
Explore why data science is the career of the future, as data scientists decode patient records, derive value from the big data deluge, and communicate insights to decision makers.
Understand why data science matters now and why R serves as its backbone. Begin with the basics of R to start your journey as a data scientist.
Explore matrices in R: understand what a matrix is, how to perform matrix calculations, and how to create and access matrix elements by rows or columns using the matrix function.
Explore data frames in R and understand their structure. See mtcars example with mile per gallon, cylinder, displacement, horsepower, and inspect data using head, tail, and str.
Create lists in R with list(), combining vec, mat, and df, and name components to form my_list and shining_list, as shown in ex6_1 and ex6_3.
Explore equality in R by using the double equal sign for comparisons, understand case sensitivity, and compare logicals with numerics through practical exercises on vectors and matrices.
Master relational operators in R, including greater than, less than, and their equal forms, with numeric, string, and logical comparisons. Explore true and false, and practice alphabetical ordering.
This course puts the participant in the right path to become a competent Data Scientist by teaching him/her the basics of R Language as one prominent tool in Data Science.
The course starts by introducing Data Science and the steps taken to complete a Data Science project. Then it continues with lectures on various methods and functions of R enabling the participant to start his/her journey towards becoming a Data Scientist with R.
In this course participants will learn how to install and configure R and RStudio. Besides, participants will be able to create various data structures such as Vectors, Matrices, Factors, Data Frames, and Lists. They will solve simple data problems using Operators, Conditional Statements, Loops, base and user-defined functions. Participants will understand and use different data gathering and manipulation methods such as getting and cleaning external files, the Apply family, Regular Expressions, Dates & Times, Base Plotting, and the dplyr package.