Get certified with our professional training in:

  • Survey and Data Collection
  • Market Research & Market Analysis
  • Data Analysis with SPSS
  • Data Analysis with R Programming
  • Data Analysis with Microsoft Excel

Why should I take these Courses?

As the demand for skilled data scientists continues to be sky-high, with IBM predicting that there will be continuous increase in the number of employed data scientists.
Businesses in all industries are beginning to capitalize on the vast increase in data and the new big data technologies becoming available for analyzing and gaining value from it.
This makes it a great prospect for anyone looking for a well-paid career in an exciting and cutting-edge field.
This is why we are offering you various professional courses in this field to become a certified professional data scientist.


Data Collection Data Interpretation Data Analysis Market Research Data Mining ...

There are currently 5 Available Courses



Survey and Data Collection

Course Objective: Get to know how to define survey objectives, develop research questions, collect, analyze and interpret data.

Target: Students, Managers, Marketers, Researchers.

Duration: 8 weeks.

Course Content

  • Introduction to Survey (why surveys are conducted, advantages, demerits)
  • Types of surveys
  • Types of data collected via survey (quantitative, qualitative)
  • Setting survey objectives
  • Identifying when surveys should be conducted
  • Survey design
  • Questionnaire Design
  • Data collection methods
  • Data Analysis (basic)
  • Data Interpretation



Market Research & Analysis

Course Objective: Teach participants the fundamentals of market research, consumer data and transforming the data into actionable insights.

Target: Managers, Business Analysts, Marketers, Enterprises

Duration: 8 weeks.

Course Content

  • Introduction to Market Research
  • Why market research
  • Case studies
  • Methods of conducting market research
  • Sources of data
  • Analyzing market data
  • Data collection (data types)
  • Data analysis
  • Data presentation
  • Writing market research reports



Data Analysis with SPSS

Course Objective:Participants will learn how to use IBM SPSS to carry out statistical analysis, including descriptive statistics, Regression Analysis, Factor Analysis etc., and interpretation.

Target:Students, Graduates, Academic Researchers, Professionals

Duration: 12 weeks.

Course Content

  • Introduction to Data Analytics
  • Data Processing & Management
    • Introduction
    • Starting SPSS
    • Understanding Variables
    • Basic Structure of SPSS Data File
    • Creating SPSS data file
    • Adding a Variable
    • Extract a Variable
    • Adding a Variable Label
    • Changing Variable Type and Format
    • Adding Value Labels
    • Modifying Data Values
    • Saving Data file
    • File copy & Past
    • Printing output
    • Matching data files
    • Relational database handling
    • Sort Cases
    • Merging Cases
    • Merging Variables
    • Select Cases
    • Handling Missing Data
    • Two Simple Recoding Rules
    • Computing New Variables
    • Reading an SPSS Data File
    • Reading Data from Spreadsheets
    • Reading Data from a Database
    • Using Results in Other Applications
  • Graphics & Sampling Technique
    • Creating and Editing Charts
    • Bar Diagram
    • Line Chart
    • Area Chart
    • Pie-Chart
    • Normal Distribution
    • Scatter Diagram
    • Sampling Technique
      • Simple Random Sampling
      • Systemetic Random Sampling
      • Cluster Sampling
      • Stratified Random Sampling
      • Non-Probability Sampling
  • Data Analysis
    • Examining Summary Statistics
    • Descriptive statistics
    • Simple Cross-tabulation
    • Counts versus Percentages
    • Time Saving Features
    • SPSS Syntax
    • Frequency
    • Correlation
    • Regression Analysis
    • Factor Analysis
    • Bivariate Analysis
    • Multivariate Analysis
    • Predictive Analysis
    • Multiple Responses Analysis
  • Statistical Significant Test
    • Chi-square test
    • T-test
      • One Sample t-test
      • Paired Sample t-test
      • Independent Sample t-test
    • F test



Data Analysis with R

Course Objective:Participants will learn how to use R and R-Studio to carry out statistical analysis, data mining, data visualization, integration and interpretation

Target:Students, Graduates, Academic Researchers, Professionals, Data Analysts

Duration: 12 weeks.

Course Content

  • Introduction to Data Analytics
  • Introduction to R programming
  • Learning Objectives - This module starts from the basics of R programming like datatypes and functions. In this module, we present a scenario and let you think about the options to resolve it, such as which datatype should one to store the variable or which R function that can help you in this scenario. You will also learn how to apply the 'join' function in SQL.
    Topics - The various kinds of data types in R and its appropriate uses, the built-in functions in R like: seq(), cbind (), rbind(), merge(), knowledge on the various subsetting methods, summarize data by using functions like: str(), class(), length(), nrow(), ncol(), use of functions like head(), tail(), for inspecting data, Indulge in a class activity to summarize data, dplyr package to perform SQL join in R.

  • Data Manipulation in R
  • Learning Objectives - In this module, we start with a sample of a dirty data set and perform Data Cleaning on it, resulting in a data set, which is ready for any analysis. Thus using and exploring the popular functions required to clean data in R.
    Topics - The various steps involved in Data Cleaning, functions used in Data Inspection, tackling the problems faced during Data Cleaning, uses of the functions like grepl(), grep(), sub(), Coerce the data, uses of the apply() functions.

  • Data Import Techniques in R
  • Learning Objectives - This module tells you about the versatility and robustness of R which can take-up data in a variety of formats, be it from a csv file to the data scraped from a website. This module teaches you various data importing techniques in R.
    Topics - Import data from spreadsheets and text files into R, import data from other statistical formats like sas7bdat and spss, packages installation used for database import, connect to RDBMS from R using ODBC and basic SQL queries in R, basics of Web Scraping.

  • Exploratory Data Analysis in R
  • Learning Objectives - In this module, you will learn that exploratory data analysis is an important step in the analysis. EDA is for seeing what the data can tell us beyond the formal modelling or hypothesis. You will also learn about the various tasks involved in a typical EDA process.
    Topics - Understanding the Exploratory Data Analysis(EDA), implementation of EDA on various datasets, Boxplots, whiskers of Boxplots. understanding the cor() in R, EDA functions like summarize(), llist(), multiple packages in R for data analysis, the Fancy plots like the Segment plot, HC plot in R.

  • Data Visualization in R
  • Learning Objectives - In this module, you will learn that visualization is the USP of R. You will learn the concepts of creating simple as well as complex visualizations in R.
    Topics - Understanding on Data Visualization, graphical functions present in R, plot various graphs like tableplot, histogram, Boxplot, customizing Graphical Parameters to improvise plots, understanding GUIs like Deducer and R Commander, introduction to Spatial Analysis.

  • Data Mining: Clustering Techniques
  • Learning Objectives - This module lets you know about the various Machine Learning algorithms. The two Machine Learning types are Supervised Learning and Unsupervised Learning and the difference between the two types. We will also discuss the process involved in 'K-means Clustering', the various statistical measures you need to know to implement it in this module.
    Topics - Introduction to Data Mining, Understanding Machine Learning, Supervised and Unsupervised Machine Learning Algorithms, K-means Clustering.

  • Data Mining: Association Rule Mining & Collaborative Filtering
  • Learning Objectives - In this module, you will learn how to find the associations between many variables using the popular data mining technique called the "Association Rule Mining", and implement it to predict buyers' next purchase. You will also learn a new technique that can be used for recommendation purpose called "Collaborative Filtering". Various real-time based scenarios are shown using these techniques in this module.
    Topics - Association Rule Mining, User Based Collaborative Filtering (UBCF), Item Based Collaborative Filtering (IBCF).

  • Linear and Logistic Regression
  • Learning Objectives -This module touches the base of 'Regression Techniques’. Linear and logistic regression is explained from the basics with the examples and it is implemented in R using two case studies dedicated to each type of Regression discussed.
    Topics -Linear Regression, Logistic Regression.

  • Anova and Sentiment Analysis
  • Learning Objectives -This module tells you about the Analysis of Variance (Anova) Technique. The algorithm and various aspects of Anova have been discussed in this module. Additionally, this module also deals with Sentiment Analysis and how we can fetch, extract and mine live data from Twitter to find out the sentiment of the tweets.
    Topics -LAnova, Sentiment Analysis.

  • Data Mining: Decision Trees and Random Forest
  • Learning Objectives -This module covers the concepts of Decision Trees and Random Forest. The algorithm for creation of trees and classification of decision trees and the various aspects like the Impurity function Gini Index, Pruning, Entropy etc are extensively taught in this module. The algorithm of Random Forests is discussed in a step-wise approach and explained with real-life examples. At the end of the class, these concepts are implemented on a real-life data set.
    Topics -Decision Tree, the 3 elements for classification of a Decision Tree, Entropy, Gini Index, Pruning and Information Gain, bagging of Regression and Classification Trees, concepts of Random Forest, working of Random Forest, features of Random Forest, among others.

  • Project Work
  • Learning Objectives -This module discusses various concepts taught throughout the course and their implementation in a project.
    Topics -Analyze census data to predict insights on the income of the people, based on the factors like: age, education, work-class, occupation using Decision Trees, Logistic Regression and Random Forest. Analyze the Sentiment of Twitter data, where the data to be analyzed is streamed live from twitter and sentiment analysis is performed on the same.



Data Analysis with Excel

Course Objective: Participants will learn how to use Microsoft Excel to carry out statistical analysis, including descriptive statistics, Regression Analysis, Factor Analysis etc., and interpretation

Target:Students, Graduates, Academic Researchers, Professionals

Duration: 8 weeks.

Course Content

  • Getting Started
    • Launching
    • Opening a workbook
    • Scrolling through a workbook
    • Selecting a cell
    • Moving cells
    • Printing from excel
    • Saving
    • Excel Add-ins
    • Analysis tool pack
    • Stat plus Add-in
    • Exiting excel
  • Working with Data
    • Data entry
    • Data Formats
    • Formulas
    • Cell references
    • Sorting
  • Working with charts
    • Pie chart
    • Column chart
    • Line chart
    • Scatter plot
    • Histogram
    • Box and Whisker plot
  • Describing your data
    • Variables and Descriptive statistics
    • Frequency distribution
    • Measure of centers
    • Measures of variability
  • Pivot Tables
  • Correlation and Regression
  • Analysis of variance
  • Simulation (random number generation)
  • Time series