creating a Flask /
Streamlit application for ML model
deployment
-
-Integrating data
preprocessing and ML model
-
-Designing a
user-friendly web interface
-
-Building a web
application for Machine Learning models
-
-Deployment using AWS
(Amazon Web Services)
-
-Deployment using
PythonAnywhere