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Math for Data Science Masterclass

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Jose Portilla,Krista King

16:06:06

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  • 1. Welcome to the Course! Important Info in this Lecture!.html
  • 2. Course Overview and Curriculum.mp4
    04:10
  • 1. Introduction to Core Data Concepts.mp4
    16:03
  • 2. Measurements of Central Tendency - Mean, Median, and Mode.mp4
    26:33
  • 3. Measurements of Dispersion - Variance and Standard Deviation.mp4
    20:33
  • 4. Quartiles and IQR.mp4
    18:28
  • 1. Introduction to Visualizing Data.mp4
    20:38
  • 2. Scatter Plots.mp4
    21:35
  • 3. Line Plots.mp4
    10:19
  • 4. Distribution Plots - Histograms.mp4
    13:21
  • 5. Categorical Plots - Bar Plots.mp4
    08:06
  • 6. CategoricalDistribution Plots - Box and Whisker Plots.mp4
    08:00
  • 7. Other Plot Types - Violin Plot, KDE Plot.mp4
    12:49
  • 8. Common Plot Pitfalls.mp4
    11:55
  • 1. Introduction to Combinatorics.mp4
    12:19
  • 2. Factorials.mp4
    16:24
  • 3. Permutations.mp4
    10:50
  • 4. Combinations.mp4
    14:47
  • 5.1 03-Combinatorics-Practice-Questions_Answers.pdf
  • 5.2 03-Combinatorics-Practice-Questions.pdf
  • 5. Combinatorics Problem Set.html
  • 1. Introduction to Probability.mp4
    23:01
  • 2. Probability, Law of Large Numbers, Experimental vs. Expected.mp4
    21:05
  • 3. The Addition Rule, Union and Intersection, Venn Diagrams.mp4
    18:10
  • 4. Conditional Probability, Independent and Dependent.mp4
    15:50
  • 5. Bayes Theorem.mp4
    13:15
  • 6. Discrete Probability.mp4
    26:02
  • 7. Transforming Random Variables.mp4
    26:06
  • 8. Combinations of Random Variables.mp4
    16:18
  • 9.1 04-Probability-Practice-Questions_Answers.pdf
  • 9.2 04-Probability-Practice-Questions.pdf
  • 9. Probability Practice Problem Set and Answers PDFs.html
  • 1. Introduction to Joint Distributions.mp4
    20:54
  • 2. Covariance.mp4
    19:15
  • 3. Pearson Correlation Coefficient.mp4
    15:48
  • 4.1 05-Joint Distributions-Practice-Questions_Answers.pdf
  • 4.2 05-Joint Distributions-Practice-Questions.pdf
  • 4. Joint Distribution Practice Problem Set and Answers.html
  • 1. Introduction to Data Distributions.mp4
    15:56
  • 2. Probability Mass Functions.mp4
    14:14
  • 3. Discrete Uniform Distribution - Dice Roll.mp4
    06:45
  • 4. Probability Density Functions.mp4
    18:51
  • 5. Continuous Uniform Distribution - Voltage.mp4
    11:11
  • 6. Cumulative Distribution Functions.mp4
    12:48
  • 7. Binomial Distribution.mp4
    21:30
  • 8. Bernoulli Distribution.mp4
    13:47
  • 9. Poisson Distribution.mp4
    13:41
  • 10.1 06-Data- Distributions-Practice-Questions_Answers.pdf
  • 10.2 06-Data- Distributions-Practice-Questions.pdf
  • 10. Data Distributions Practice Problem Set and Answers.html
  • 1. Introduction to The Normal Distribution.mp4
    15:58
  • 2. Mean, Variance, and Standard Deviation.mp4
    16:00
  • 3. Normal Distribution.mp4
    15:29
  • 4. Standard Normal Distribution.mp4
    08:00
  • 5. Z-Scores.mp4
    19:49
  • 6.1 07-The Normal Distribution-Practice-Questions_Answers.pdf
  • 6.2 07-The Normal Distribution-Practice-Questions.pdf
  • 6. Normal Distribution Practice Set and Answers.html
  • 1. Introduction to Sampling.mp4
    14:29
  • 2. Sampling and Bias.mp4
    27:16
  • 3. The Central Limit Theorem.mp4
    21:33
  • 4. The Students t-Distribution.mp4
    11:01
  • 5. Confidence Interval for the Mean.mp4
    20:31
  • 6.1 08-Sampling-Practice-Questions_Answers.pdf
  • 6.2 08-Sampling-Practice-Questions.pdf
  • 6. Sampling Practice Problem Set and Answers.html
  • 1. Introduction to Hypothesis Testing.mp4
    16:17
  • 2. Inferential Statistics and Hypotheses.mp4
    11:04
  • 3. Significance Level and Type I and II Errors.mp4
    17:14
  • 4. Test Statistics for One- and Two-Tailed Tests.mp4
    14:28
  • 5. The p-Value and Rejecting the Null.mp4
    21:49
  • 6. AB Testing.mp4
    21:01
  • 7.1 09-Hypothesis_Testing-Practice-Questions_Answers.pdf
  • 7.2 09-Hypothesis_Testing-Practice-Questions.pdf
  • 7. Hypothesis Testing Practice Problem Set and Answers.html
  • 1. Introduction to Regression.mp4
    12:58
  • 2. Scatterplots and Regression.mp4
    08:17
  • 3. Correlation Coefficient and the Residual.mp4
    22:45
  • 4. Coefficient of Determination and the RMSE.mp4
    17:08
  • 5. Chi-Square Tests.mp4
    16:53
  • 6. ANOVA.mp4
    24:49
  • 7.1 10-Regression-Practice-Questions_Answers.pdf
  • 7.2 10-Regression-Practice-Questions.pdf
  • 7. Regression Practice Problem Set and Answers.html
  • Description


    Learn about probability, statistics, and more using the mathematics that are foundational to the field of data science.

    What You'll Learn?


    • Understand core concepts about data quality and quantity
    • Learn about how to measure data with statistics
    • Discover how to visualize data with a variety of plot types
    • Use combinatorics to calculate permutations and combinations of objects
    • Understand the key ideas in using probability to solve problems
    • Learn how to use data distributions with real world data
    • Discover the powerful insights from the normal distribution
    • Use sampling and the central limit theorem
    • Understand hypothesis testing on sample groups
    • Cover the basics of linear regression

    Who is this for?


  • Anyone interested in learning more about the mathematics behind data science
  • More details


    Description

    Welcome to the best online course for learning about the Math behind the field of Data Science!

    Working together for the first time ever, Krista King and Jose Portilla have combined forces to deliver you a best in class course experience in how to use mathematics to solve real world data science problems. This course has been specifically designed to help you understand the mathematical concepts behind the field of data science, so you can have a first principles level understanding of how to use data effectively in an organization.

    Often students entering the field of data science are confused on where to start to learn about the fundamental math behind the concepts. This course was specifically designed to help bridge that gap and provide students a clear, guided path through the complex and interesting world of math used in the field of data science. Designed to balance theory and application, this is the ultimate learning experience for anyone wanting to really understand data science.

    Why choose this course?

    Combined together, Krista and Jose have taught over 3.2 million students about data science and mathematics and their joint expertise means you'll be able to get the best and clearest mathematical explanations from Krista with framing about real world data science applications from Jose.  At the end of each section is a set of practice problems developed from real-world company situations, where you can directly apply what you know to test your understanding.

    What's covered in this course?

    In this course, we'll cover:

    • Understanding Data Concepts

    • Measurements of Dispersion and Central Tendency

    • Different ways to visualize data

    • Permutations

    • Combinatorics

    • Bayes' Theorem

    • Random Variables

    • Joint Distributions

    • Covariance and Correlation

    • Probability Mass and Density Functions

    • Binomial, Bernoulli, and Poisson Distributions

    • Normal Distribution and Z-Scores

    • Sampling and Bias

    • Central Limit Theorem

    • Hypothesis Testing

    • Linear Regression

    • and much more!

    Enroll today and we'll see you inside the course!

    Krista and Jose

    Who this course is for:

    • Anyone interested in learning more about the mathematics behind data science

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    Jose Portilla
    Jose Portilla
    Instructor's Courses
    Jose Marcial Portilla has a BS and MS in Mechanical Engineering from Santa Clara University and years of experience as a professional instructor and trainer for Data Science, Machine Learning and Python Programming. He has publications and patents in various fields such as microfluidics, materials science, and data science. Over the course of his career he has developed a skill set in analyzing data and he hopes to use his experience in teaching and data science to help other people learn the power of programming, the ability to analyze data, and the skills needed to present the data in clear and beautiful visualizations. Currently he works as the Head of Data Science for Pierian Training and provides in-person data science and python programming training courses to employees working at top companies, including General Electric, Cigna, The New York Times, Credit Suisse, McKinsey and many more. Feel free to check out the website link to find out more information about training offerings.
    Math class was always so frustrating.I’d go to a class, spend hours on homework, and three days later have an “Ah-ha!” moment about how the problems worked that could have slashed my homework time in half.I’d think, “WHY didn’t my teacher just tell me this in the first place?!”So I started tutoring to keep others out of that aggravating, time-sucking cycle. Since then, I’ve recorded tons of videos and written out cheat-sheet style notes and formula sheets to help every math student—from basic middle school classes to advanced college calculus—figure out what’s going on, understand the important concepts, and pass their classes, once and for all.
    Students take courses primarily to improve job-related skills.Some courses generate credit toward technical certification. Udemy has made a special effort to attract corporate trainers seeking to create coursework for employees of their company.
    • language english
    • Training sessions 59
    • duration 16:06:06
    • Release Date 2022/12/24

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