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DATA Science Course

Data Science Course

EduPristine Data Science course is designed to help meet the expanding needs for these "Data Scientists", who are skilled in the utilization of a unique blend of Science, Art and Business. Students will learn to combine tools and techniques from statistics, computer science, data visualization and the social sciences to solve problems using data.

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Globally and in the US, companies need 190,000 data scientists.

McKinsey Global Report

About COURSE

The data science course is designed and delivered by the experienced faculty and data science professionals who teach at the EduPristine campus Live Classes. EduPristine is known for classroom training and project-based learning. This data science training is no exception. Unlike a typical classroom learning experience, these classes are delivered using standard practices. EduPristine blends live, face-to-face classes with top-notch platform facilities.Read more

The Registration fees for Tableau Desktop certification is not included in this course.

About Data Science Program - Many Corporations have dramatically increased investments in their "digital enterprises" in the past few years. It has been estimated that by 2020, IT departments will be monitoring 50 times more data than they are today. This tidal wave of data is driving unprecedented demand for those with the skills required to manage and leverage these very large data sets into a competitive advantage.

These professionals are skilled in automating methods of collecting and analyzing data and utilizing inquisitive exploring techniques to discover previously hidden insight from this data that can profoundly impact the success of any business.

  • Extensive Classroom Training

    Get trained by topic experts with interactive learning in small batches

  • Online Live Instructor base training

    Learn Concepts once again though Live Online sessions.

  • Assignments & cases

    Work on real time cases from different domains.

  • Complimentary Course

    1.Java Essentials for Hadoop, Python and UNIX session
    2.Basic Stats video recordings.

  • Lab Practical

    200 Hrs - Virtual Lab practice (SAS Language - valid till 1 year)
    3 Months - Cloud lab access to work on Hadoop Platform

  • Online Materials

    This course serves as an introduction to the interdisciplinary and emerging field of data science. Students will learn to combine tools and techniques from statistics, computer science, data visualization and the social sciences to solve problems using data.

  • Home Assignment & Online Live Discussion Module

    Work on home assignment & every Friday discuss It with Faculty on Live Online Mode.

  • 24x7 Online Access

    Access to Course Material (Unlocked Excel Models, Presentations, etc.)

  • Doubt Solving by Experts

    A Write to us and get your doubts solved by our experts within 2 business days. You can also initiate a discussion by posting it on active forums

  • Online Content

    Download the study notes to supplement subject wise video tutorials & webinar recordings.

  • Certificate

    A reference to get ahead in your career. At the end of the course, you will receive a Certificate of Completion.
    1. Business Analytics Module
    2. Big data & Hadoop Module
    3. Data Science Module

  • Real-world Case Studies

    Get the best training in analytics by understanding real world problems and scenarios

  • Unlimited Download Access

    Download the whole material anytime during your 1 year of subscription and use it for any future reference

Course Structure

Readings Pratical Implementation
  1. Introduction to Hadoop/ Spark
  2. Good Data Scientist tool kit
  3. How modern Big Data technologies & tools provides answers to below problems:
  • Volume is large - Batch Analytics
  • Volume is large - Batch Analytics
  • Velocity is High - Real Time Analytics
  • Variety in Data - Unstructured or Semi Structured data
  • Any non-functional parameters like cost, Reliability, fault tolerance
 Getting started with the fundamentals of hadoop/spark
and setting a base to align the same with batch & real-time analytics
Readings Pratical Implementation
  1. Getting started with fundametals of programming
  2. Python for data processing 
  3. Unix for CLI Commands - Getting familiar with Unix and CLI is first priority
  4. Map Reduce concept and understanding
  5. SQL for Hive
 Getting started with fundametals of programming: Python for data processing & unix for CLI Commands
Readings Pratical Implementation
  1. Cluster Specification & Hadoop Configuration
  2. Basic Linux and HDFS commands
  3. Command Line Interface
  4. Hadoop File Systems
  5. Data Flow
  6. Become familiar with cloud environment
  7. Set-up development environment
 Introduction to big data storage, structured data ingestion:
touching base on parellel programming on scalable machines
Readings Pratical Implementation
  1. Parallel programming on scalable Machines: Map Reduce
  2. Mastering Key Value Pairs:Case Study
  3. Distributed Computing using Map Reduce
  4. The Execution Framework, Concept of Practitioners
 Understanding - Map-Reduce Basics and Map-Reduce Types and Formats
Readings Pratical Implementation
1. Importing Large Objects, Performing Exports, Exports - A Deeper Look. Introduction to Database Imports, Working with Imported Data
Readings Pratical Implementation
  1. Data warehousing, Management and querying on hadoop:Hive
  2. Web Interface for analyzing data: Hadoop User Experience (HUE)
  3. Querying Data
  4. User Defined Functions
  5. Custom Map/Reduce in Hive
 Getting started with data warehousing, management and querying
on hadoop: HIVE & web interface for analyzing data: Hadoop User Experience (HUE)
Readings Pratical Implementation
  1. Data Flow ETL Scripting Language : Pig
  2. Installing and Running Pig, Grunt
  3. Pig's Data Model, Pig Latin
  4. Developing & Testing Pig Latin Scripts
  5. Writing Evaluation
 Building the fundamentals for data warehousing, management and querying on hadoop: HIVE & web interface for analyzing data: Hadoop User Experience (HUE)
Readings Pratical Implementation
  1. Recap of Hadoop
  2. Opportunity for In memory computing
  3. Spark Ecosystem
  4. Time comparisons with Map Reduce
  5. Spark Architecture
  6. Spark Context
  7. Resilient Distributed Dataset
 How to Run programs up to 100x faster than Hadoop MapReduce in memory, or 10x faster on disk using Spark
Readings Pratical Implementation
  1.  Lighting Fast In Memory Cluster Computing:Spark
  2. Batch Processing Historical data: Log Analysis; Ecommerce Industry
  3. Interactive and Batch Mode production
  4. Transformations
  5. Spark Program Life Cycle
  6. Closures, Accumulators and Broadcast variables
  7. Project: Log Analysis (Batch processing with Spark)
 Getting to understand the log analysis, involving SPARK and Python with the help of a business case study to get a hands on experience
Readings Pratical Implementation
  1. Work Flow Management Tool: Oozie
  2. Oozie Workflow, Actions and Control flow
  3. Sqoop Action
  4. Hive Action
  5. HDFS Action
 Introduction of the work flow management tool with hands on examples
Readings Pratical Implementation
  1. Random Read and Write Access, OLAP, NoSQL
  2. Database: Hbase
  3. Client API - Advanced Features
  4. Client API - Administrative Features
  5. Available Client, Architecture
  6. Map Reduce Integration, Advanced Usage
  7. Advance Indexing
 Introduction to the fundamentals of random read and write Access, OLAP, NoSQL database: Hbase
Readings Pratical Implementation
  1. MIS Reporing and ELT on Hadoop: Retail Domain
  2. We will provided data sets on which participants will work as a part of the Project:
    • Load data into MySQL
    • Retail Data Analysis with Pig
    • SQOOP data into HDFS
    • Retail Data Analysis with Hive
 Given a retail business scenario, this provides a run-through of the MIS reporting and ELT on Hadoop
Readings Pratical Implementation
  1. Customer 360 & Genome: Banking sector
  2. We will provided data sets on which participants will work as a part of the Project:
    • Data Creation
    • MySQL Data Ingestion
    • Sqoop Daily data to MySQL
    • HBase table Creation
 Given a banking sector scenario, this provides a run-through on Customer 360 & Genome
Readings Pratical Implementation
1.Using Flume, Kafaka , Spark Streaming and Batch Processing Using Hive & Impala A run-through on structured data ingestions, semi structured processing
Readings Pratical Implementation
A session on the exam preparation, pattern and the important topics to be discussed
Readings Pratical Implementation
Online - 2 hours
Readings Pratical Implementation
  1. Population vs. Sample
  2. Types of Data Variables and Summarizing
  3. Central Tendency and Spread/Variability
  4.  Data Collection and Data Dictionary
  5. Probability and Random Variables
  6. Probability Distribution: Discrete and Continuous Distributions
  7. Central Limit Theorem
  8. Hypothesis Testing
 Introduction to data and statistics with an insight on concepts of distribution and hypothesis testing
Readings Pratical Implementation
  1. Correlation and Regression.
  2. Multivariate Linear Regression Theory
  3. Bivariate Analysis
  4. ANOVA (Analysis of Variance.)
  5. Identify and Quantify the factors responsible for loss amount for an Auto Insurance Company
    • Model Misspecifications
    • Economic meaning of a Regression Model
    • Bivariate Analysis
 Given a multivariate linear regression case study, understanding the correlation and regression, ANOVA.
Readings Pratical Implementation
  1. Identifying problems in fitting linear regression on data having "Binary Response" variable
  2. Generalized Linear Modeling (GLMs)
  3. Logistic Regression Theory/Case
    • Fitting the regression using SAS language
    • Lift/Gains chart and Gini coefficient
    • K-S stat
  4. Identify bank customers who will most likely default in making the payment on balance due.
 Given a multivariate logistic regression case study, identifying problems in fitting linear regression on data having "Binary Response" variable Generalized Linear Modeling (GLMs)
Readings Pratical Implementation
  1. Models of time series
  2. The Box-Jenkins model building process Identify the ARIMA model.
    • Forecasting future sales based on historical data for an automobile company
  3. Identify bank customers who will most likely default in making the payment on balance due.
 Models of time series, The Box-Jenkins model building process - ARIMA Modeling
Readings Pratical Implementation
  1. Affinity analysis to understand purchase behavior
  2. Understanding Apriority algorithm
  3. Analysis of observational datasets to find unforeseen relationships.
  4. Analysis of output results to plan store layout, promotions and recommendations
 Optimization of expenses using Market mix modeling
Readings Pratical Implementation
  1. Getting an insight on Data Mining and Decision Trees
  2. Introduction and practical application of CHAID analysis
  3. Introduction and practical application of CART
  4. Understand the usage of clustering
  5. Getting an insight on various Clustering methods
  6. Hands on for K-means Clustering Algorithm
 Understanding the CHAID & CART Analysis and linking the same with K-means clustering
Readings Pratical Implementation
  1. Develop a scoring algotithm
  2. Email Score
    • Open rate
    • Click rate
    • Unsubscribe rate
  3. Rank campaign accordingt to Email Score
 Air Traffic Control For Emails
Readings Pratical Implementation
Cross Sell Model Propensity to Cross sell health insurance products to general insurance customers.
Market Mix Modeling Optimization of the promotion expense using Market mix modeling
Churn Analytics Developing a churn model to gauge the propensity of attrition among loyal and profitable customer segment.
Email Optimization- Ecommerce Industry Developing a system that ensures that the correct campaign reaches the relevant customers with a suitable frequency to further enhance the level of engagement across all email campaigns.
Customer Lifetime Value Analysis Predicting the customer survival along with the profitability to model the life time value of each customer.
Telecom Model to Estimate Bill Building a model that can suggest right tariff plan based on estimated bill amount.
Sentiment Analysis Process of detecting the contextual polarity of text to find whether a piece of writing is positive, negative or neutral.
Readings Pratical Implementation
  1. The visualization design methodology.
  2. The Data Visualization Process. 
  3. Working with Single Data Sources.
  4. Using Calculations in Tableau
  5. Using Multiple Data Source
 An introduction to various data visualisation techinques and later tying them back to varios scenarios
Readings Pratical Implementation
Solving problem statements using apache hive and R Real Time Analytics, Unstructured Data Ingestion
Readings Pratical Implementation
  1. Ridge Regression
    • Cost functions
    • Ridge regression equation
    • Application of Ridge regression
  2. LASSO Regression
    • Cost functions
    • Lasso regression equation
    • Application of Lasso regression
 Introduction to machine learning with an hand on for Ridge and LASSO regression
Readings Pratical Implementation
  1. Count Regression
    • Poisson Regression
    • Negative Binomial Regression
    • Zero Inated Regressions
  2. Survivor Analytics
    • Time-to-event Data
    • Survival Analysis
    • Comparing Survival Curves
  3. Goodness of fit
  4. Model Comparisons
 Getting an understading on count regression and survivor analytics
Readings Pratical Implementation
  1. Random Forest
    • Hyper parameters of Random Forest
    • Fine Tuning Random Forest calculating its cost function
  2. Neural Network, Back Propagation, Back Propagation Intuition, Gradient Checking
    • The Perceptron learning
    • The back propagation learning
    • Recurrent neural networks
    • Feed Forward Neural Network
 Insight on deep machine learning through random forest and neural network
Readings Pratical Implementation
  1. Cloud and Platform as a Service like APIs from various cloud providers
  2. APIs related to NPL - Natural Language Processing Suitable APIs
  3. Development Environment Setup
  4. Developing hands on solution
  5. More such APIs in area of advanced Analytics and AI like object recognition, mood detection from Image etc in area of cognitive computing
 Integrating advanced analytics using ML/ AI APIs with machine learning
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Benefits WHY?

  • At the end of this data science classes, the student will be able to:

    • Work through a data science project end to end, from analyzing a dataset to visualizing and communicating your data analysis.

    • Through working on the class project, you will be exposed to and understand the skills that are needed to become a data scientist yourself.

    • Identify, obtain, and transform a data set to make it suitable to produce statistical evidence communicated in written form.

    • Build models based on new data types, experimental design, and statistical inference.

A Data Scientist, IT earns an average salary of

INR 620,244

per annum.

Reviews WHAT OTHERS SAY

We sincerely appreciate the flexibility of teaching and customized guidance that the institute provided each of us. The intensity of the programme prepares one for high pressure situations. We are very grateful for the very valuable training and assistance provided to us by EDUPRISTINE.

Saloni Sharma EOL-E&P, Mumbai

Who should do this? TARGET

Individuals with a bachelor's degree in engineering, science, maths/statistics, finance, computer science, accounting or marketing who are intrigued by statistical and analytical practices may excel in this field.

  • Basic Statistics methods used in business performance measures
  • Strong interest in data science
  • Hands-on experience on Core Java & Unix
  • Good analytical skills to grasp and apply the concepts in Hadoop

FAQsWHY?

What is Data Science?

Data science is the study of the generalizable extraction of knowledge from data, yet the key word is science. It incorporates varying elements and builds on techniques and theories from many fields, including signal processing, mathematics, probability models, machine learning, statistical learning, computer programming, data engineering, pattern recognition and learning, visualization, uncertainty modeling, data warehousing, and high performance computing with the goal of extracting meaning from data and creating data products. Data Science is not restricted to only big data, although the fact that data is scaling up makes big data an important aspect of data science.

Why should I opt for this course?

You will have an opportunity to work through a data science project end to end, from analyzing a dataset to visualizing and communicating your data analysis. Through working on the class project, you will be exposed to and understand the skills that are needed to become a data scientist yourself. Identify, obtain, and transform a data set to make it suitable for the production of statistical evidence communicated in written form Build models based on new data types, experimental design, and statistical inference

What Data Scientists do?

Data science develops the skills required to build information platforms and analytical tools that reduce costs, increase profits, improve products, retain customers, and identify new opportunities. Data scientists solve complex data problems through employing deep expertise in some scientific discipline. It is generally expected that data scientists are able to work with various elements of mathematics, statistics and computer science, although expertise in these subjects are not required. This course is part of both the developer learning path and the data analyst learning path.

Pre-requisites for this program?

To understand the content, derive value, and successfully complete this course, you should have,
Basic Statistics methods used in business performance measures
Strong interest in data science
Hands-on experience on Core Java & Unix
Good analytical skills to grasp and apply the concepts in Hadoop

Which Tools I will be learning?

You will be learning "Hadoop Technology", "R Studio", "SAS Language", "Excel" & "Tableau".

Is this classroom session?

Yes , this is a purely classroom program conducted on weekends only.

Data Scientist: Is it the Hottest Job in India?

The study warns there is a significant shortage of qualified workers to analyze Big data sets adequately. According to the report, a shortfall of about 140,000 to 190,000 individuals with analytical expertise is projected by 2018. The study also predicts a need for an additional 1.5 million managers and analysts by that same date to fully engage the true potential of the currently available data.

What kind of job description companies look forward?

Data scientists are an integral part of competitive intelligence, a newly emerging field that encompasses a number of activities, such as data mining and analysis, that can help businesses gain a competitive edge. Ken Garrison, CEO of the industry group Strategic and Competitive Intelligence Professionals (SCIP), explains, "The field involves collecting data, analyzing it and delivering the data as intelligence that is actionable."

Who are some of the major employers for Data Scientist profile?

Every domain employers in analytics required: for example- 1. Large IT companies who have an Analytics practice; 2. Analytics KPOs; 3. In-House Analytics Units of large corporate; and 4. Analytics firms.

Which are the some of the big MNCs with operations in India?

The following is only a representative list: 1. IT - Accenture, Infosys ,TCS,Wipro; 2. KPO - Genpact, WNS; 3. Citibank, Dell, HP, Spencers, Target; and 4. Niche: Brainmatics, Fractal Analytics, Mu Sigma.

What is BIG DATA TRENDS?

It's an Online class which will cover any new updates or topics in Big data field. We keep this as an initiative for all old students to update on new techniques in the market. There will be a 3Hrs online interactive session on every 2nd & 4th Sunday of month for all X-students New topics in Big data & Industrial Case studies will be covered. All the enrolled students of Hadoop plus will get an Access to Hadoop trends for a year. Additionally , 4 classroom workshops will be held in a year in 5 cities to cover important topics Cities for workshop- Mumbai, Pune, Banglore, Kolkata and Delhi only

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