
Embark on hands-on HR analytics focused on employee satisfaction using R, with a project-based approach to master statistics, machine learning, and tools like Excel, Python, and Tableau.
Measure employee satisfaction with a five-point scale survey, analyze demographics and reliability, and apply factor analysis to identify key drivers of organizational health.
Measure employee satisfaction across divisions by analyzing emotions about employment, work atmosphere, confidence, and work life, segmented by age, gender, experience, and education, and propose enhancements using R.
Map the business problem of declining quality and revenue loss to employee satisfaction by analyzing survey data with RStudio, identifying key factors via factor analysis to guide improvements.
Install R and R Studio from cran on Windows, Mac, or Linux. Use the R Studio interface to manage packages with install.packages and library, and run code in the console.
Explore data architecture for HR analytics by discovering data structures, preparing data sources, creating a data dictionary, collecting survey data, and validating variables for employee satisfaction.
Collect initial data by deploying a Google Form survey to about 1,400 employees across departments, and record responses in a spreadsheet as part of the light good scheme survey.
Define variables and build a data dictionary for an employee satisfaction survey, detailing dataset structure, variable list (department, experience, age, gender, education), and 20 Likert-scale questions, plus data download formats.
Validate data for correctness after importing to a statistical tool, ensuring the transferred dataset matches the original. Check dimensions, head, and structure, and compare with the data dictionary.
Prepare data by gathering, combining from multiple sources, and structuring it to reveal its information content for robust model analysis, covering univariate analysis, data cleaning, feature engineering, and hypothesis testing.
Examine univariate analysis to describe single-variable distributions of five demographic variables—department, experience, age, gender, and education—using metric and visual approaches with pie charts and summaries, plus data cleaning.
Master feature engineering in employee satisfaction analytics by transforming 30 integer survey variables into categorical factors with lapply and summarizing demographics using dfsummary from summarytools.
Explore reliability testing for surveys by examining test-retest, parallel forms, and internal consistency (including Cronbach's alpha) to ensure consistent results in employee satisfaction measures.
Use chi-square bi-variate analysis and hypothesis testing to assess independence between age, experience, education, and gender. Interpret p-values to reveal associations and translate findings into HR insights for employee satisfaction.
Apply factor analysis to reduce data dimensions and identify latent factors driving employee satisfaction, using exploratory factor analysis with eigenvalues, loadings, and rotation to interpret observed variables.
Apply exploratory factor analysis for dimension reduction in employee satisfaction, using parallel analysis and eigenvalues to determine nine factors with oblique rotation and factor loadings.
Identify the nine HR analytics factors derived from 30 variables, including objectives and fair policies, working environment and balance, feedback and appreciation, growth and opportunities, motivation, and incentives.
Analyze nine factors to measure employee satisfaction using R, computing percentages of satisfied, neutral, and non satisfied groups, and derive actionable insights and improvement suggestions for the organization.
Explore how employee satisfaction drives organizational success by addressing gaps between administration and staff, promoting inclusive growth, fair treatment, and an engaged, empowered workforce for a quality work life.
Learn how employee satisfaction signals organizational health by measuring how workers rate their jobs. Surveys quantify satisfaction and track trends, revealing factors such as salary, colleagues, and work-life balance.
Employee satisfaction boosts productivity, loyalty, and growth by enabling a channel for concerns and a healthier work environment. Surveys measure satisfaction and guide actions to reduce attrition and improve outcomes.
learn what a survey is, its types and purpose, and how to collect data from a predefined group using questionnaires and online tools to measure employee job satisfaction.
Learn how to measure employee satisfaction using quantitative and qualitative data, including Likert scale surveys, net promoter score, ECI, and MSQ, plus qualitative methods and data gathering best practices.
Explore how employee engagement and satisfaction drive business ROI by examining absenteeism, turnover, and productivity. Learn to compute absenteeism rate and monitor turnover to inform analytics driven decision making.
This is the second course in our series “People Analytics : Learn ~ Practice ~ Implement”.
Our mission is simple – “Help anyone learn Data Science, create projects they were passionate about, and use those projects to improve their careers and lives”.
This hands-on project-based course is the only course on Udemy which offers an end-to end statistical project, guiding you to develop and master practical skills to solve any HR business problem using Step-by-step approach called “Anatomy of a Statistical Model for HR Analytics”.
This is the tutorial you’ve been looking for, to start building a portfolio of great HR Analytics projects. This without any doubt, is one of the best ways you can advance your data science career.
In fact, when we spoke to data science recruiters and hiring managers all over the world, we heard the same thing over and over again: data science portfolios and Git-hub repositories are among the first things they look at. Employers want to see if you can really do the job you’re being hired for, so having real-world projects to prove your skills you’re claiming on your resume is a must, whether or not you have a fancy degree.
Give me 5 minutes of your time to explain to you why we’ve built this course and what is different here than any other Data Science or Machine Learning Course you’ll find all over the internet.
1. In this course you will learn to use a dimension reduction technique known as Exploratory Factor Analysis to address an important HR issue “Employee Satisfaction”
2. This course starts with a fundamental understanding of what is Employee Satisfaction, various metrics of measuring Employee Satisfaction, how do different organizations collect data around employee satisfaction, different tools available to collect data, how employee satisfaction can actually impact a Business financially.
3. After finishing this course, you will be able to convert Employee Satisfaction business problem into a Statistical problem, know how to discover and collect data, how to prepare and explore the data for meaningful insights using various methods such as Uni-variate and Bi-variate Analysis, hypothesis testing etc, apply the dimension reduction technique to find significant factors for Employee Satisfaction, extract major findings and insights from the statistical solution and finally how the insights will help leaders make strategies and policies to improve employee satisfaction.
4. You will learn all the above with specific tool that is one of the most in demand in the industry right now – R Studio. It’s geared specifically for people who want to learn employable skills in 2019.
5. This course is developed by a team of analytics professional with a in-depth knowledge and understanding of HR domain. We wanted to build something that would not only teach students HR Analytics in a fun, hands-on way, but that would also help motivate them to keep learning.
In this course, you will be taken through online videos and exercises where you will be able to do the following things by the end:
1. End-to-end Statistical project on Employee Satisfaction Using Factor Analysis in R
2. Master practical skills to solve an HR business problem using Step-by-step approach called “Anatomy of a Statistical
Model”.
3. Understand how employee satisfaction affect business in terms of money?
4. Convert Employee Satisfaction business problem into a Statistical problem.
5. Understand how to discover and collect data.
6. Understand how to prepare and explore the data for meaningful insights.
7. Apply the dimension reduction technique to find significant factors for Employee Satisfaction.
8. Extract major findings and insights from the statistical solution.
9. Understand how the insights will help leaders make strategies and policies to improve employee satisfaction.
This course and all other courses in this series is the accumulation of all of our years of working in Data Science, Human Resource, learning, and teaching and all of the frustrations and incomplete information we have encountered along the way. There is so much information out there, so many opinions, and so many ways of doing things. So, this course is the answer to that exact problem. Throughout the years I have taken notes on what has worked, and what hasn't and I've created this course to narrow down the best way to learn and the most relevant information.
We firmly believe that you won’t find a course like this out there that is as well organized, and as useful, to build a strong foundation for you.