Course Content

Applied Data Analytics & Business Intelligence Program

Week 1

Data Foundations & Excel Analytics

Build a strong foundation in data concepts, business thinking, and Excel-based analytics. This week sets the stage for your entire analytics journey.

Beginner Friendly No Prerequisites Hands-On

🎯 Learning Objectives

1

Understand what data analytics is and its role in business decision-making

2

Learn to identify and classify different types of data

3

Master the art of framing business questions that data can answer

4

Design meaningful KPIs and metrics for business scenarios

5

Perform basic to intermediate data analysis using Excel

6

Create your first data-driven insights and recommendations

📅 Day-wise Breakdown

Day 1

Introduction to Data Analytics

3 hours
Topics Covered:
  • What is Data Analytics? - Definition and Scope
  • Types of Analytics: Descriptive, Diagnostic, Predictive, Prescriptive
  • The Data Analytics Lifecycle
  • Role of a Data Analyst in Organizations
  • Industry Applications: BFSI, Healthcare, Retail, IT
  • Career Paths in Data Analytics
Activities:
  • Group Discussion: How data impacts daily decisions
  • Case Study: Netflix recommendation system
  • Quiz: Analytics fundamentals
Day 2

Understanding Data Types & Structures

3 hours
Topics Covered:
  • Structured vs Unstructured vs Semi-structured Data
  • Data Types: Numerical (Discrete, Continuous)
  • Data Types: Categorical (Nominal, Ordinal)
  • Date/Time Data Handling
  • Data Quality Dimensions: Accuracy, Completeness, Consistency
  • Common Data Formats: CSV, Excel, JSON, XML
Activities:
  • Hands-on: Identify data types in sample datasets
  • Exercise: Data quality assessment checklist
  • Practice: Convert between data formats
Day 3

Business Questions & Problem Framing

3 hours
Topics Covered:
  • The Art of Asking the Right Questions
  • SMART Framework for Business Questions
  • Translating Business Problems to Analytical Questions
  • Stakeholder Requirements Gathering
  • Scope Definition and Constraints
  • Hypothesis Formation
Activities:
  • Workshop: Convert vague requests to specific questions
  • Role Play: Stakeholder interview simulation
  • Case Study: E-commerce sales decline analysis
Day 4

KPIs & Metrics Design

3 hours
Topics Covered:
  • What are KPIs? Metrics vs KPIs
  • Types of KPIs: Leading vs Lagging Indicators
  • Industry-specific KPIs:
    • Sales: Revenue, Conversion Rate, AOV, CAC, LTV
    • Marketing: CTR, CPC, ROAS, Engagement Rate
    • Operations: Efficiency, Utilization, Defect Rate
    • Finance: ROI, Profit Margin, Cash Flow
  • Setting KPI Targets and Benchmarks
  • KPI Dashboards: What to Include
Activities:
  • Exercise: Design KPIs for a startup
  • Group Activity: KPI prioritization matrix
  • Mini Project: Create a KPI documentation template
Day 5

Excel Fundamentals for Analytics

3 hours
Topics Covered:
  • Excel Interface & Navigation for Analysts
  • Data Entry Best Practices
  • Essential Functions:
    • SUM, AVERAGE, COUNT, COUNTA, COUNTBLANK
    • MIN, MAX, MEDIAN, MODE
    • IF, AND, OR, NOT
    • TEXT, LEFT, RIGHT, MID, CONCATENATE
  • Cell References: Relative, Absolute, Mixed
  • Named Ranges and Tables
  • Data Validation Rules
Activities:
  • Lab: Build a sales tracking spreadsheet
  • Exercise: Data cleaning with Excel functions
  • Practice: Formula debugging challenges
Day 6

Advanced Excel & Data Analysis

3 hours
Topics Covered:
  • Lookup Functions:
    • VLOOKUP & HLOOKUP
    • INDEX-MATCH (Why it's better)
    • XLOOKUP (Modern approach)
  • Conditional Aggregations:
    • SUMIF, SUMIFS
    • COUNTIF, COUNTIFS
    • AVERAGEIF, AVERAGEIFS
  • Pivot Tables:
    • Creating and Formatting Pivot Tables
    • Grouping Data
    • Calculated Fields
    • Pivot Charts
  • Sorting, Filtering & Conditional Formatting
Activities:
  • Lab: Multi-table data consolidation
  • Project: Sales analysis with Pivot Tables
  • Exercise: Dynamic dashboard elements
Day 7

Week 1 Project & Assessment

3 hours
Project Brief:
Sales Performance Analysis Dashboard

Create an Excel-based analysis of a retail company's sales data that answers key business questions and presents KPIs.

  • Analyze 6-month sales data across regions
  • Identify top-performing products and categories
  • Calculate and present 5 relevant KPIs
  • Create a summary Pivot Table dashboard
  • Write 3 actionable recommendations
Assessment:
  • Project Submission (50%)
  • Quiz: Week 1 Concepts (30%)
  • Peer Review Participation (20%)

🔧 Tools & Resources

Software Required

  • Microsoft Excel 2019 or later (or Google Sheets)
  • Sample datasets (provided)

Reading Materials

  • Data Analytics Handbook (Chapter 1-2)
  • KPI Design Guide PDF
  • Excel Quick Reference Sheet

Practice Datasets

  • Retail Sales Dataset
  • Customer Demographics Data
  • Product Inventory Sample

Additional Resources

  • Excel function cheat sheet
  • KPI templates library
  • Video tutorials playlist

💡 Key Takeaways

Solid understanding of data analytics fundamentals and career landscape

Ability to classify data types and assess data quality

Skills to frame business problems as analytical questions

Competency in designing relevant KPIs for any business scenario

Proficiency in Excel for data analysis including Pivot Tables

First portfolio project: Sales Analysis Dashboard

🚀 Coming Up: Week 2

SQL & Database Fundamentals

Dive into the world of databases and learn SQL - the language of data. You'll learn to query databases, join tables, and perform analytical queries that power real business insights.

Database Concepts SQL SELECT Queries Filtering & Sorting JOINs Aggregations
Week 2

SQL Fundamentals & Database Basics

Learn the language of data. Master SQL queries to extract, filter, and analyze data from relational databases - a must-have skill for every data analyst.

Essential Skill Hands-On Labs Real Databases

🎯Learning Objectives

1

Understand relational database concepts and data modeling

2

Write SQL queries to retrieve and filter data

3

Use SQL operators, functions, and clauses effectively

4

Sort, group, and aggregate data for analysis

5

Join multiple tables to combine related data

6

Apply SQL to real business scenarios

📅Day-wise Breakdown

Day 1

Introduction to Databases

3 hours
Topics Covered:
  • What is a Database? Types of Databases
  • Relational Database Management Systems (RDBMS)
  • Tables, Rows, Columns, and Primary Keys
  • Entity-Relationship (ER) Diagrams
  • Introduction to MySQL/PostgreSQL
  • Setting up your SQL environment
Activities:
  • Install and configure MySQL Workbench
  • Explore sample databases (Northwind, Sakila)
  • Draw ER diagram for a simple business scenario
Day 2

Basic SELECT Queries

3 hours
Topics Covered:
  • SELECT statement syntax
  • Selecting specific columns vs SELECT *
  • Column aliases with AS
  • DISTINCT for unique values
  • LIMIT and OFFSET for pagination
  • Comments in SQL
Activities:
  • Practice: 20 SELECT query exercises
  • Lab: Extract customer data from e-commerce database
  • Quiz: SQL syntax fundamentals
Day 3

Filtering Data with WHERE

3 hours
Topics Covered:
  • WHERE clause for filtering
  • Comparison operators: =, <>, <, >, <=, >=
  • Logical operators: AND, OR, NOT
  • BETWEEN for range filtering
  • IN for multiple value matching
  • LIKE and wildcards (%, _) for pattern matching
  • IS NULL and IS NOT NULL
Activities:
  • Lab: Filter sales data by date, region, amount
  • Exercise: Find products matching specific criteria
  • Challenge: Complex multi-condition filters
Day 4

Sorting & Aggregations

3 hours
Topics Covered:
  • ORDER BY for sorting (ASC, DESC)
  • Sorting by multiple columns
  • Aggregate functions: COUNT, SUM, AVG, MIN, MAX
  • GROUP BY for grouping data
  • HAVING clause for filtering groups
  • Difference between WHERE and HAVING
Activities:
  • Calculate total sales by region and category
  • Find top 10 customers by purchase amount
  • Analyze monthly revenue trends
Day 5

SQL Functions

3 hours
Topics Covered:
  • String functions: UPPER, LOWER, CONCAT, SUBSTRING, LENGTH, TRIM
  • Numeric functions: ROUND, CEIL, FLOOR, ABS, MOD
  • Date functions: NOW, CURDATE, DATE_FORMAT, DATEDIFF, DATE_ADD
  • CASE WHEN for conditional logic
  • COALESCE and IFNULL for handling NULLs
  • Type conversion: CAST and CONVERT
Activities:
  • Clean and format customer names
  • Calculate age from date of birth
  • Create custom categories using CASE
Day 6

Introduction to JOINs

3 hours
Topics Covered:
  • Why JOINs? Combining related tables
  • INNER JOIN - matching records only
  • LEFT JOIN - all from left table
  • RIGHT JOIN - all from right table
  • FULL OUTER JOIN - all records
  • Table aliases for readability
  • Joining on multiple conditions
Activities:
  • Join orders with customers and products
  • Find customers with no orders (LEFT JOIN)
  • Create comprehensive sales report with JOINs
Day 7

Week 2 Project & Assessment

3 hours
Project Brief:
E-commerce Database Analysis

Write SQL queries to analyze an e-commerce database and generate business insights.

  • Query customer demographics and segmentation
  • Analyze product sales performance
  • Calculate revenue metrics by category and region
  • Identify top customers and products
  • Generate a monthly sales summary report
Assessment:
  • SQL Query Set Submission (50%)
  • Quiz: SQL Fundamentals (30%)
  • Query Optimization Review (20%)

🔧Tools & Resources

Software Required

  • MySQL 8.0 or PostgreSQL 14+
  • MySQL Workbench / pgAdmin
  • Sample databases (provided)

Reading Materials

  • SQL Fundamentals Guide
  • Database Design Principles
  • SQL Cheat Sheet

Practice Databases

  • E-commerce Database
  • HR Employee Database
  • Retail Sales Database

Additional Resources

  • SQLZoo online practice
  • W3Schools SQL Tutorial
  • Query optimization tips

💡Key Takeaways

Understanding of relational database concepts and structure

Proficiency in writing SELECT queries with filtering

Ability to aggregate and group data for analysis

Understanding of SQL functions for data manipulation

Basic JOIN skills to combine multiple tables

Portfolio project: E-commerce SQL Analysis

🚀Coming Up: Week 3

Advanced SQL & Analytics Queries

Take your SQL skills to the next level with subqueries, window functions, CTEs, and complex analytical queries used in real-world data analysis.

SubqueriesWindow FunctionsCTEsComplex JOINsPerformance
Week 3

Advanced SQL & Analytics Queries

Master advanced SQL techniques including subqueries, window functions, and CTEs. Learn to write complex analytical queries that solve real business problems.

Advanced LevelAnalytics FocusIndustry Patterns

🎯Learning Objectives

1

Write complex queries using subqueries and correlated subqueries

2

Master window functions for advanced analytics

3

Use CTEs for readable and maintainable queries

4

Perform self-joins and complex multi-table operations

5

Understand query optimization and indexing basics

6

Apply SQL to real analytics scenarios

📅Day-wise Breakdown

Day 1

Subqueries & Nested Queries

3 hours
Topics Covered:
  • What are Subqueries? Types and Use Cases
  • Scalar Subqueries (Single Value)
  • Column Subqueries (List of Values)
  • Table Subqueries (Derived Tables)
  • Subqueries in SELECT, WHERE, FROM clauses
  • EXISTS and NOT EXISTS operators
Activities:
  • Find products with above-average prices
  • Get customers who made purchases in specific categories
  • Compare each sale to department average
Day 2

Correlated Subqueries

3 hours
Topics Covered:
  • Understanding Correlated Subqueries
  • Difference from Regular Subqueries
  • Row-by-Row Processing Concept
  • Using IN, ANY, ALL with Subqueries
  • Performance Considerations
  • When to Use vs When to Avoid
Activities:
  • Find employees earning more than their department average
  • Get latest order for each customer
  • Identify products never ordered
Day 3

Window Functions - Part 1

3 hours
Topics Covered:
  • Introduction to Window Functions
  • OVER() clause and PARTITION BY
  • Ranking Functions: ROW_NUMBER, RANK, DENSE_RANK
  • NTILE for percentile grouping
  • ORDER BY within windows
  • Difference from GROUP BY
Activities:
  • Rank products by sales within each category
  • Assign customers to quartiles by purchase value
  • Find top 3 employees in each department
Day 4

Window Functions - Part 2

3 hours
Topics Covered:
  • Aggregate Window Functions: SUM, AVG, COUNT OVER()
  • Running Totals and Moving Averages
  • LAG and LEAD for accessing adjacent rows
  • FIRST_VALUE and LAST_VALUE
  • Frame Specifications: ROWS vs RANGE
  • UNBOUNDED PRECEDING/FOLLOWING
Activities:
  • Calculate running total of sales
  • Compute month-over-month growth
  • 7-day moving average of daily sales
Day 5

Common Table Expressions (CTEs)

3 hours
Topics Covered:
  • What are CTEs? WITH clause syntax
  • Benefits: Readability and Reusability
  • Multiple CTEs in a single query
  • Recursive CTEs for hierarchical data
  • CTEs vs Subqueries vs Temp Tables
  • Best Practices for CTE Usage
Activities:
  • Refactor complex queries using CTEs
  • Build employee hierarchy with recursive CTE
  • Multi-step analysis with chained CTEs
Day 6

Query Optimization & Best Practices

3 hours
Topics Covered:
  • Understanding Query Execution Plans
  • Introduction to Indexing
  • EXPLAIN and ANALYZE statements
  • Common Performance Pitfalls
  • Writing Efficient WHERE Clauses
  • Best Practices for Production Queries
Activities:
  • Analyze execution plans of complex queries
  • Optimize slow-running queries
  • Code review: Query optimization exercise
Day 7

Week 3 Project & Assessment

3 hours
Project Brief:
Business Analytics SQL Report

Create an advanced SQL analytics report for a retail company using all techniques learned.

  • Customer segmentation using window functions
  • Sales trend analysis with running totals
  • Product performance ranking by category
  • Year-over-year growth calculations
  • Complex multi-CTE analytical query
Assessment:
  • Advanced SQL Query Set (50%)
  • Quiz: Window Functions & CTEs (30%)
  • Query Optimization Challenge (20%)

🔧Tools & Resources

Software Required

  • MySQL 8.0 / PostgreSQL 14+
  • Query profiling tools
  • Advanced practice databases

Reading Materials

  • Window Functions Deep Dive
  • CTE Best Practices Guide
  • Query Optimization Handbook

Practice Datasets

  • Large retail dataset (1M+ rows)
  • Employee hierarchy data
  • Time-series sales data

Additional Resources

  • LeetCode SQL problems
  • HackerRank SQL challenges
  • Real interview questions

💡Key Takeaways

Mastery of subqueries for complex data retrieval

Proficiency in window functions for analytics

Ability to write clean, maintainable CTEs

Understanding of query performance optimization

Skills to tackle real-world analytics problems

Portfolio project: Advanced Analytics Report

🚀Coming Up: Week 4

Statistics Foundations for Data Analysis

Build your statistical foundation with descriptive statistics, probability, and distributions - essential concepts for any data analyst.

Descriptive StatsProbabilityDistributionsCentral TendencyVariability
Week 4

Statistics Foundations for Data Analysis

Build a solid statistical foundation. Learn descriptive statistics, probability concepts, and data distributions that form the backbone of data analysis.

Core ConceptsMath FoundationsExcel + Python

🎯Learning Objectives

1

Calculate and interpret measures of central tendency

2

Understand and compute measures of dispersion

3

Apply basic probability concepts

4

Identify and work with common distributions

5

Understand sampling and estimation concepts

6

Use Excel and Python for statistical calculations

📅Day-wise Breakdown

Day 1

Measures of Central Tendency

3 hours
Topics Covered:
  • Why Statistics for Data Analysts?
  • Mean: Arithmetic, Weighted, Trimmed
  • Median: Finding and Interpreting
  • Mode: Single and Multi-modal Data
  • When to Use Each Measure
  • Effect of Outliers on Central Tendency
Activities:
  • Calculate mean, median, mode for salary data
  • Compare measures for skewed distributions
  • Excel lab: Statistical functions
Day 2

Measures of Dispersion

3 hours
Topics Covered:
  • Range and Interquartile Range (IQR)
  • Variance: Population vs Sample
  • Standard Deviation and Its Meaning
  • Coefficient of Variation
  • Percentiles and Quartiles
  • Five-Number Summary and Box Plots
Activities:
  • Calculate variance and standard deviation
  • Create box plots in Excel
  • Identify outliers using IQR method
Day 3

Data Distributions & Shape

3 hours
Topics Covered:
  • Frequency Distributions and Histograms
  • Skewness: Left, Right, Symmetric
  • Kurtosis: Peaks and Tails
  • Normal Distribution Properties
  • Empirical Rule (68-95-99.7)
  • Z-Scores and Standardization
Activities:
  • Create histograms and identify skewness
  • Calculate and interpret z-scores
  • Apply empirical rule to real data
Day 4

Probability Fundamentals

3 hours
Topics Covered:
  • Basic Probability Concepts
  • Types: Classical, Empirical, Subjective
  • Addition Rule (OR)
  • Multiplication Rule (AND)
  • Conditional Probability
  • Bayes' Theorem Introduction
Activities:
  • Calculate probabilities for business scenarios
  • Solve conditional probability problems
  • Apply Bayes' theorem to real examples
Day 5

Common Probability Distributions

3 hours
Topics Covered:
  • Discrete vs Continuous Distributions
  • Binomial Distribution
  • Poisson Distribution
  • Normal Distribution Deep Dive
  • Exponential Distribution
  • When to Use Each Distribution
Activities:
  • Calculate binomial probabilities
  • Normal distribution problems
  • Identify distribution types from data
Day 6

Sampling & Estimation

3 hours
Topics Covered:
  • Population vs Sample
  • Sampling Methods: Random, Stratified, Cluster
  • Sampling Distribution of the Mean
  • Central Limit Theorem
  • Standard Error
  • Confidence Intervals Introduction
Activities:
  • Design a sampling strategy
  • Demonstrate Central Limit Theorem
  • Calculate confidence intervals
Day 7

Week 4 Project & Assessment

3 hours
Project Brief:
Statistical Analysis Report

Perform comprehensive statistical analysis on a business dataset.

  • Calculate all descriptive statistics
  • Visualize data distributions
  • Identify outliers and anomalies
  • Apply probability calculations
  • Present findings with visualizations
Assessment:
  • Statistical Analysis Report (50%)
  • Quiz: Statistics Fundamentals (30%)
  • Problem-Solving Exercises (20%)

🔧Tools & Resources

Software Required

  • Microsoft Excel (Analysis ToolPak)
  • Python with NumPy, SciPy
  • Statistical calculators

Reading Materials

  • Statistics for Business Guide
  • Probability Concepts Handbook
  • Distribution Reference Sheet

Practice Datasets

  • Employee salary data
  • Sales transaction records
  • Customer demographics

Additional Resources

  • Khan Academy Statistics
  • StatQuest videos
  • Practice problem sets

💡Key Takeaways

Solid understanding of descriptive statistics

Ability to analyze data distributions

Foundation in probability concepts

Knowledge of common distributions

Understanding of sampling and estimation

Portfolio project: Statistical Analysis Report

🚀Coming Up: Week 5

Advanced Statistics & Exploratory Data Analysis

Take statistics further with hypothesis testing, correlation analysis, and comprehensive EDA techniques.

Hypothesis TestingCorrelationEDAA/B TestingVisualization
Week 5

Advanced Statistics & Exploratory Data Analysis

Master hypothesis testing, correlation analysis, and comprehensive EDA techniques. Learn to uncover insights and tell data stories.

Hypothesis TestingEDA TechniquesData Storytelling

🎯Learning Objectives

1

Formulate and test statistical hypotheses

2

Understand and apply correlation analysis

3

Perform comprehensive EDA on datasets

4

Design and analyze A/B tests

5

Create effective data visualizations

6

Present data findings professionally

📅Day-wise Breakdown

Day 1

Hypothesis Testing Fundamentals

3 hours
Topics Covered:
  • What is Hypothesis Testing?
  • Null and Alternative Hypotheses
  • Type I and Type II Errors
  • P-values and Significance Levels
  • One-tailed vs Two-tailed Tests
  • Steps in Hypothesis Testing
Activities:
  • Formulate hypotheses for business scenarios
  • Interpret p-values and make decisions
  • Case study: Product launch decision
Day 2

Statistical Tests

3 hours
Topics Covered:
  • Z-Test for Large Samples
  • T-Test: One Sample, Two Sample, Paired
  • Chi-Square Test for Independence
  • ANOVA: Analysis of Variance
  • Choosing the Right Test
  • Assumptions and Limitations
Activities:
  • Perform t-tests on sales data
  • Chi-square test for customer preferences
  • ANOVA for comparing group means
Day 3

Correlation & Relationships

3 hours
Topics Covered:
  • Correlation vs Causation
  • Pearson Correlation Coefficient
  • Spearman Rank Correlation
  • Scatter Plots and Trend Lines
  • Correlation Matrix
  • Introduction to Linear Regression
Activities:
  • Calculate correlations between variables
  • Create correlation heatmaps
  • Identify relationships in datasets
Day 4

Exploratory Data Analysis (EDA)

3 hours
Topics Covered:
  • EDA Process and Methodology
  • Univariate Analysis Techniques
  • Bivariate Analysis Techniques
  • Multivariate Analysis Overview
  • Handling Missing Data
  • Dealing with Outliers
Activities:
  • Complete EDA on e-commerce dataset
  • Document data quality issues
  • Generate initial insights
Day 5

A/B Testing & Experimentation

3 hours
Topics Covered:
  • Introduction to A/B Testing
  • Designing Experiments
  • Sample Size Calculations
  • Statistical Significance in A/B Tests
  • Common Pitfalls to Avoid
  • Interpreting A/B Test Results
Activities:
  • Design an A/B test for website conversion
  • Calculate required sample size
  • Analyze A/B test results dataset
Day 6

Data Visualization for Analysis

3 hours
Topics Covered:
  • Choosing the Right Chart Type
  • Effective Chart Design Principles
  • Common Visualization Mistakes
  • Telling Stories with Data
  • Dashboard Design Basics
  • Tools: Excel Charts, Python Matplotlib
Activities:
  • Create effective visualizations from EDA
  • Design a simple analytics dashboard
  • Present findings to peers
Day 7

Week 5 Project & Assessment

3 hours
Project Brief:
Complete EDA & Statistical Analysis

Perform end-to-end exploratory data analysis with statistical testing.

  • Comprehensive EDA with visualizations
  • Hypothesis testing for business questions
  • Correlation analysis and insights
  • A/B test analysis and recommendations
  • Executive summary presentation
Assessment:
  • EDA Report with Visualizations (50%)
  • Quiz: Hypothesis Testing & EDA (30%)
  • Presentation Skills (20%)

🔧Tools & Resources

Software Required

  • Excel with Analysis ToolPak
  • Python (Pandas, Matplotlib, Seaborn)
  • Statistical software

Reading Materials

  • Hypothesis Testing Guide
  • EDA Best Practices
  • Data Visualization Handbook

Practice Datasets

  • Marketing A/B test data
  • Customer behavior dataset
  • Sales performance data

Additional Resources

  • Storytelling with Data (book)
  • A/B testing calculators
  • Visualization galleries

💡Key Takeaways

Proficiency in hypothesis testing and interpretation

Ability to perform comprehensive EDA

Understanding of correlation analysis

Skills in A/B test design and analysis

Data visualization best practices

Portfolio project: Complete EDA Report

🚀Coming Up: Week 6

R Programming Fundamentals

Enter the world of R programming - the language of data science. Learn R syntax, data manipulation with dplyr, and prepare for R Shiny development.

R BasicsData TypesdplyrtidyverseData Wrangling
Week 6

R Programming Fundamentals

Begin your R programming journey. Learn R syntax, data structures, and the powerful tidyverse ecosystem for data manipulation.

Core ModuleR Languagetidyverse

🎯Learning Objectives

1

Set up R environment and understand RStudio

2

Master R data types and structures

3

Write functions and control flow

4

Use dplyr for data manipulation

5

Transform data with tidyr

6

Create visualizations with ggplot2

📅Day-wise Breakdown

Day 1

Introduction to R & RStudio

3 hours
Topics Covered:
  • Why R for Data Analysis?
  • Installing R and RStudio
  • RStudio Interface Tour
  • R as a Calculator
  • Variables and Assignment
  • Getting Help in R
Activities:
  • Install R and RStudio
  • Configure RStudio preferences
  • Basic calculations and variable assignment
Day 2

Data Types & Structures

3 hours
Topics Covered:
  • Atomic Types: numeric, character, logical
  • Vectors: Creating and Indexing
  • Lists: Heterogeneous Collections
  • Matrices and Arrays
  • Data Frames: The Core Structure
  • Factors for Categorical Data
Activities:
  • Create vectors and perform operations
  • Build and manipulate data frames
  • Practice indexing and subsetting
Day 3

Control Flow & Functions

3 hours
Topics Covered:
  • Conditional Statements: if, else, ifelse
  • Loops: for, while, repeat
  • Apply Family: lapply, sapply, mapply
  • Writing Custom Functions
  • Function Arguments and Defaults
  • Scope and Environments
Activities:
  • Write conditional logic for data processing
  • Create reusable functions
  • Replace loops with apply functions
Day 4

Data Import & tidyverse Introduction

3 hours
Topics Covered:
  • Reading CSV, Excel, and Databases
  • readr Package for Fast Imports
  • Introduction to tidyverse Philosophy
  • The Pipe Operator %>%
  • Tibbles vs Data Frames
  • Data Export Options
Activities:
  • Import various data formats
  • Chain operations with pipes
  • Set up tidyverse workflow
Day 5

Data Manipulation with dplyr

3 hours
Topics Covered:
  • select() - Choose Columns
  • filter() - Subset Rows
  • mutate() - Create/Modify Columns
  • arrange() - Sort Data
  • summarize() - Aggregate Data
  • group_by() - Grouped Operations
Activities:
  • Transform sales dataset with dplyr
  • Create summary statistics by groups
  • Complex data transformations
Day 6

Data Reshaping with tidyr

3 hours
Topics Covered:
  • Tidy Data Principles
  • pivot_longer() - Wide to Long
  • pivot_wider() - Long to Wide
  • separate() and unite()
  • Handling Missing Values
  • Joining Tables: left_join, inner_join
Activities:
  • Reshape messy datasets
  • Combine multiple data sources
  • Handle missing data appropriately
Day 7

Week 6 Project & Assessment

3 hours
Project Brief:
Data Wrangling Pipeline

Build a complete data processing pipeline using R and tidyverse.

  • Import data from multiple sources
  • Clean and transform using dplyr
  • Reshape data with tidyr
  • Join multiple datasets
  • Export analysis-ready dataset
Assessment:
  • Data Wrangling Pipeline (50%)
  • Quiz: R & tidyverse (30%)
  • Code Review & Best Practices (20%)

🔧Tools & Resources

Software Required

  • R 4.0+
  • RStudio Desktop
  • tidyverse packages

Reading Materials

  • R for Data Science (book)
  • tidyverse Style Guide
  • dplyr Cheat Sheet

Practice Datasets

  • Built-in R datasets
  • Real-world CSV files
  • Messy data examples

Additional Resources

  • RStudio Primers
  • tidyverse.org tutorials
  • Stack Overflow R tag

💡Key Takeaways

Proficiency in R syntax and data structures

Ability to write R functions

Mastery of dplyr for data manipulation

Skills in data reshaping with tidyr

Understanding of tidy data principles

Portfolio project: Data Wrangling Pipeline

🚀Coming Up: Week 7

Advanced R & Data Visualization

Master ggplot2 for stunning visualizations and advanced R techniques for production-ready analytics code.

ggplot2Advanced dplyrString HandlingDate/TimeR Scripts
Week 7

Advanced R & Data Visualization

Master ggplot2 for publication-quality visualizations and learn advanced R techniques for handling strings, dates, and building production code.

ggplot2Advanced RProduction Code

🎯Learning Objectives

1

Create professional visualizations with ggplot2

2

Master ggplot2 layering and customization

3

Handle strings with stringr package

4

Work with dates using lubridate

5

Write clean, maintainable R scripts

6

Prepare for R Shiny development

📅Day-wise Breakdown

Day 1

ggplot2 Fundamentals

3 hours
Topics Covered:
  • Grammar of Graphics Philosophy
  • ggplot() and aes() Basics
  • Geometric Objects (geoms)
  • Bar Charts, Line Charts, Scatter Plots
  • Histograms and Box Plots
  • Adding Titles, Labels, Legends
Activities:
  • Create basic chart types
  • Customize chart aesthetics
  • Build sales visualization dashboard
Day 2

Advanced ggplot2

3 hours
Topics Covered:
  • Faceting: facet_wrap, facet_grid
  • Themes and Customization
  • Color Palettes and Scales
  • Annotations and Text
  • Combining Multiple Plots
  • Saving Plots: ggsave()
Activities:
  • Create faceted visualizations
  • Build custom themes
  • Multi-panel dashboard layouts
Day 3

String Manipulation with stringr

3 hours
Topics Covered:
  • String Basics in R
  • stringr Functions Overview
  • Pattern Matching: str_detect, str_extract
  • String Manipulation: str_replace, str_split
  • Regular Expressions Basics
  • Cleaning Text Data
Activities:
  • Clean messy text columns
  • Extract patterns from strings
  • Parse unstructured text data
Day 4

Date & Time with lubridate

3 hours
Topics Covered:
  • Date/Time Classes in R
  • Parsing Dates with lubridate
  • Extracting Components: year, month, day
  • Date Arithmetic
  • Time Zones and Durations
  • Time Series Data Basics
Activities:
  • Parse various date formats
  • Calculate time differences
  • Time-based grouping and analysis
Day 5

Advanced dplyr & Programming

3 hours
Topics Covered:
  • across() for Multiple Columns
  • Window Functions in dplyr
  • Conditional Mutations: case_when
  • Working with Nested Data
  • purrr for Functional Programming
  • Error Handling in R
Activities:
  • Apply functions across columns
  • Build complex transformations
  • Create modular analysis functions
Day 6

R Scripts & Best Practices

3 hours
Topics Covered:
  • Project Organization
  • R Scripts vs R Markdown
  • Code Style Guidelines
  • Documentation and Comments
  • Debugging Techniques
  • Introduction to R Packages
Activities:
  • Organize analysis project structure
  • Write documented R scripts
  • Debug common R errors
Day 7

Week 7 Project & Assessment

3 hours
Project Brief:
Complete R Analytics Report

Build an end-to-end R analysis with visualizations.

  • Data import and cleaning pipeline
  • Comprehensive EDA in R
  • Professional ggplot2 visualizations
  • Time series analysis component
  • Documented, reproducible code
Assessment:
  • R Analytics Report (50%)
  • Quiz: ggplot2 & Advanced R (30%)
  • Code Quality Review (20%)

🔧Tools & Resources

Software Required

  • R and RStudio
  • ggplot2, stringr, lubridate
  • purrr, forcats

Reading Materials

  • ggplot2 Book (Wickham)
  • Visualization Best Practices
  • R Style Guide

Practice Datasets

  • Time series datasets
  • Text-heavy data files
  • Real business data

Additional Resources

  • R Graph Gallery
  • ggplot2 Extensions
  • Color palette tools

💡Key Takeaways

Mastery of ggplot2 for visualizations

Ability to handle strings and dates in R

Advanced dplyr techniques

Clean, documented R code practices

Ready for R Shiny development

Portfolio project: Complete R Analytics Report

🚀Coming Up: Week 8

R Shiny - Interactive Dashboards

The core skill that sets you apart! Build interactive web applications and dashboards using R Shiny - no web development experience required.

Shiny BasicsUI DesignReactivityDashboardsDeployment
Week 8

R Shiny - Interactive Dashboards

The skill that sets you apart! Build interactive web applications and dashboards using R Shiny. Transform your R analyses into powerful, shareable applications.

USP ModuleWeb AppsDeployment

🎯Learning Objectives

1

Understand Shiny architecture and reactivity

2

Build user interfaces with Shiny UI components

3

Create reactive server logic

4

Integrate ggplot2 visualizations

5

Build complete dashboard applications

6

Deploy Shiny apps to the web

📅Day-wise Breakdown

Day 1

Introduction to R Shiny

3 hours
Topics Covered:
  • What is R Shiny? Why It Matters
  • Shiny vs Traditional BI Tools
  • Shiny App Structure: ui.R and server.R
  • Your First Shiny App
  • Running and Debugging Apps
  • Shiny App Templates
Activities:
  • Build "Hello Shiny" app
  • Explore gallery apps
  • Modify existing templates
Day 2

UI Components & Layout

3 hours
Topics Covered:
  • Input Widgets: selectInput, sliderInput, textInput
  • Output Elements: plotOutput, tableOutput, textOutput
  • Layout Functions: fluidPage, sidebarLayout
  • Tabs and Panels: tabsetPanel, navbarPage
  • Conditional UI Elements
  • HTML and CSS in Shiny
Activities:
  • Build multi-tab dashboard layout
  • Create interactive input forms
  • Style apps with CSS
Day 3

Reactivity Deep Dive

3 hours
Topics Covered:
  • Understanding Reactivity Model
  • Reactive Sources and Endpoints
  • reactive() Expressions
  • observe() and observeEvent()
  • reactiveValues() for State
  • Isolate and Controlling Reactivity
Activities:
  • Build reactive data filtering
  • Create dependent dropdowns
  • Optimize app performance
Day 4

Interactive Visualizations

3 hours
Topics Covered:
  • Rendering ggplot2 in Shiny
  • Interactive Plots with plotly
  • Dynamic Plot Updates
  • Click and Brush Events
  • Interactive Tables with DT
  • Downloadable Plots and Data
Activities:
  • Create interactive sales dashboard
  • Build drill-down visualizations
  • Add export functionality
Day 5

shinydashboard & Extensions

3 hours
Topics Covered:
  • shinydashboard Package
  • Dashboard Layout Components
  • Value Boxes and Info Boxes
  • Sidebar Menus
  • bslib for Modern Themes
  • Useful Shiny Extensions
Activities:
  • Convert app to shinydashboard
  • Add KPI value boxes
  • Apply professional themes
Day 6

Deployment & Production

3 hours
Topics Covered:
  • Shinyapps.io Deployment
  • Preparing Apps for Deployment
  • Environment and Dependencies
  • App Performance Optimization
  • Error Handling in Production
  • Sharing and Embedding Apps
Activities:
  • Deploy app to shinyapps.io
  • Set up continuous deployment
  • Share live app links
Day 7

Week 8 Project & Assessment

3 hours
Project Brief:
Interactive Business Dashboard

Build and deploy a complete interactive dashboard for business analytics.

  • Multi-page shinydashboard layout
  • Interactive filters and controls
  • Dynamic visualizations with plotly
  • KPI summary boxes
  • Deployed live on shinyapps.io
Assessment:
  • Deployed Shiny Dashboard (50%)
  • Quiz: Shiny Concepts (30%)
  • Code Quality & UX Review (20%)

🔧Tools & Resources

Software Required

  • R and RStudio
  • shiny, shinydashboard, plotly
  • shinyapps.io account (free)

Reading Materials

  • Mastering Shiny (book)
  • Shiny Cheat Sheet
  • Reactivity Best Practices

Example Apps

  • Shiny Gallery apps
  • Business dashboard templates
  • Real-world app examples

Additional Resources

  • shiny.rstudio.com
  • Shiny Contest submissions
  • Community forums

💡Key Takeaways

Ability to build interactive Shiny applications

Understanding of reactivity model

Skills in dashboard design and UX

Integration of ggplot2 and plotly

Deployment to production

Portfolio project: Live Deployed Dashboard

🚀Coming Up: Week 9

BI Tools - Power BI (Optional)

Learn industry-standard BI tools as complementary skills. Master Power BI for enterprise environments while understanding when to use each tool.

Power BI DesktopDAX BasicsVisualizationsPublishingIntegration
Week 9

Power BI Fundamentals (Optional Track)

Learn Microsoft Power BI as a complementary skill for enterprise environments. Understand when to use Power BI vs R Shiny for different business scenarios.

Optional ModuleEnterprise BIMicrosoft Stack

🎯Learning Objectives

1

Navigate Power BI Desktop interface

2

Connect to various data sources

3

Transform data with Power Query

4

Create effective visualizations

5

Write basic DAX formulas

6

Publish and share reports

📅Day-wise Breakdown

Day 1

Power BI Introduction

3 hours
Topics Covered:
  • Power BI Ecosystem Overview
  • Power BI Desktop vs Service vs Mobile
  • When to Use Power BI vs R Shiny
  • Interface Navigation
  • Your First Power BI Report
  • Power BI Community Resources
Activities:
  • Install Power BI Desktop
  • Build first simple report
  • Compare with R Shiny approach
Day 2

Data Connections & Import

3 hours
Topics Covered:
  • Data Source Types in Power BI
  • Connecting to Excel, CSV, Databases
  • Import vs DirectQuery Mode
  • Web Data Connections
  • Data Refresh Options
  • Managing Data Source Settings
Activities:
  • Connect to multiple data sources
  • Set up data refresh
  • Handle connection credentials
Day 3

Power Query for Data Transformation

3 hours
Topics Covered:
  • Power Query Editor Interface
  • Common Transformations
  • Filtering and Sorting
  • Merging and Appending Queries
  • Handling Dates and Text
  • Applied Steps and M Language Basics
Activities:
  • Clean messy data with Power Query
  • Combine multiple tables
  • Create reusable transformations
Day 4

Data Modeling Basics

3 hours
Topics Covered:
  • Star Schema Concepts
  • Creating Relationships
  • Cardinality and Cross-Filter Direction
  • Calculated Columns vs Measures
  • Date Tables and Time Intelligence
  • Model Optimization
Activities:
  • Build data model from scratch
  • Create relationships between tables
  • Add calculated columns
Day 5

Visualizations & Reports

3 hours
Topics Covered:
  • Chart Types and When to Use
  • Building Interactive Visuals
  • Slicers and Filters
  • Formatting and Themes
  • Drill-down and Drill-through
  • Custom Visuals from Marketplace
Activities:
  • Create multi-page report
  • Add interactive elements
  • Apply consistent formatting
Day 6

DAX Fundamentals

3 hours
Topics Covered:
  • What is DAX?
  • Basic DAX Functions: SUM, AVERAGE, COUNT
  • CALCULATE and Filter Context
  • Time Intelligence Functions
  • RELATED and RELATEDTABLE
  • Best Practices for DAX
Activities:
  • Write basic measures
  • Create YoY calculations
  • Build KPI measures
Day 7

Week 9 Project & Assessment

3 hours
Project Brief:
Power BI Sales Dashboard

Build a complete Power BI dashboard for sales analytics.

  • Multi-source data connection
  • Clean data model with relationships
  • Interactive visualizations
  • DAX measures for KPIs
  • Professional formatting
Assessment:
  • Power BI Dashboard (50%)
  • Quiz: Power BI Concepts (30%)
  • Design Review (20%)

🔧Tools & Resources

Software Required

  • Power BI Desktop (free)
  • Power BI Service account
  • Sample datasets

Reading Materials

  • Power BI Documentation
  • DAX Guide Reference
  • Data Modeling Guide

Practice Resources

  • Sample PBIX files
  • Microsoft Learn modules
  • Adventure Works dataset

Additional Resources

  • SQLBI.com
  • Guy in a Cube (YouTube)
  • Power BI Community

💡Key Takeaways

Proficiency in Power BI Desktop

Data transformation with Power Query

Basic DAX formula skills

Understanding of when to use Power BI vs R Shiny

Enterprise BI workflow knowledge

Portfolio project: Power BI Dashboard

🚀Coming Up: Week 10

Tableau Essentials (Optional)

Complete your BI toolkit with Tableau basics. Learn another industry-standard tool and understand the visualization landscape.

Tableau InterfaceWorksheetsDashboardsCalculationsPublishing
Week 10

Tableau Essentials (Optional Track)

Round out your BI toolkit with Tableau. Learn to create stunning visualizations and understand where Tableau fits in the analytics ecosystem.

Optional ModuleVisualizationIndustry Standard

🎯Learning Objectives

1

Navigate Tableau Desktop interface

2

Connect to data and create worksheets

3

Build various chart types

4

Create interactive dashboards

5

Write calculated fields

6

Publish to Tableau Public

📅Day-wise Breakdown

Day 1

Tableau Introduction

3 hours
Topics Covered:
  • Tableau Product Family
  • Tableau Public vs Desktop vs Server
  • Interface Overview
  • Connecting to Data
  • Dimensions vs Measures
  • First Visualization
Activities:
  • Install Tableau Public
  • Connect to sample data
  • Create first worksheet
Day 2

Basic Visualizations

3 hours
Topics Covered:
  • Bar Charts and Column Charts
  • Line Charts and Area Charts
  • Scatter Plots
  • Maps and Geographic Data
  • Marks Card Controls
  • Show Me Panel
Activities:
  • Build each chart type
  • Create geographic visualization
  • Customize with marks card
Day 3

Advanced Visualizations

3 hours
Topics Covered:
  • Dual Axis Charts
  • Combination Charts
  • Tree Maps and Heat Maps
  • Box Plots and Histograms
  • Reference Lines and Bands
  • Trend Lines
Activities:
  • Create dual-axis visualizations
  • Add analytics elements
  • Build advanced chart types
Day 4

Calculated Fields & Parameters

3 hours
Topics Covered:
  • Creating Calculated Fields
  • String and Date Functions
  • Logical Functions (IF, CASE)
  • Aggregation Functions
  • Table Calculations Basics
  • Parameters for Interactivity
Activities:
  • Write calculated fields for KPIs
  • Create dynamic parameters
  • Build interactive controls
Day 5

Interactive Dashboards

3 hours
Topics Covered:
  • Dashboard Canvas Layout
  • Adding Worksheets to Dashboards
  • Filters and Filter Actions
  • Highlight Actions
  • URL Actions
  • Dashboard Best Practices
Activities:
  • Design dashboard layout
  • Implement filter actions
  • Create cohesive dashboard
Day 6

Publishing & Sharing

3 hours
Topics Covered:
  • Tableau Public Publishing
  • Embedding Visualizations
  • Data Extracts
  • Performance Optimization
  • Story Points
  • Tableau vs Power BI vs R Shiny Comparison
Activities:
  • Publish to Tableau Public
  • Create a story
  • Compare tool capabilities
Day 7

Week 10 Project & Assessment

3 hours
Project Brief:
Tableau Analytics Dashboard

Create and publish a complete Tableau dashboard.

  • Multiple worksheets with varied charts
  • Interactive dashboard with actions
  • Calculated fields for metrics
  • Professional formatting
  • Published to Tableau Public
Assessment:
  • Published Tableau Dashboard (50%)
  • Quiz: Tableau Concepts (30%)
  • Tool Comparison Analysis (20%)

🔧Tools & Resources

Software Required

  • Tableau Public (free)
  • Tableau Public account
  • Sample datasets

Reading Materials

  • Tableau Documentation
  • Calculated Fields Guide
  • Dashboard Design Guide

Practice Resources

  • Sample workbooks
  • Makeover Monday data
  • Tableau Public gallery

Additional Resources

  • Tableau Community
  • Viz of the Day
  • Andy Kriebel tutorials

💡Key Takeaways

Proficiency in Tableau Desktop

Ability to create stunning visualizations

Interactive dashboard skills

Understanding of BI tool landscape

Ability to choose right tool for the job

Portfolio project: Published Tableau Dashboard

🚀Coming Up: Week 11

Capstone Project - Part 1

Begin your comprehensive capstone project that brings together everything you've learned. Build a complete end-to-end analytics solution.

Project PlanningData CollectionAnalysisR Shiny AppPresentation
Week 11

Capstone Project - Part 1

Apply everything you've learned in a comprehensive end-to-end analytics project. Choose your domain and build a complete solution from data to deployed dashboard.

End-to-End ProjectPortfolio PieceReal-World Application

🎯Learning Objectives

1

Define a business problem and analytics approach

2

Source and prepare real-world data

3

Apply SQL and R for comprehensive analysis

4

Build a production-ready R Shiny application

5

Create professional documentation

6

Deploy and present your solution

📅Day-wise Breakdown

Day 1

Project Selection & Planning

3 hours
Topics Covered:
  • Capstone Project Options Overview
  • Choosing Your Domain (Retail, Finance, Healthcare, etc.)
  • Defining Business Problem Statement
  • Setting Project Scope and Objectives
  • Creating Project Timeline
  • Success Criteria Definition
Activities:
  • Select project domain and topic
  • Write project proposal
  • Get mentor approval
Day 2

Data Sourcing & Collection

3 hours
Topics Covered:
  • Public Dataset Sources (Kaggle, UCI, Government)
  • API Data Collection
  • Web Scraping Basics (if needed)
  • Data Quality Assessment
  • Data Documentation
  • Ethical Data Usage
Activities:
  • Identify and acquire datasets
  • Document data sources
  • Initial data quality check
Day 3

Data Preparation & SQL Analysis

3 hours
Topics Covered:
  • Data Cleaning Pipeline
  • Database Design for Project
  • Loading Data into SQL Database
  • Writing Analytical Queries
  • Creating Views for Dashboards
  • Performance Optimization
Activities:
  • Clean and transform data
  • Build SQL analysis queries
  • Generate initial insights
Day 4

Statistical Analysis in R

3 hours
Topics Covered:
  • Comprehensive EDA on Project Data
  • Statistical Testing for Hypotheses
  • Feature Engineering
  • Correlation Analysis
  • Key Insights Identification
  • Documentation of Findings
Activities:
  • Complete R-based EDA
  • Run statistical tests
  • Document analysis findings
Day 5

R Shiny App Development - Part 1

3 hours
Topics Covered:
  • Dashboard Design Planning
  • Wireframing Your App
  • Setting Up App Structure
  • Building UI Framework
  • Implementing Core Visualizations
  • Adding Interactive Filters
Activities:
  • Create app wireframe
  • Build basic app structure
  • Implement main visualizations
Day 6

R Shiny App Development - Part 2

3 hours
Topics Covered:
  • Advanced Interactivity
  • Multi-Page Navigation
  • KPI Boxes and Summary Stats
  • Error Handling
  • Performance Optimization
  • User Experience Polish
Activities:
  • Add advanced features
  • Implement error handling
  • Optimize app performance
Day 7

Week 11 Checkpoint

3 hours
Checkpoint Review:
Progress Review & Mentor Feedback

Present your project progress and get feedback for improvements.

  • Project progress presentation
  • Code review with mentor
  • Identify remaining tasks
  • Plan for Week 12
  • Address any blockers
Deliverables:
  • Working R Shiny app prototype
  • Data analysis documentation
  • Updated project plan

🔧Capstone Project Options

Retail Analytics

  • Sales forecasting dashboard
  • Customer segmentation
  • Inventory optimization

Financial Analytics

  • Stock performance tracker
  • Risk analysis dashboard
  • Budget planning tool

Healthcare Analytics

  • Patient outcome analysis
  • Hospital resource planning
  • Disease trend tracker

Marketing Analytics

  • Campaign performance
  • Customer journey analysis
  • A/B test dashboard

💡Week 11 Milestones

Project scope defined and approved

Data sourced and cleaned

SQL analysis completed

EDA and statistical analysis done

Working Shiny app prototype

Mentor feedback incorporated

🚀Coming Up: Week 12

Capstone Completion & Career Prep

Finalize your capstone, deploy to production, and prepare for your analytics career with resume building, interview prep, and portfolio presentation.

DeploymentDocumentationResumeInterview PrepPresentation
Week 12

Capstone Completion & Career Prep

Complete your capstone project, build your professional portfolio, and prepare to launch your data analytics career with confidence.

Final ProjectCareer ReadyPortfolio Launch

🎯Learning Objectives

1

Deploy production-ready R Shiny application

2

Create comprehensive project documentation

3

Build an impressive GitHub portfolio

4

Craft a data analyst resume

5

Prepare for technical interviews

6

Present your capstone professionally

📅Day-wise Breakdown

Day 1

App Finalization & Deployment

3 hours
Topics Covered:
  • Final App Testing and QA
  • Bug Fixes and Polish
  • Deployment to shinyapps.io
  • Custom Domain Setup (Optional)
  • Performance Monitoring
  • App Maintenance Considerations
Activities:
  • Complete final testing
  • Deploy to production
  • Verify all features work
Day 2

Documentation & GitHub Portfolio

3 hours
Topics Covered:
  • Writing Professional README Files
  • Code Documentation Standards
  • GitHub Repository Best Practices
  • Creating a GitHub Profile README
  • Organizing Your Portfolio
  • Showcasing Project Highlights
Activities:
  • Write comprehensive README
  • Organize GitHub repositories
  • Create portfolio showcase
Day 3

Resume & LinkedIn Optimization

3 hours
Topics Covered:
  • Data Analyst Resume Format
  • Highlighting Technical Skills
  • Quantifying Achievements
  • ATS-Friendly Resume Tips
  • LinkedIn Profile Optimization
  • Building Your Personal Brand
Activities:
  • Draft/update resume
  • Optimize LinkedIn profile
  • Get peer feedback
Day 4

Interview Preparation - Technical

3 hours
Topics Covered:
  • Common SQL Interview Questions
  • Statistics Interview Questions
  • R/Python Coding Challenges
  • Case Study Approach
  • Explaining Your Projects
  • Technical Problem-Solving
Activities:
  • Practice SQL problems
  • Mock technical interview
  • Case study practice
Day 5

Interview Preparation - Behavioral

3 hours
Topics Covered:
  • STAR Method for Answers
  • Common Behavioral Questions
  • Discussing Your Projects
  • Handling "Tell Me About Yourself"
  • Questions to Ask Interviewers
  • Salary Negotiation Basics
Activities:
  • Prepare STAR stories
  • Mock behavioral interview
  • Record and review practice
Day 6

Presentation Preparation

3 hours
Topics Covered:
  • Structuring Your Presentation
  • Storytelling with Data
  • Executive Summary Creation
  • Demo Walkthrough Best Practices
  • Handling Q&A
  • Presentation Delivery Tips
Activities:
  • Create presentation slides
  • Practice demo walkthrough
  • Rehearse full presentation
Day 7

Final Capstone Presentation

3 hours
Graduation Day:
Capstone Showcase & Graduation

Present your complete capstone project and celebrate your achievement!

  • 15-minute project presentation
  • Live demo of R Shiny application
  • Q&A with panel
  • Peer presentations and feedback
  • Certificate of completion
Final Assessment:
  • Capstone Project Quality (40%)
  • Presentation & Communication (30%)
  • Documentation & Portfolio (20%)
  • Program Participation (10%)

🔧Career Resources

Job Search

  • LinkedIn Jobs
  • Indeed, Naukri
  • Company career pages

Interview Prep

  • LeetCode SQL problems
  • Glassdoor interview reviews
  • Interview preparation guides

Portfolio Sites

  • GitHub profile
  • Personal website
  • Shinyapps.io dashboard

Continuous Learning

  • DataCamp, Coursera
  • R-bloggers, Towards Data Science
  • Kaggle competitions

💡Program Completion - What You've Achieved

Complete end-to-end analytics project deployed live

Professional GitHub portfolio with 6+ projects

Interview-ready with technical and behavioral prep

Polished resume and LinkedIn profile

Rare R Shiny skills that differentiate you

Confidence to start your data analytics career!

🏆Congratulations!

You're Now a Job-Ready Data Analyst

You've completed 12 weeks of intensive training in Data Analytics, SQL, R Programming, R Shiny, and BI Tools. With your deployed capstone project and professional portfolio, you're ready to launch your analytics career. We're proud of you!

CertificatePortfolioSkillsNetworkCareer Support

Ready to Start Your Data Analytics Journey?

Join our next batch and master these skills with hands-on guidance

Questions? Call us: +91 8105 683 683