Diploma In Data Analytics

About Profound Data Analytics Course

Data Analytics analyses historical data to provide actionable insights for immediate decision-making. It deals with descriptive analysis, summarizing past events and explaining why they occurred. It typically addresses welldefined and tactical problems related to operational efficiency and immediate decision-making.


Data analysts should be proficient in data manipulation using tools like SQL for database querying and data extraction and tools like Excel for data cleaning and transformation.


Eligibility: IT Professionals / Exposure to Information Technology
Duration: 2.5 Months
  • What is Data Science?
  • Why its important?
  • Life Cycle of Data Science
  • Role of a Data Scientist
  • Difference between Data Analytics & Data Science
  • Probability
  • Introduction
  • Why do we need to learn Probability and Statistics?
  • The Basic Probability Formula
  • Computing Expected Values
  • Frequency
  • Events and Their Complements
  • Probability - Combinatorics
  • Fundamentals of Combinatorics
  • Permutations and How to Use Them
  • Simple Operations with Factorials
  • Solving Variations with Repetition
  • Solving Variations without Repetition
  • Solving Combinations
  • Symmetry of Combinations
  • Solving Combinations with Separate Sample Spaces
  • Combinatorics in Real-Life: The Lottery
  • Probability - Bayesian Inference
  • Sets and Events
  • Intersection of Sets
  • Union of Sets
  • Mutually Exclusive Sets
  • Dependence and Independence of Sets
  • The Conditional Probability Formula
  • The Law of Total Probability
  • The Additive Rule
  • The Multiplication Law
  • Bayes' Law
  • A Practical Example of Bayesian Inference
  • Probability - Distributions
  • Fundamentals of Probability Distributions
  • Types of Probability Distributions
  • Characteristics of Discrete Distributions
  • Discrete Distributions: The Uniform Distribution
  • Discrete Distributions: The Bernoulli Distribution
  • Discrete Distributions: The Binomial Distribution
  • Discrete Distributions: The Poisson Distribution
  • Characteristics of Continuous Distributions
  • Continuous Distributions: The Normal Distribution
  • Continuous Distributions: The Standard Normal Distribution
  • Continuous Distributions: The Students' T Distribution
  • Continuous Distributions: The Chi-Squared Distribution
  • Continuous Distributions: The Exponential Distribution
  • Continuous Distributions: The Logistic Distribution
  • A Practical Example of Probability Distributions
  • Types of Data
  • Levels of Measurement
  • Categorical Variables - Visualization Techniques
  • Numerical Variables - Frequency Distribution Table
  • The Histogram
  • Cross Tables and Scatter Plots
  • Mean, median and mode
  • Skewness
  • Variance
  • Standard Deviation and Coefficient of Variation
  • Covariance
  • Correlation Coefficient
  • Statistics - Inferential Statistics
  • Introduction
  • What is a Distribution
  • The Normal Distribution
  • The Standard Normal Distribution
  • Central Limit Theorem
  • Standard error
  • Estimators and Estimates
  • Statistics - Inferential Statistics: Confidence Intervals
  • What are Confidence Intervals?
  • Confidence Intervals; Population Variance Known; Z-score
  • Confidence Interval Clarifications
  • Student's T Distribution
  • Confidence Intervals; Population Variance Unknown; T-score
  • Margin of Error
  • Confidence intervals. Two means. Dependent samples, Independent Samples
  • Statistics - Hypothesis Testing
  • Null vs Alternative Hypothesis
  • Further Reading on Null and Alternative Hypothesis
  • Null vs Alternative Hypothesis
  • Rejection Region and Significance Level
  • Type I Error and Type II Error
  • Test for the Mean. Population Variance Known
  • p-value
  • Test for the Mean. Population Variance Unknown, Dependent Samples, Independent Samples
  • What is a Matrix?
  • Scalars and Vectors
  • Linear Algebra and Geometry
  • Arrays in Python - A Convenient Way To Represent Matrices
  • Addition and Subtraction of Matrices
  • Errors when Adding Matrices
  • Transpose of a Matrix
  • Dot Product
  • Dot Product of Matrices
  • Why is Linear Algebra Useful?
  • Perform basic spreadsheet tasks
    • viewing, entering and editing data, and moving, copying
  • Cleaning & wranggling data
    • remove duplicate / inaccurate data / empty rows, manipulate & standardize data
  • Conditional Formatting
  • Functions
    • CONCATINATE, LEN, TRIM, COUNTA, AGGREGATEIFS, SUMIF, COUNTIF
  • Fundamentals of analyzing data using filter and sort data.
  • Pivot Tables
  • HLOOKUP, VLOOKUP
  • What-if analysis
  • Charts
  • Descriptive Statistics - Annova, Regression
  • Create DB, Drop DB
  • Create Table, Drop Table, Alter Table
  • Data Types
  • Constraints, Not Null, Unique
  • Primary Key, Foreign Key
  • Create Index
  • Dates
  • Views
  • Summarizing results using group functions
  • Joins
  • Retrieving Data With Sub Queries
  • Manipulating Data
  • Introduction to Python Programming
  • Installation & working
  • Basic Operators, Data types, Variables
  • Control Statements & Conditional Looping
  • Functions
  • Collections in Python
  • Object Oriented Programming
  • Modules and Packages
  • String
  • File Handling
  • Exception Handling
  • NumPy
  • Introduction, installation
  • 1D & 2D arrays
  • Array indexing – slicing & advance
  • Operations – Arithmetic, Logical, Math, String, Statistical, Set, Broadcasting
  • Pandas
  • Introduction, installation
  • Series – Creation, indexing, slicing, attributes & functions
  • Dataframes – Creation, operations, merging dataframes, Concatenate dataframes, binary operations
  • Data input and output
  • Matplotlib
  • Introduction, installation
  • Data Visualization
  • Plots – single line, multiple line
  • Grid axes, Labels, color line markers
  • Seaborn
  • Distribution plots
  • Category plots
  • Matrix plots
  • Grids, Regression Plots
  • Introduction to plotly, Altair, ggPlot
  • Introduction Microsoft Power BI Desktop
  • Connecting & Shaping Data
  • Creating a Data Model
  • Calculated Fields with DAX
  • Visualizing Data with Reports
  • Artificial Intelligence & Microsoft Power BI
  • Power BI Optimization Tools
  • Mock test on mnc pattern
  • Coding test
  • Technical interview
  • Group discussion
  • Presentations

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Why choose Profound Edutech for Full Stack Web Developer Training?

  1. Updated course curriculum.
  2. Expert faculty members
  3. 100% placement assistance
  4. Focus on developing practical expertise
  5. Live exposure to the latest technology, and state-of-the-art learning infrastructure.

Why Full Stack Web Developer Course at Profound is Different than other Classes in Pune ?

  1. Strong focus on Placement and proven track record of placed students with MNCs in the field of Web Development.
  2. This Course contents have been designed by understanding the need of Industry and level of Fresher / student. Which makes Duration and Contents of course intensive than any other Classes.
  3. One on One attention by Trainers fulfilling need of every student.
  4. Well equipped Class rooms available for Concept Sessions, Project discussions, Presentations, Brain storming giving feel of Corporate Environment
  5. Ample Lab facility available free of charge for exploring world of web development.
  6. Extensive practical hands-on on every Topic guided by a Lab Trainer which helps in removing coding fear of a student.
  7. Design and Development of deadline oriented Real time projects under guidance of Experts provides feel of how to survive in competitive world.
  8. Exhaustive tests on each concept, on-line MCQ tests practice raises student's confidence in facing Recruitment exams held by Companies.
  9. Along with Technical competence, emphasis given for preparing Fresher on Interview skills and other Soft skills.
  10. Sincere efforts to build Technical competency in Fresher to make him Employable in Industry.

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