Data Science Course- Master Level

Programming is an increasingly important skill; this program will establish your proficiency in handling basic programming concepts.  By the end of this program, you will understand object-oriented programming; basic programming concepts such as data types, variables, strings, loops, and functions; and software engineering  using Python. 25+ practices sessions on all modules

Objectives:

• Gain fundamental knowledge of programming basics.
• Achieve an understanding of object-oriented programming principles including data types, variables, strings, loops, strings, lists, functions, and classes etc.
• Comprehend software engineering concepts, using Python.

Program curriculum:

• Course Introduction
• Programming

Statistics is the science of assigning a probability through the collection,  classification, and analysis of data. A foundational part of Data Science, this session will enable you to define statistics and essential terms  related to it, explain measures of central tendency and dispersion, and comprehend skewness, correlation, regression, distribution. Understanding the data is the key to perform Exploratory Data analysis and justify your conclusion to the business or scientific problem.

Objectives:

• Understand the fundamentals of statistics
• Work with different types of data
• How to plot different types of data
• Calculate the measures of central tendency, asymmetry, and variability
• Calculate correlation and covariance
• Distinguish and work with different types of distribution
• Estimate confidence intervals
• Perform hypothesis testing
• Make data-driven decisions
• Understand the mechanics of regression analysis
• Carry out regression analysis
• Use and understand dummy variables
• Understand the concepts needed for Data Science even with Python

Program Curriculum:

• Introduction
• Sample or Population Data?
• The Fundamentals of Descriptive Statistics
• Measures of Central Tendency, Asymmetry, and Variability
• Practical Example: Descriptive Statistics
• Distributions
• Estimators and Estimates
• Confidence Intervals Lesson
• Practical Example: Inferential Statistics
• Hypothesis Testing: Introduction
• Practical Example: Hypothesis Testing
• The Fundamentals of Regression Analysis
• Assumptions for Linear Regression Analysis
• Dealing with Categorical Data
• Practical Example: Regression Analysis

Perform fundamental hands-on data analysis using the Jupyter Notebook and PyCharm based lab environment and create your own Data Science projects learn the essential concepts of Python programming and gain in-depth knowledge in data analytics, Machine Learning, data visualization, web scraping, and natural language processing. Python is a required skill for many Data Science positions.

Objectives:

• Write your first Python program by implementing concepts of variables, strings, functions, loops, conditions
• Understand the concepts of lists, sets, dictionaries, conditions and branching, objects and classes .
• Work with data in Python such as reading and writing files, loading, working, and saving data with Pandas
• Gain an in-depth understanding of Data Science processes, data wrangling, data exploration, data visualization, hypothesis building, and testing.
• Install the required Python environment and other auxiliary tools and libraries.
• Understand the essential concepts of Python programming such as data types, tuples, lists, dictionaries, basic operators and functions.
• Perform high-level mathematical computing using the NumPy package and its vast library of mathematical functions.
• Perform data analysis and manipulation using data structures and tools provided in the Pandas package.
• Gain expertise in Machine Learning using the Scikit-Learn package
• Gain an in-depth understanding of supervised learning and unsupervised learning models such as linear regression, logistic regression, clustering, dimensionality reduction, K-NN and pipeline
• Use the matplotlib library of Python for data visualization
• Extract useful data from websites by performing web scraping using Python.

Program Curriculum:

• Python Basics
• Python Data Structures
• Python Programming Fundamentals
• Working with Data in Python
• Data Science Overview
• Data Analytics Overview
• Statistical Analysis and Business Applications
• Python Environment Setup and Essentials
• Mathematical Computing with Python (NumPy)
• Data Manipulation with Pandas
• Machine Learning with Scikit–Learn
• Natural Language Processing with Scikit Learn
• Data Visualization in Python using Matplotlib
• Web Scraping with Beautiful Soup
• Working with NumPy Arrays

It will make you an expert in Machine Learning, a subclass of Artificial Intelligence that automates data analysis to  enable computers to learn and adapt through experience to do specific  tasks without explicit programming. You will master Machine Learning concepts and techniques, including supervised and unsupervised learning, mathematical and heuristic aspects, and hands-on modeling to develop algorithms and prepare you for your role with advanced Machine Learning knowledge.

Objectives:

• Master the concepts of supervised and unsupervised learning, recommendation engine, and time series modeling
• Gain practical mastery over principles, algorithms, and applications of Machine Learning through hands-on projects
• Acquire thorough knowledge of the statistical and heuristic aspects of Machine Learning
• Implement models such as support vector machines, kernel SVM, naive Bayes, decision tree classifier, random forest classifier, logistic regression, K-means clustering and more in Python
• Validate Machine Learning models and decode various accuracy metrics. Improve the final models using another set of optimization algorithms
• Comprehend the theoretical concepts and how they relate to the practical aspects of Machine Learning

Program Curriculum:

• Introduction to Artificial Intelligence and Machine Learning
• Data Wrangling and Manipulation
• Supervised Learning
• Feature Engineering
• Supervised Learning Classification
• Unsupervised Learning
• Time Series Modeling
• Ensemble Learning
• Recommender Systems
• Text Mining

This Natural Language Processing and Speech Recognition course will give you a detailed look at the science of applying machine learning algorithms to process large amounts of natural language data. This module primarily focuses on natural language understanding, feature engineering, natural language generation, automated speech recognition, speech to text conversion, text to speech conversion.

Objectives:

• Master the concepts of Text mining and natural language processing
• Introduction to NLP Pipeline
• Understanding Tokenization and Sentence splitting, stemming, lemmatization in NLP
• Implement models to perform natural language processing using NLTK
• Perform various natural language models like sentiment analysis, summarizations, identifying words in text etc.
• Understanding various use cases to implement NLP in different domains

Program Curriculum:

• Introduction to Artificial Intelligence and Machine Learning in NLP
• Perform various Text Analysis, Summarization and Extraction, Sentiment Mining, Text Classification, Text Summarization, Information Extraction etc.
• Create a basic speech recognizer to convert speech to text
• Perform advanced Speech and Language Processing: An Introduction to Natural Language Processing, Computational Linguistics and Speech Recognition
• Implement emotion recognition/sentiment analysis etc. using real time speech recognitions.

A database is an organized collection of structured information, or data, typically stored electronically in a computer system. A database is usually controlled by a database management system (DBMS). Company data are store in databases and later on retrieved using python to develop analytics and bring insights to business problems.

Objectives:

• Understand the basic fundamentals of SQL database
• Methods to structure and configure your database
• Structure the author efficient SQL statements and clauses Manage your SQL database

Program curriculum:

• Introduction to SQL
• Database Normalization and Entity-Relationship (ER) Mode
• Installation configurations to setup MySQL
• Understanding Database and Tables
• Learn Operators, Constraints, and Data Types
• Understanding functions, Subqueries, Operators, and Derived Tables in SQL

Flask is a microframework for developers, designed to enable them to create and scale web apps quickly and simply. This is a way for web servers to pass requests to web applications or frameworks

 Objectives:

• Understand the basic fundamentals Flask
• Installation and Creation of a Flask
• The structure and Scope of Flask
• Deployment

Program Curriculum:

• Routing: Flask’s routing system maps URLs to Python functions, allowing you to define your application’s URL structure.
• Templates: Flask uses Jinja2 as its template engine, allowing you to easily generate dynamic HTML pages.
• Forms: Flask’s form handling makes it easy to process user input and validate data.
• Sessions and cookies: Flask’s session and cookie management features allow you to store user data and maintain state across multiple requests.
• Database integration: Flask can be used with a variety of databases, including MySQL
• RESTful APIs: Flask is a popular choice for building RESTful APIs due to its simplicity and flexibility.
• Extensions: Flask has a wide range of extensions available for adding functionality to your application, including Flask-WTF, Flask-Security, and Flask-Mail.
• Flask-Login: Flask-Login is an extension for handling user authentication and authorization in Flask applications.
• Flask-RESTful: Flask-RESTful is an extension for building RESTful APIs with Flask, providing additional features for API development.
• Deployment: Flask can be deployed to a variety of environments, including traditional web hosting, cloud-based services, and containers.

FastAPI is a modern, fast (high-performance), web framework for building APIs with Python. Creating APIs, is an important part of making your software accessible. In machine learning they allow different applications to share data and work together, saving time and effort.

Objectives:

• Construct Python Microservices with FastAPI
• Building fast API microservice for machine learning predictions
• Deploying python lambda microservice
• Understanding HTTP methods, async await, user modeling, database usage, HTTP get, post, and delete requests, HTTP status codes, and raising exceptions.

 Program Curriculum:

• Construct Python Microservices with FastAPI
• Understanding FastAPI and Uvicorn
• Installation and Creating Your First API
• Path Parameters
• Query Parameters
• Combining Path and Query Parameters
• Query parameter and string
• Path parameter and numeric validation
• Body multiple parameters, body field, body nested models
• Declare request example data
• Cookie parameters
• Response status codes
• Handling errors
• JSON compatible encoder, security
• Bigger applications – multiple files
• Testing and debugging

Django is a Python-based web framework that allows you to quickly create efficient web applications. With built-in features for everything including Django Admin Interface, default database – SQLlite3, etc. Django gives you ready-made components to use and that too for rapid development.

Objectives:

• Understand the basic fundamentals Django
• Django’s MVT Architecture and its Influence
• Installation and Creation of a Django website
• Deployment

Program Curriculum:

• Models: Django’s object-relational mapping (ORM) tool is used to define models, which are Python classes that represent database tables.
• Views: Views are Python functions that handle HTTP requests and return HTTP responses.
• Templates: Django’s template system allows you to define the structure and layout of your web pages.
• Forms: Django provides a powerful form handling system, which makes it easy to process user input and validate data.
• Admin site: Django comes with a built-in admin site, which provides an easy-to-use interface for managing your application’s data.
• Authentication: Django provides built-in authentication mechanisms to handle user authentication and authorization.
• Middleware: Middleware is a mechanism in Django that allows you to process requests and responses before they are handled by views.
• URLs: Django’s URL routing system allows you to map URLs to views and organize your application’s URLs.
• Testing: Django provides a built-in testing framework that makes it easy to write tests for your application.
• Deployment: Django can be deployed to a variety of environments, including traditional web hosting, cloud-based services, and containers.

Objectives:

• Understand the concepts of big data in the industry
• Exploring the data sources of big data and problems associated in solving big data problems
• Possibilities of big data and the Hadoop framework to solve wide range of problems
• Understand Hadoop’s architecture and primary components, such as MapReduce and (HDFS)
• Learn to Add and remove nodes from Hadoop clusters, check the available disk space on each node, and modify configuration parameter
• Data analytics with Scala
• Big data analytics using Spark

Program curriculum:

• Introduction to Hadoop, Architecture, Administration and Components
• Understanding NoSQL Databases HBase
• Understand basic object-oriented programming methodologies in Scala
• Introduction to Scala, Basics of Functional Programming, Case Objects and Classes Collections
• Introduction to Spark, Work with RDD in Apache Spark, processing real time data
• Perform DataFrame operations in Spark using SQL queries
• Spark MLib Modelling Big Data with Spark
• Introduction to Spark GraphX

Deep learning is one of the most technological advancement made in the fields of artificial intelligence and machine learning. The software and tools which designed to provide high end scientific computing solving problems in multiple domains. Learning OpenCV is the key to perform image processing, filtering, manipulating the image data that is captured from webcam or any image data generated any other source.  Several libraries offer AI solutions, computing deep learning with TensorFlow Keras is preferred in most companies. This course is designed to get immense knowledge in developing and deploying machine learning, Deep learning models from scratch to advanced methods including Convolution neural networks, recurrent neural networks, long short term memory (LSTMs), transfer learning etc. Get hands on in several deep learning models and tuning hyper parameters to increase the efficiency of the model.

Objectives:

• Understanding OpenCV to perform image filtering, thresholding, recognition etc.
• Understand the concepts of TensorFlow Keras
• Understanding low level data manipulations in TensorFlow
• Understand the language and fundamental concepts of artificial neural networks
• Deep learning pipeline for developing a model and deploying from scratch.
• Master advance techniques in deep learning model hyper parameter tuning
• Understanding image recognition pipelines for object detections, face detections etc.
• Understanding the power of deep learning compared to machine learning algorithms

Program Curriculum:

• Introduction to Artificial Intelligence and Machine Learning in Computer vision
• Perform various manipulations in image recognitions
• Learn to build a Convolution neural network
• Create a basic image recognizer using Convolutional neural network
• Understanding time series data analytics
• Create a Recurrent neural network, LSTM to model time series data like cryptoanalysis, stock predictions

Kafka and MQTT are two complementary technologies, together they allow to build IoT end-to-end integration from the edge to the data center. MQTT is a widely used ISO standard publish-subscribe-based messaging protocol. MQTT has many implementations such as Mosquitto or HiveMQ. MQTT is mainly used in Internet of Things scenarios (like connected cars or smart home). However, MQTT is not built for high scalability, longer storage or easy integration to legacy systems. Apache Kafka is a highly scalable distributed streaming platform. Kafka ingests, stores, processes and forwards high volumes of data from thousands of IoT devices.

Objectives:

• Integrating IOT devices to data analytics
• MQTT brokers for IOT devices integration
• Understanding Kafka for large scale integration
• IIOT Data architecture using MQTT and Kafka
• Building Data Science pipelines using AWS IOT/HIVEMQ

12.2 Program Curriculum:

• Understanding Data Science IOT data pipelines
• Understanding MQTT and Kafka to build IOT systems
• Configuring MQTT
• Understand MQTT subscriber, publisher and brokers
• Deploying HIVE MQTT services with IOT device
• Understanding AWS IOT core
• Configuring and managing AWS services
• Deploy IoT devices with AWS IoT Core, AWS IoT Device Management, and AWS IoT Analytics