Post Graduate Program In AI And Machine Learning

BY
Simplilearn , Purdue University, West Lafayette

The Machine learning Certification course educates the candidates about machine learning topics like pre-processing techniques, statistics, mathematics.

Mode

Online

Duration

11 Months

Fees

₹ 149999

Inclusive of GST

Important Dates

26 Oct, 2024 - 01 Dec, 2024

Course Commencement Date

12 Nov, 2025 - 06 Dec, 2025

Course Commencement Date

26 Oct, 2024 - 20 Dec, 2024

Course Commencement Date

Quick Facts

particular details
Collaborators IBM
Medium of instructions English
Mode of learning Self study, Virtual Classroom
Mode of Delivery Video and Text Based

Course overview

The Machine Learning using Python course is a 12-part course for candidates interested in Machine learning, as it strives to make the candidates industry-ready from day one. The course provides interactive learning for the candidates, with Jupyter notebook available to them, which they can use for practicing right after a session to solidify the concepts. 

Candidates also have the freedom to learn at their own pace. Machine Learning using Python Course by Simplilearn offers an in-depth overview of working with real-time data, developing algorithms using supervised & unsupervised learning, time series modelling, regression, and classification. The course will also contain more than 25 hands-on exercises for the candidates. The online classrooms will consist of 44 hours of instructor-led training. There is also an option for corporate training so that businesses can train their employees.

Moreover, candidates will learn to seamlessly apply the concepts learnt with the array of practice and industry projects, which will take care of both the theoretical and practical nuances of Machine learning. Apart from the Lab sessions, students can also work with industry projects provided, where they’ll need to design industry-scale machine learning models for companies like Amazon, Uber, and IDB.

The highlights

  • 44 hours of instructor-led training
  • Four industry-based course-end projects
  • 14 hours of Online self-paced learning
  • 30+ hours of blended learning
  • 100% money back guarantee

Program offerings

  • Self-paced learning
  • Blended learning
  • Industry-based projects
  • Hands-on learning
  • Interactive classes
  • Jupyter notebooks integrated labs

Course and certificate fees

Fees information
₹ 149,999  (Inclusive of GST)

Machine Learning Certification fee details have been mentioned below. 

Particulars

Course Fee 

Online Bootcamp

₹ 1,49,999

certificate availability

Yes

certificate providing authority

Simplilearn

Who it is for

Machine Learning using Python Course by Simplilearn is best suited for professionals looking to widen their horizons by entering into the field of machine learning. Some common profiles include: 

Eligibility criteria

Skills

Machine Learning using Python Course by Simplilearn will require the candidates to have a basic understanding of college-level statistics and mathematics. It is also recommended that the candidates should have some idea about the basics of Python programming before starting the course. To get this knowledge, candidates can first complete the Python for Data Science, and Statistics essential for data science, and Math refresher courses. 

Certification Qualifying Detail 

To get the Machine Learning using Python Course by Simplilearn, after attending an online classroom, you need to attend a complete batch of Machine Learning training and submit one completed project. 

For offline classes, complete 85% of the course and submit at least one project. 

What you will learn

Machine learning Knowledge of artificial intelligence Knowledge of deep learning
  • Learn about unsupervised and supervised learning algorithms along with random forest classification, Naive Bayes, Kernel SVM, and decision trees 
  • Use modelling techniques, linear, and logistic regression to build a foundation for the more advanced algorithms and models
  • Use the clustering algorithm to accurately group seemingly random, unlabelled data, into something legible
  • Learn to use pre-processing concepts like importing data, data wrangling, data manipulation, and many more routines until the data is finally ready for the model
  • Learn Natural Language Processing (NLP) which deals with the interaction between humans and computers using the natural language
  • With proficiency in mastering feature engineering, reducing the computational load, and making sense of the data with ease
  • Dive into the world of deep learning, and understand deep neural networks and deep neural learning

The syllabus

Course Introduction

  • Course Introduction
  • Accessing Practice Lab

Introduction to AI and Machine Learning

  • Learning Objectives
  • The emergence of Artificial Intelligence 
  • Artificial Intelligence in Practice 
  • Sci-Fi Movies with the Concept of AI 
  • Recommender Systems 
  • Relationship between Artificial Intelligence, Machine Learning, and Data Science: Part A 
  • Relationship between Artificial Intelligence, Machine Learning, and Data Science: Part B 
  • Definition and Features of Machine Learning 
  • Machine Learning Approaches 
  • Machine Learning Techniques 
  • Applications of Machine Learning: Part A 
  • Applications of Machine Learning: Part B 
  • Key Takeaways 
  • Knowledge Check

Data Pre-processing

  • Learning Objectives
  • Data Exploration Loading Files: Part A
  • Data Exploration Loading Files: Part B
  • Demo: Importing and Storing Data
  • Practice: Automobile Data Exploration - A
  • Data Exploration Techniques: Part A
  • Data Exploration Techniques: Part B
  • Seaborn
  • Demo: Correlation Analysis 
  • Practice: Automobile Data Exploration - B
  • Data Wrangling 
  • Missing Values in a Dataset 
  • Outlier Values in a Dataset 
  • Demo: Outlier and Missing Value Treatment
  • Practice: Data Exploration - C
  • Data Manipulation
  • Functionalities of Data Object in Python: Part A
  • Functionalities of Data Object in Python: Part B 
  • Different Types of Joins 
  • Typecasting
  • Demo: Labor Hours Comparison
  • Practice: Data Manipulation
  • Key Takeaways
  • Knowledge Check
  • Storing Test Results

Supervised Learning

  • Learning Objectives 
  • Supervised Learning 
  • Supervised Learning- Real-Life Scenario
  • Understanding the Algorithm 
  • Supervised Learning Flow 
  • Types of Supervised Learning: Part A 
  • Types of Supervised Learning: Part B 
  • Types of Classification Algorithms 
  • Types of Regression Algorithms: Part A
  • Regression Use Case 
  • Accuracy Metrics 
  • Cost Function 
  • Evaluating Coefficients 
  • Demo: Linear Regression 
  • Practice: Boston Homes - A
  • Challenges in Prediction 
  • Types of Regression Algorithms: Part B 
  • Demo: Bigmart 
  • Practice: Boston Homes - B
  • Logistic Regression: Part A 
  • Logistic Regression: Part B 
  • Sigmoid Probability
  • Accuracy Matrix 
  • Demo: Survival of Titanic Passengers 
  • Practice: Iris Species
  • Key Takeaways 
  • Knowledge Check
  • Health Insurance Cost

Feature Engineering

  • Learning Objectives 
  • Feature Selection 
  • Regression 
  • Factor Analysis 
  • Factor Analysis Process
  • Principal Component Analysis (PCA)
  • First Principal Component 
  • Eigenvalues and PCA 
  • Demo: Feature Reduction 
  • Practice: PCA Transformation
  • Linear Discriminant Analysis 
  • Maximum Separable Line 
  • Find Maximum Separable Line 
  • Demo: Labeled Feature Reduction
  • Practice: LDA Transformation
  • Key Takeaways
  • Knowledge Check
  • Simplifying Cancer Treatment

Supervised Learning: Classification

  • Learning Objectives
  • Overview of Classification 
  • Classification: A Supervised Learning Algorithm 
  • Use Cases of Classification  
  • Classification Algorithms
  • Decision Tree Classifier 
  • Decision Tree Examples 
  • Decision Tree Formation 
  • Choosing the Classifier 
  • Overfitting of Decision Trees 
  • Random Forest Classifier- Bagging and Bootstrapping 
  • Decision Tree and Random Forest Classifier 
  • Performance Measures: Confusion Matrix 
  • Performance Measures: Cost Matrix 
  • Demo: Horse Survival
  • Practice: Loan Risk Analysis
  • Naive Bayes Classifier 
  • Steps to Calculate Posterior Probability: Part A 
  • Steps to Calculate Posterior Probability: Part B 
  • Support Vector Machines: Linear Separability 
  • Support Vector Machines: Classification Margin 
  • Linear SVM: Mathematical Representation 
  • Non-linear SVMs
  • The Kernel Trick 
  • Demo: Voice Classification 
  • Practice: College Classification
  • Key Takeaways 
  • Knowledge Check
  • Classify Kinematic Data

Unsupervised Learning

  • Learning Objectives
  • Overview
  • Example and Applications of Unsupervised Learning
  • Clustering
  • Hierarchical Clustering
  • Hierarchical Clustering Example 
  • Demo: Clustering Animals
  • Practice: Customer Segmentation
  • K-means Clustering 
  • Optimal Number of Clusters 
  • Demo: Cluster Based Incentivization 
  • Practice: Image Segmentation
  • Key Takeaways 
  • Knowledge Check
  • Clustering Image Data

Time Series Modelling

  • Learning Objectives
  • Overview of Time Series Modeling 
  • Time Series Pattern Types: Part A
  • Time Series Pattern Types: Part B
  • White Noise 
  • Stationarity
  • Removal of Non-Stationarity 
  • Demo: Air Passengers - A
  • Practice: Beer Production - A
  • Time Series Models: Part A 
  • Time Series Models: Part B 
  • Time Series Models: Part C 
  • Steps in Time Series Forecasting 
  • Demo: Air Passengers - B 
  • Practice: Beer Production - B
  • Key Takeaways 
  • Knowledge Check
  • IMF Commodity Price Forecast

Ensemble Learning

  • Ensemble Learning 
  • Overview
  • Ensemble Learning Methods: Part A 
  • Ensemble Learning Methods: Part B 
  • Working of AdaBoost 
  • AdaBoost Algorithm and Flowchart 
  • Gradient Boosting 
  • XGBoost 
  • XGBoost Parameters: Part A 
  • XGBoost Parameters: Part B 
  • Demo: Pima Indians Diabetes 
  • Practice: Linearly Separable Species
  • Model Selection 
  • Common Splitting Strategies 
  • Demo: Cross Validation 
  • Practice: Model Selection
  • Key Takeaways 
  • Knowledge Check
  • Tuning Classifier Model with XGBoost

Recommender Systems

  • Learning Objectives 
  • Introduction
  • Purposes of Recommender Systems
  • Paradigms of Recommender Systems
  • Collaborative Filtering: Part A
  • Collaborative Filtering: Part B 
  • Association Rule Mining 
  • Association Rule Mining: Market Basket Analysis 
  • Association Rule Generation: Apriori Algorithm 
  • Apriori Algorithm Example: Part A
  • Apriori Algorithm Example: Part B
  • Apriori Algorithm: Rule Selection
  • Demo: User-Movie Recommendation Model
  • Practice: Movie-Movie recommendation
  • Key Takeaways
  • Knowledge Check
  • Book Rental Recommendation

Text Mining

  • Learning Objectives
  • Overview of Text Mining
  • Significance of Text Mining
  • Applications of Text Mining
  • Natural Language Toolkit Library
  • Text Extraction and Preprocessing: Tokenization 
  • Text Extraction and Preprocessing: N-grams 
  • Text Extraction and Preprocessing: Stop Word Removal 
  • Text Extraction and Preprocessing: Stemming 
  • Text Extraction and Preprocessing: Lemmatization
  • Text Extraction and Preprocessing: POS Tagging 
  • Text Extraction and Preprocessing: Named Entity Recognition 
  • NLP Process Workflow 
  • Demo: Processing Brown Corpus 
  • Wiki Corpus
  • Structuring Sentences: Syntax 
  • Rendering Syntax Trees 
  • Structuring Sentences: Chunking and Chunk Parsing 
  • NP and VP Chunk and Parser 
  • Structuring Sentences: Chinking 
  • Context-Free Grammar (CFG)
  • Demo: Structuring Sentences
  • Practice: Airline Sentiment
  • Key Takeaways 
  • Knowledge Check
  • FIFA World Cup

Project Highlights

  • Project Highlights 
  • Uber Fare Prediction
  • Amazon - Employee Access

Admission details


Filling the form

Here are the Machine Learning Certification Course classes admission details:

Step 1 - Visit the official https://www.simplilearn.com/big-data-and-analytics/machine-learning-certification-training-course

Step 2 - Click on Enroll now button. You will redirect to a new page

Step 3 -  Apply a coupon if you have or directly click on the Proceed button. 

Step 5 -  Fill in the details such as name, email, and contact number and proceed

Step 6- Pay the fee and save the receipt for the future.  

Evaluation process

Candidates must attend at least one complete batch of Machine Learning training if they’ve opted for the online classroom model and complete at least 85% of the course if they’ve opted for self-learning model to get the certificate

The candidates must also submit at least one completed project to avail the Machine Learning Certificate.

How it helps

There has been a visible shift towards automation and predictive analytics in these past few years. The Machine learning market has clocked in a growth rate of a whopping 44%. With the numbers likely to rise in the foreseeable future, it is a great time for professionals and students to learn the nuances of Machine learning.

Machine Learning using Python Course benefits also include industry-level projects that can help you get a clear view of what is demanded by the industry and the many areas one can apply Machine Learning in. Moreover, candidates, upon successful completion of the Machine Learning using Python Course by Simplilearn, will be able to apply for job profiles like Machine learning engineer and Data scientist.

Instructors

Mr Venkata N Inukollu
Assistant Professor
Purdue University, W...

Other Masters, Ph.D

FAQs

How long is the Machine Learning Certification online course valid for?

The Machine Learning Certificate has lifelong validity.

What are the job profiles for certified Machine Learning professionals?

A certified Machine Learning professional can work as a Data Scientist or Machine Learning Engineer.

How can I become a certified Machine learning Engineer?

The Machine Learning using Python course will provide the candidates with an overview of various machine learning techniques and methodologies and the certification will establish the candidates as Machine Learning Engineers.

What is Machine Learning?

Machine Learning is an implementation of AI, which allows an electronic system to learn and improve simultaneously without explicit programming. 

Which companies hire Machine Learning experts?

You can work as a Machine Learning Engineer in companies like Google, Microsoft, Amazon, Oracle, Accenture, and more after completing  Machine Learning using Python Course by Simplilearn. 

What are the prerequisites for the Machine Learning Certification Course?

This course will require the candidates to have a basic understanding of college level statistics and mathematics. It also recommended that the candidates should have some idea about the basics of Python programming before starting the course. 

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