Become a Data Analytics Specialist
Posted by Superadmin on January 22 2019 14:03:59

Become a Data Analytics Specialist

 

 

Get a thorough grounding in the concepts and skills needed for data analytics, including statistics, financial forecasting, data mining, predictive analytics, and meta-analysis.

 

 

 

 

01

Learning Data Analytics with Robin Hunt

1h 39m • COURSE
Every person who works with data has to perform analytics at some point. This popular training course—dramatically expanded and enhanced for 2018—teaches analysts and non-analysts alike the basics of data analytics and reporting. Robin Hunt defines what data analytics is and what data analysts do. She then shows how to identify your data set—including the data you don't have—and interpret and summarize data. She also shows how to perform specialized tasks such as creating workflow diagrams, cleaning data, and joining data sets for reporting. Coverage continues with best practices for data analytics projects, such as verifying data and conducting effective meetings, and common mistakes to avoid. Then learn techniques for repurposing, charting, and pivoting data. Plus, get helpful productivity-enhancing shortcuts and troubleshooting tips for the most popular data analytics program, Microsoft Excel.
Topics include:
  • Define data analysis and data analyst.
  • List roles in data analysis.
  • Explain data fields and types.
  • Define syntax.
  • Explain how to interpret existing data.
  • Describe data best practices.
  • Repurpose data.
  • Create a data dictionary.
  • Compare and contrast linking versus embedding charts and data.
  • Build pivot charts with slicers.
02

Statistics Foundations: 1 with Eddie Davila

2h 6m • COURSE
Statistics is not just the realm of data scientists. All types of jobs use statistics. Statistics are important for making decisions, new discoveries, investments, and predictions. Whether the subject is political races, sports rankings, shopping trends, or healthcare advancements, statistics is an instrument for understanding your favorite topic at a deeper level. With these beginner-level lessons, you too can master the terms, formulas, and techniques needed to perform the most common types of statistics.

Professor Eddie Davila covers statistics basics, like calculating averages, medians, modes, and standard deviations. He shows how to use probability and distribution curves to inform decisions, and how to detect false positives and misleading data. Each concept is covered in simple language, with detailed examples that show how statistics are used in real-world scenarios from the worlds of business, sports, education, entertainment, and more. These techniques will help you understand your data, prove theories, and save time, money, and other valuable resources—all by understanding the numbers.
Topics include:
  • Why statistics matter
  • Evaluating your data sets
  • Finding means, medians, and modes
  • Calculating standard deviation
  • Measuring distribution and relative position
  • Understanding probability and multiple-event probability
  • Describing permutations: the order of things
  • Calculating discrete and continuous probability distributions
03

Statistics Foundations: 2 with Eddie Davila

1h 56m • COURSE
Statistics are a core skill for many careers. Basic stats are critical for making decisions, new discoveries, investments, and even predictions. But sometimes you need to move beyond the basics. Statistics Fundamentals – Part 2 takes business users and data science mavens into practical, example-based learning of the intermediate skills associated with statistics: samples and sampling, confidence intervals, and hypothesis testing.

Eddie Davila first provides a bridge from Part 1, reviewing introductory concepts such as data and probability, and then moves into the topics of sampling, random samples, sample sizes, sampling error and trustworthiness, the central unit theorem, t-distribution, confidence intervals (including explaining unexpected outcomes), and hypothesis testing. This course is a must for those working in data science, business, and business analytics—or anyone else who wants to go beyond means and medians and gain a deeper understanding of how statistics work in the real world.
Topics include:
  • Data and distributions
  • Sample size considerations
  • Random sampling
  • Confidence intervals
  • Hypothesis testing
04

Statistics Foundations: 3 with Eddie Davila

1h 41m • COURSE
Statistics are everywhere, in every industry, but they're a must for anyone working in data science, business, or business analytics. If you're in one of these specialized fields, chances are you need an advanced understanding of statistics. Complete your mastery in this course, part 3 of our Statistics Fundamentals series. Eddie Davila covers concepts such as small sample sizes, t-distribution, degrees of freedom, chi-square testing, and more. This advanced skills training moves learners into the practical study and application of experimental design, analysis of variance, population comparison, and regression analysis. Use these lessons to go beyond the basics and dive deeper into the specific factors that influence your own calculations and results.
Topics include:
  • Working with small sample sizes
  • Using t-statistic vs. z-statistic
  • Calculating confidence intervals with t-scores
  • Comparing two populations (proportions)
  • Comparing two population means
  • Chi-square testing
  • ANOVA testing
  • Regression testing
05

Financial Forecasting with Big Data with Michael McDonald

1h 21m • COURSE
Big data is transforming the world of business. Yet many people don't understand what big data and business intelligence are, or how to apply the techniques to their day-to-day jobs. This course addresses that knowledge gap, giving businesspeople practical methods to create quick and relevant business forecasts using big data.

Join Professor Michael McDonald and discover how to use predictive analytics to forecast key performance indicators of interest, such as quarterly sales, projected cash flow, or even optimized product pricing. All you need is Microsoft Excel. Michael uses the built-in formulas, functions, and calculations to perform regression analysis, calculate confidence intervals, and stress test your results. You'll walk away from the course able to immediately begin creating forecasts for your own business needs.

LinkedIn Learning (Lynda.com) is a PMI Registered Education Provider. This course qualifies for professional development units (PDUs). To view the activity and PDU details for this course, click here.

The PMI Registered Education Provider logo is a registered mark of the Project Management Institute, Inc.
Topics include:
  • Understanding big data and predictive analytics
  • Gathering financial data
  • Cleaning up your data
  • Calculating key financial metrics
  • Using regression analysis for business-specific forecasts
  • Performing scenario analysis
  • Calculating confidence intervals
  • Stress testing
06

The Essential Elements of Predictive Analytics and Data Mining with Keith McCormick

1h 28m • COURSE
A proper predictive analytics and data-mining project can involve many people and many weeks. There are also many potential errors to avoid. A "big picture" perspective is necessary to keep the project on track. This course provides that perspective through the lens of a veteran practitioner who has completed dozens of real-world projects. Keith McCormick is an independent data miner and author who specializes in predictive models and segmentation analysis, including classification trees, cluster analysis, and association rules. Here he shares his knowledge with you. Walk through each step of a typical project, from defining the problem and gathering the data and resources, to putting the solution into practice. Keith also provides an overview of CRISP-DM (the de facto data-mining methodology) and the nine laws of data mining, which will keep you focused on strategy and business value.
Topics include:
  • What makes a successful predictive analytics project?
  • Defining the problem
  • Selecting the data
  • Acquiring resources: team, budget, and SMEs
  • Dealing with missing data
  • Finding the solution
  • Putting the solution to work
  • Overview of CRISP-DM
07

Predictive Customer Analytics with Kumaran Ponnambalam

1h 37m • COURSE

 

Use big data to tell your customer's story, with predictive analytics. In this course, you can learn about the customer life cycle and how predictive analytics can help improve every step of the customer journey.

Start off by learning about the various phases in a customer's life cycle. Explore the data generated inside and outside your business, and ways the data can be collected and aggregated within your organization. Then review three use cases for predictive analytics in each phase of the customer's life cycle, including acquisition, upsell, service, and retention. For each phase, you also build one predictive analytics solution in Python. In the final videos, author Kumaran Ponnambalam introduces best practices for creating a customer analytics process from the ground up.
Topics include:
  • Understanding the customer life cycle
  • Acquiring customer data
  • Applying big data concepts to your customer relationships
  • Finding high propensity prospects
  • Upselling by identifying related products and interests
  • Generating customer loyalty by discovering response patterns
  • Predicting customer lifetime value (CLV)
  • Identifying dissatisfied customers
  • Uncovering attrition patterns
  • Applying predictive analytics in multiple use cases
  • Designing data processing pipelines
  • Implementing continuous improvement

 

08

Excel: Economic Analysis and Data Analytics with Michael McDonald

1h 37m • COURSE
Big data is transforming the world of business. Yet many people don't understand what big data and business intelligence are, or how to apply the techniques to their day-to-day jobs. This course addresses that knowledge gap by showing how to use large volumes of economic data to gain key business insights and analyze market conditions.

Professor Michael McDonald demonstrates how to harness the wealth of information available on the Internet to forecast statistics such as industry growth, GDP, and unemployment rates, as well as factors that directly affect your business, like property prices and future interest rate hikes. All you need is Microsoft Excel. Michael uses the built-in formulas, functions, and calculations to perform regression analysis, calculate confidence intervals, and stress test your results. He also covers time series exponential smoothing, fixed effects regression, and difference estimators. You'll walk away from the course able to immediately begin creating forecasts for your own business needs.

LinkedIn Learning (Lynda.com) is a PMI Registered Education Provider. This course qualifies for professional development units (PDUs). To view the activity and PDU details for this course, click here.

The PMI Registered Education Provider logo is a registered mark of the Project Management Institute, Inc.
Topics include:
  • Understanding big data and economic forecasting
  • Predicting values with regressions
  • Analyzing economic trends and economic cycles
  • Using fixed-effects regressions and binary regressions for forecasting
  • Assessing the accuracy of an economic forecast
  • Using scenario analysis
09

Meta-analysis for Data Science and Business Analytics with Conrad Carlberg

49m 5s • COURSE
In a world where nearly everyone uses data to inform their business methodologies, an emerging consensus is that more emphasis needs to be placed on validating data; verifying that data-driven conclusions are accurate; and minimizing the risk that your conclusions are incorrect. Although most researchers know what meta-analysis is, few understand how to calculate an effect size from popular metrics such as risk ratios, or how the distinction between fixed and random effects can lead the meta-analyst astray. This advanced-level course for data science and statistics practitioners and researchers covers raw mean differences—specifically for experimental and comparison groups—and how to convert useful outcome measures such as relative risk and odds ratios to commensurate measures of effect size. Plus, learn about how confidence intervals are created for binary outcome measures.
Topics include:
  • Rationale for meta-analysis
  • Straightforward effect sizes
  • Standardized mean differences
  • Correlation coefficients
  • Complex effect sizes: Risk ratios and odds ratios
  • Confidence intervals in meta-analysis
  • Building confidence intervals around binary-outcome effect sizes

 

Learning Data Analytics with Robin Hunt

1h 39m • COURSE
Every person who works with data has to perform analytics at some point. This popular training course—dramatically expanded and enhanced for 2018—teaches analysts and non-analysts alike the basics of data analytics and reporting. Robin Hunt defines what data analytics is and what data analysts do. She then shows how to identify your data set—including the data you don't have—and interpret and summarize data. She also shows how to perform specialized tasks such as creating workflow diagrams, cleaning data, and joining data sets for reporting. Coverage continues with best practices for data analytics projects, such as verifying data and conducting effective meetings, and common mistakes to avoid. Then learn techniques for repurposing, charting, and pivoting data. Plus, get helpful productivity-enhancing shortcuts and troubleshooting tips for the most popular data analytics program, Microsoft Excel.
Topics include:
  • Define data analysis and data analyst.
  • List roles in data analysis.
  • Explain data fields and types.
  • Define syntax.
  • Explain how to interpret existing data.
  • Describe data best practices.
  • Repurpose data.
  • Create a data dictionary.
  • Compare and contrast linking versus embedding charts and data.
  • Build pivot charts with slicers.

01. Introduction



01_01-Welcome
01_02-What you should know
01_03-How to use the exercise files



02. Getting Started with Data Analysis



02_01-Defining data analysis and data analyst
02_02-Discovering if you are an analyst
02_03-Understanding roles in data analysis
02_04-Discovering skills of the data analyst



03. Fundamentals of Data Understanding



03_01-Learning to identify data
03_02-Learning about data fields and types
03_03-Dealing with the data we dont have
03_04-Learning syntax



04. Key Elements to Understand When Starting Data Analysis



04_01-Learning to interpret existing data
04_02-Finding existing data
04_03-Understanding joins
04_04-Understanding data and workflow
04_05-Cleaning data



05. Getting Started with a Data Project



05_01-Getting started with data best practices
05_02-Learning about data governance
05_03-Understanding truths
05_04-Discovering common mistakes of beginners



06. Repurposing Data versus Remanufacturing Data



06_01-Repurposing data
06_02-Understanding source data
06_03-Creating reusable data
06_04-Building data sets to filter data



07. Working with Business Data



07_01-Understanding business rules
07_02-Creating a data dictionary
07_03-Creating read me information
07_04-Documenting data procedures



08. Chart Data Anytime and Anywhere



08_01-Building basic charts visual
08_02-Linking versus embedding charts and data
08_03-Setting default charts and charts shortcuts



09. Pivot Data Anytime and Anywhere



09_01-Build in basic pivots
09_02-Modifying pivots to make them more meaningful to read
09_03-Building pivot charts with slicers



10. Excel Tips and Tricks for Data Analysts



10_01-Selecting data and naming data
10_02-Learning to split text with delimiters
10_03-Removing duplicates
10_04-Transposing data



11. Conclusion



11_01-Next steps



Statistics Foundations: 1 with Eddie Davila

2h 6m • COURSE
Statistics is not just the realm of data scientists. All types of jobs use statistics. Statistics are important for making decisions, new discoveries, investments, and predictions. Whether the subject is political races, sports rankings, shopping trends, or healthcare advancements, statistics is an instrument for understanding your favorite topic at a deeper level. With these beginner-level lessons, you too can master the terms, formulas, and techniques needed to perform the most common types of statistics.

Professor Eddie Davila covers statistics basics, like calculating averages, medians, modes, and standard deviations. He shows how to use probability and distribution curves to inform decisions, and how to detect false positives and misleading data. Each concept is covered in simple language, with detailed examples that show how statistics are used in real-world scenarios from the worlds of business, sports, education, entertainment, and more. These techniques will help you understand your data, prove theories, and save time, money, and other valuable resources—all by understanding the numbers.
Topics include:
  • Why statistics matter
  • Evaluating your data sets
  • Finding means, medians, and modes
  • Calculating standard deviation
  • Measuring distribution and relative position
  • Understanding probability and multiple-event probability
  • Describing permutations: the order of things
  • Calculating discrete and continuous probability distributions

00. Introduction



00_01_Welcome
00_02_Before
00_03_Exercise



01. The World of Statistics



01_01_Statistics
01_02_Data
01_03_Chart



02. The Center of the Data



02_01_Middle
02_02_Median
02_03_Weighted
02_04_Mode



03. Data Variability



03_01_Range
03_02_Standard
03_03_Deviations
03_04_Outliers



04. Distribution and Relative Position



04_01_Zscore
04_02_Empirical
04_03_Percentiles



05. Probability Explained



05_01_Probability
05_02_Examples
05_03_Types



06. Multiple Event Probability



06_01_TwoEvents
06_02_Conditional
06_03_Independence
06_04_False
06_05_Bayes



07. How Objects Are Arranged



07_01_Permutations
07_02_Combinations



08. Discrete vs. Continuous Probability Distributions



08_01_Discrete



09. Discrete Probability Distributions



09_01_Meandiscrete
09_02_Monetary
09_03_Binomial



10. Continuous Probability Distributions



10_01_Densities
10_02_Bell
10_03_FuzzyCentral
10_04_ZTransform



11. Conclusion



11_01_Conclusion



Statistics Foundations: 2 with Eddie Davila

1h 56m • COURSE
Statistics are a core skill for many careers. Basic stats are critical for making decisions, new discoveries, investments, and even predictions. But sometimes you need to move beyond the basics. Statistics Fundamentals – Part 2 takes business users and data science mavens into practical, example-based learning of the intermediate skills associated with statistics: samples and sampling, confidence intervals, and hypothesis testing.

Eddie Davila first provides a bridge from Part 1, reviewing introductory concepts such as data and probability, and then moves into the topics of sampling, random samples, sample sizes, sampling error and trustworthiness, the central unit theorem, t-distribution, confidence intervals (including explaining unexpected outcomes), and hypothesis testing. This course is a must for those working in data science, business, and business analytics—or anyone else who wants to go beyond means and medians and gain a deeper understanding of how statistics work in the real world.
Topics include:
  • Data and distributions
  • Sample size considerations
  • Random sampling
  • Confidence intervals
  • Hypothesis testing

01. Introduction



01_01-Welcome
01_02-What you should know



1. Beyond Data and Probability



02_01-Understanding data and distributions
02_02-Probability and random variables
02_03-Whats next in stats 2?



2. Sampling



03_01-Sample considerations
03_02-Random samples
03_03-Alternative to random samples



3. Sample Size



04_01-The importance of sample size
04_02-The central limit theorem
04_03-Standard error (for proportions)
04_04-Sampling distribution of the mean
04_05-Standard error (for means)



4. Confidence Intervals



05_01-One sample is all you need
05_02-What exactly is a confidence interval?
05_03-95% confidence intervals for population proportions
05_04-Do you want to be more than 95% confident?
05_05-Explaining unexpected outcomes
05_06-95% confidence intervals for population means



5. Hypothesis Testing



06_01-Is this result even possible?
06_02-How to test a hypothesis in four steps
06_03-One-tailed vs. two-tailed tests
06_04-Significance test for proportions
06_05-Significance test for means (acceptance sampling)
06_06-Type I and type II errors



<--PAGEBREAK

06. Conclusion



07_01-Next steps



Statistics Foundations: 3 with Eddie Davila

1h 41m • COURSE
Statistics are everywhere, in every industry, but they're a must for anyone working in data science, business, or business analytics. If you're in one of these specialized fields, chances are you need an advanced understanding of statistics. Complete your mastery in this course, part 3 of our Statistics Fundamentals series. Eddie Davila covers concepts such as small sample sizes, t-distribution, degrees of freedom, chi-square testing, and more. This advanced skills training moves learners into the practical study and application of experimental design, analysis of variance, population comparison, and regression analysis. Use these lessons to go beyond the basics and dive deeper into the specific factors that influence your own calculations and results.
Topics include:
  • Working with small sample sizes
  • Using t-statistic vs. z-statistic
  • Calculating confidence intervals with t-scores
  • Comparing two populations (proportions)
  • Comparing two population means
  • Chi-square testing
  • ANOVA testing
  • Regression testing

01. Introduction



01_01-Welcome



02. The Statistics Series_ A Look Back and Forward



02 Recap of Statistics Fundamentals - Parts 1 and 2
03 What lies ahead in Statistics Fundamentals - Part 3



03. Small Sample Sizes



04 T-statistic vs. z-statistic
05 T-score tables and degrees of freedom
06 Calculating confidence intervals using t-scores



04. Comparing Two Populations (Proportions)



07 Explanation of two populations
08 Set up a comparison
09 Hypothesis testing



05. Comparing Two Populations (Means)



10 Basics of comparing two population means
11 Visualization (re-randomizing)
12 Set up a confidence interval
13 Hypothesis testing



06. Chi-Square



14 Introduction to chi-square
15 Curves and distribution
16 Goodness-of-fit test



07. ANOVA: Analysis of Variance



17 What is analysis of variance
18 One-way ANOVA and the total sum of squares (SST)
19 Variance within and variance between (SSW and SSB)
20 Hypothesis test and f-statistic



08. Introduction to Regression



21 What is regression
22 The best-fitting line
23 The coefficient of determination
24 The correlation coefficient



Conclusion



Next steps



Financial Forecasting with Big Data with Michael McDonald

1h 21m • COURSE
Big data is transforming the world of business. Yet many people don't understand what big data and business intelligence are, or how to apply the techniques to their day-to-day jobs. This course addresses that knowledge gap, giving businesspeople practical methods to create quick and relevant business forecasts using big data.

Join Professor Michael McDonald and discover how to use predictive analytics to forecast key performance indicators of interest, such as quarterly sales, projected cash flow, or even optimized product pricing. All you need is Microsoft Excel. Michael uses the built-in formulas, functions, and calculations to perform regression analysis, calculate confidence intervals, and stress test your results. You'll walk away from the course able to immediately begin creating forecasts for your own business needs.

LinkedIn Learning (Lynda.com) is a PMI Registered Education Provider. This course qualifies for professional development units (PDUs). To view the activity and PDU details for this course, click here.

The PMI Registered Education Provider logo is a registered mark of the Project Management Institute, Inc.
Topics include:
  • Understanding big data and predictive analytics
  • Gathering financial data
  • Cleaning up your data
  • Calculating key financial metrics
  • Using regression analysis for business-specific forecasts
  • Performing scenario analysis
  • Calculating confidence intervals
  • Stress testing

01. Introduction



01_001 Welcome
01_002 What you should know
01_003 Exercise files



02. The Basics



02_004 What is big data_
02_005 Business intelligence and company financials
02_006 Basics of financial regression analysis
02_007 Predict values with regression analysis
02_008 Conventional financial forecasting



03. Forecasting in Finance



03_009 Decide on a finance question
03_010 Gather financial data
03_011 Clean financial data



04. Performing Forecasting



04_012 Financial forecasting applications
04_013 Applied forecasting with data
04_014 Regressions for forecasting
04_015 Use Excel for regressions



05. Interpreting Forecast Results



05_016 What do the results mean_
05_017 Confidence intervals around the result
05_018 Perform stress testing



06. Wrap Up



06_019 Wrap up



The Essential Elements of Predictive Analytics and Data Mining with Keith McCormick

1h 28m • COURSE
A proper predictive analytics and data-mining project can involve many people and many weeks. There are also many potential errors to avoid. A "big picture" perspective is necessary to keep the project on track. This course provides that perspective through the lens of a veteran practitioner who has completed dozens of real-world projects. Keith McCormick is an independent data miner and author who specializes in predictive models and segmentation analysis, including classification trees, cluster analysis, and association rules. Here he shares his knowledge with you. Walk through each step of a typical project, from defining the problem and gathering the data and resources, to putting the solution into practice. Keith also provides an overview of CRISP-DM (the de facto data-mining methodology) and the nine laws of data mining, which will keep you focused on strategy and business value.
Topics include:
  • What makes a successful predictive analytics project?
  • Defining the problem
  • Selecting the data
  • Acquiring resources: team, budget, and SMEs
  • Dealing with missing data
  • Finding the solution
  • Putting the solution to work
  • Overview of CRISP-DM

01. Introduction



01_001 Welcome
01_002 What you should know before watching this course



02. What Is Data Mining and Predictive Analytics?



02_003 Introduction
02_004 A definition of data mining
02_005 What's data mining and predictive analytics?
02_006 What are the essential elements?



03. Problem Definition



03_007 Introduction
03_008 Determine the business objective
03_009 Identify an intervention strategy
03_010 Estimate the return on investment
03_011 Program management



04. Data Requirements



04_012 Introduction
04_013 Customer footprint
04_014 Flat file
04_015 Understand your target
04_016 Select the data for modeling
04_017 Understand integration
04_018 Understand data construction



05. Resources You'll Need



05_019 Introduction
05_020 Understand data mining algorithms
05_021 Assess team requirements
05_022 Budget time
05_023 Work with subject matter experts



06. Problems You'll Face



06_024 Introduction
06_025 Deal with missing data
06_026 Resolve organizational resistance
06_027 Why models degrade



07. Finding the Solution



07_028 Introduction
07_029 Search the solution space
07_030 Unexpected results
07_031 Trial and error
07_032 Construct proof



08. Putting the Solution to Work



08_032 Introduction
08_034 Understand propensity
08_035 Understand metamodeling
08_036 Understand reproducibility
08_037 Master documentation
08_038 Time to deploy



09. CRISP-DM and the Nine Laws



09_039 Introduction
09_040 Understanding CRISP-DM
09_041 Understand laws 1 and 2
09_042 Understand law 3
09_043 Understand laws 4 and 5
09_044 Understand laws 6, 7, and 8
09_045 Understand law 9



10. Conclusion



10_046 Next Steps



Predictive Customer Analytics with Kumaran Ponnambalam

 

 

Use big data to tell your customer's story, with predictive analytics. In this course, you can learn about the customer life cycle and how predictive analytics can help improve every step of the customer journey.

Start off by learning about the various phases in a customer's life cycle. Explore the data generated inside and outside your business, and ways the data can be collected and aggregated within your organization. Then review three use cases for predictive analytics in each phase of the customer's life cycle, including acquisition, upsell, service, and retention. For each phase, you also build one predictive analytics solution in Python. In the final videos, author Kumaran Ponnambalam introduces best practices for creating a customer analytics process from the ground up.

Topics include:


0. Introduction



1
001 Welcome
002 Expectations and course organization
003 Use the exercise files



1. Customer Analytics Overview



004 The importance of customer analytics
005 The customer life cycle
006 Apply analytics to the customer life cycle
007 Sources of customer data
008 The customer analytics process
009 Use case - Online computer store



2. Will you become My Customer



010 The customer acquisition process
011 Find high propensity prospects
012 Recommend the best channels for contact
013 Offer chat based on visitor propensity
014 Use case - Determine customer propensity



3. What else are you interested in



015 Upselling and cross-selling
016 Find items bought together
017 Create customer group preferences
018 User-item affinity and recommendations
019 Use case - Recommend items



4. How much is you future business worth



020 Generate customer loyalty
021 Create customer value classes
022 Discover response patterns
023 Predict customer lifetime value (CLV)
024 Use case - Predict CLV



5. Are you happy with me



025 Improve customer satisfaction
026 Predict intent of contact
027 Find unsatisfied customers
028 Group problem types
029 Use case - Group problem types



6. Will you leave me



030 Prevent customer attrition
031 Predict customers who might leave
032 Find incentives
033 Discover customer attrition patterns
034 Use case - Customer patterns



7. Best Practices



035 Devise customer analytics processes
036 Choose the right data
037 Design data processing pipelines
038 Implement continuous improvement



Conclusion



Next steps



Excel: Economic Analysis and Data Analytics with Michael McDonald

1h 37m • COURSE
Big data is transforming the world of business. Yet many people don't understand what big data and business intelligence are, or how to apply the techniques to their day-to-day jobs. This course addresses that knowledge gap by showing how to use large volumes of economic data to gain key business insights and analyze market conditions.

Professor Michael McDonald demonstrates how to harness the wealth of information available on the Internet to forecast statistics such as industry growth, GDP, and unemployment rates, as well as factors that directly affect your business, like property prices and future interest rate hikes. All you need is Microsoft Excel. Michael uses the built-in formulas, functions, and calculations to perform regression analysis, calculate confidence intervals, and stress test your results. He also covers time series exponential smoothing, fixed effects regression, and difference estimators. You'll walk away from the course able to immediately begin creating forecasts for your own business needs.

LinkedIn Learning (Lynda.com) is a PMI Registered Education Provider. This course qualifies for professional development units (PDUs). To view the activity and PDU details for this course, click here.

The PMI Registered Education Provider logo is a registered mark of the Project Management Institute, Inc.
Topics include:
  • Understanding big data and economic forecasting
  • Predicting values with regressions
  • Analyzing economic trends and economic cycles
  • Using fixed-effects regressions and binary regressions for forecasting
  • Assessing the accuracy of an economic forecast
  • Using scenario analysis

Meta-analysis for Data Science and Business Analytics with Conrad Carlberg

49m 5s • COURSE
In a world where nearly everyone uses data to inform their business methodologies, an emerging consensus is that more emphasis needs to be placed on validating data; verifying that data-driven conclusions are accurate; and minimizing the risk that your conclusions are incorrect. Although most researchers know what meta-analysis is, few understand how to calculate an effect size from popular metrics such as risk ratios, or how the distinction between fixed and random effects can lead the meta-analyst astray. This advanced-level course for data science and statistics practitioners and researchers covers raw mean differences—specifically for experimental and comparison groups—and how to convert useful outcome measures such as relative risk and odds ratios to commensurate measures of effect size. Plus, learn about how confidence intervals are created for binary outcome measures.
Topics include:
  • Rationale for meta-analysis
  • Straightforward effect sizes
  • Standardized mean differences
  • Correlation coefficients
  • Complex effect sizes: Risk ratios and odds ratios
  • Confidence intervals in meta-analysis
  • Building confidence intervals around binary-outcome effect sizes

0. Introduction



00_01_Welcome
00_02 Exercise files



1. Meta-Analysis: The Basic Idea



01_01_Combine many empirical findings
01_02_Closer look at effect sizes
01_03_ Need for a standard measure



2. Two Groups: Continuous Outcome Measure



02_01_Raw mean difference
02_02_Standardized mean difference: Independent groups
02_03_Standardized mean difference: Dependent groups



3. Two Groups: Binary Outcome



03_01_Risk and odds ratios
03_02_Logarithms in risk and odds ratios
03_05_Clustering in BigML
03_06_Clustering in Orange



4. Confidence Intervals



04_01_Odds ratios
04_02_Single study
04_03_Meta-analysis



Conclusion



Next steps