Online Course – Certified Professional Internship in Statistical Analysis with R for Public Health from Google and Imperial College London

Learn public statistics and develop data analysis skills with R. Improve your statistical thinking and learn key data analysis methods with R.

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Professional Certificate

Beginners

No prior knowledge required

Time to complete the course

7-day free trial

No unnecessary risks

Skills you will acquire in the course

  • Logistics regulation
  • Linear regulation
  • Statistical thinking
  • Survival analysis
  • Data analysis using R

What you will learn in the course

Courses for which the course is suitable

  • Medical Data Analyst
  • Public Health Statistician
  • Public health researcher
  • Clinical Data Analyst
  • Medical Statistics Specialist
  • Public Health Consultant
  • Health Risk Analyst
  • Sociological researcher in the field of health
  • Health Trends Analyst
  • Healthcare predictive modeling developer

Internship – a four-part course series

introduction

Statistics are everywhere. The odds of today’s shooting. Time trends in unemployment rates. The odds of India winning the next Cricket World Cup. In sports like football, it started as a bit of fun but has evolved into big business. Statistical analysis also plays a major role in medicine, especially in the broad and core field of public health.

What will you learn in the internship?

In this internship, you will help understand what medical research is and how – and why – a vague idea is transformed into a scientifically testable hypothesis. You will learn about key concepts in statistics such as:

  • sampling
  • Uncertainty
  • Reaction
  • Missing values
  • Distributions

Next, you will work on analyzing a data set that addresses several key public health challenges:

  • Fruit and vegetable consumption and cancer
  • Risk factors for diabetes
  • Predicting mortality after hospitalization for heart failure

All this using R, one of the most free and widely used programs.

Internship structure

The specialization consists of four courses:

  • Statistical thinking
  • Linear regression
  • Logistic regression
  • Survival analysis

And it is part of the Global Master’s Program in Public Health that is scheduled to begin in September 2019.

Prerequisites

The specialization can be studied independently from the MPH and does not require prior knowledge of statistics or R software. All you need is an interest in medical topics and quantitative data.

Applied Learning Project

In each course, you will be exposed to key concepts and a dataset that will be used as an example throughout the course. Public health data can be messy, with missing values ​​and strange distributions. The data that Kullan uses is either real or simulated from real patient data (all data is anonymized and with permission to use).

The learning method

The emphasis will be on “learning by doing” and “learning by discovery” as you encounter typical data and analysis problems that you must solve and discuss with other learners. You will have the opportunity to work on the solutions yourself and with your peers before receiving the answers and explanations from the instructors.

Details of the courses that make up the specialization

Introduction to Statistics and Data Analysis in Public Health

Course 1

  • 15 hours
  • 4.7 (1,464 metrics)

Course Details

What you’ll learn:
  • Explain the cardinal role of statistics in modern public health research and practice.
  • Describe a data set from the beginning, including data item attributes and data quality issues, using descriptive statistics and graphical methods in R.
  • Select and use appropriate methods to formulate and examine statistical associations between variables in a data set in R.
  • Interpret the results from your analysis and evaluate the role of luck and bias.
Skills you will gain:
  • Category: Basic Analysis in R
  • Category: Formulating a scientific hypothesis
  • Category: R Programming
  • Category: Understanding Common Data Distributions and Variable Types

Linear Regression in R for Public Health

Course 2

  • 15 hours
  • 4.8 (504 metrics)

Course Details

What you’ll learn:
  • Explain when a linear regression model is appropriate to use.
  • Read and examine the data set variables using R software before performing the model analysis.
  • Fit a multivariate linear regression model with interactions, test the model assumptions, and interpret the results.
Skills you will gain:
  • Category: Correlation and Dependence
  • Category: Linear Regression
  • Category: R Programming

Logistic Regression in R for Public Health

Course 3

  • 12 hours
  • 4.8 (357 metrics)

Course Details

What you’ll learn:
  • Describe a data set from scratch using descriptive statistics and simple graphical methods as a first step to advanced analysis using R software.
  • Interpret the results from your analysis and evaluate the role of luck and bias as potential explanations.
  • Run a multivariate logistic regression analysis in R and interpret the results.
  • Evaluate model assumptions for multivariate logistic regression in R.
Skills you will gain:
  • Category: Logistic Regression
  • Category: R Programming

Survival analysis in R for public health

Course 4

  • 11 hours
  • 4.5 (312 metrics)

Course Details

What you’ll learn:
  • Run Kaplan-Meier plots and Cox regression in R and interpret the results.
  • Describe a data set from the beginning, using descriptive statistics with simple graphical methods in preparation for more advanced analysis.
  • Describe and compare several common methods for selecting a multivariate regression model.
Skills you will gain:
  • Category: Understanding common ways to select predictors in a regression model
  • Category: Running and interpreting Kaplan-Meier curves in R
  • Category: Building a Cox Regression Model in R