ENGRG 6050 Applied Statistics
|Course Number:||ENGRG 6050|
|Course Name:||Applied Statistics|
|Course Description: ||This course is an on-line introductory course in statistics. This foundation course is designed to prepare a student for study in the Master of Science in Engineering program or the Master of Science in Project Management program. This course will cover basic concepts of probability, discrete and continuous random variables, confidence intervals, hypothesis testing, and applications of statistics including simple linear regression, multiple regression, basic design of experiments and ANOVA. This course is not appropriate for students seeking a MS or MA degree in mathematics. P: MATH 2740 with a grade of "C" or better.|
- Spring 2013: YES
- Summer 2013: YES
- Fall 2013: NO
- Spring 2014: YES
- Summer 2014: YES
- Fall 2014: NO
|Registration Instructions|| |
The broad course outcomes for ENGRG 6050 are as follows:
- Apply the methods of statistics appropriately and make data-based decisions.
- Work in groups on a statistical project and report the results in writing.
- Demonstrate an understanding of the processes and procedures of statistical research.
- Use statistical software, Minitab, to analyze data.
This first unit introduces you to some of the basic ideas and principles that provide a background for the application of statistics. You will learn how to describe data using graphical and numerical methods as well as the basic concepts of probability that underlie the methods we will cover in later units. Much of this unit will be review for many, but not all, of you. If it is a review for you – do be sure that you have a firm understanding of the concepts before you move on.
Some students may find the chapter 3 material (on probability and counting methods) to be difficult. If you do hang in there - it does get easier once this material is completed.
In this unit, we will learn about the two different types of random variables and how to calculate means and variances for each. The first lesson mainly covers discrete random variables and introduces continuous random variables. The second lesson continues with more details about continuous random variables. These two lessons consist of background material used in the remaining units.
In this unit we get to the "meat and potatoes" of statistics. You will learn how to construct confidence intervals used to estimate each of the population parameters you have learned about. You will also learn how to construct confidence intervals that compare parameters from different populations.
Hypothesis tests are a method of inference used to make decisions about population parameters. Be sure to pay attention to the commentary where the steps to doing a hypothesis test are outlined – you must include these steps in each test that you do. We will also learn about hypothesis tests for categorical variables.
In this unit we are going to cover two major topics – control charts and regression. Control charts are going to be covered over lessons 7 & 8. There are lot of different types of control charts that will be covered, so pay attention to when it is appropriate to use each one. Regression will be covered in lesson 9. Regression is where we look at relationships that can exist between quantitative variables and see whether we can use one or more to make predictions about a response.
In this final chapter you will learn the basics of experimental design and how to analyze the results of basic designs. You will use Minitab to carry out all of the analyses, as they are very time consuming if done by hand.
Number of Exams
There are 4 exams for this course.
Number of Assignments
There are 11 assignments and 5 discussions for this course.
Number of Projects
There are 5 group collaborations for this course.
Scores on weekly homework, group projects, online discussions, and the four exams will determine the final grades.
The final grade will be divided among these as follows:
A = 90-100%
B = 80-89%
C = 70-79%
D = 60-69%
F = Below 60%
The exams are open-book, but are to be completed individually. Group work is not allowed on exams.