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ABSTRACT: After attending the Major League Winter Meetings in Orlando, Florida (the largest gathering of baseball executives in the world), it was affirmed how valuable a pitcher is to a team. "Which pitcher will be worth the pay or hurt your pay?" This is a multimillion-dollar question asked every season

ABSTRACT: After attending the Major League Winter Meetings in Orlando, Florida (the largest gathering of baseball executives in the world), it was affirmed how valuable a pitcher is to a team. "Which pitcher will be worth the pay or hurt your pay?" This is a multimillion-dollar question asked every season by managers, teams and organizations in Major League Baseball. This is a question that has been mulled over in the past, present and will be a highly regarded question in the future in the baseball industry. While technology is still being developed to analyze and test pitchers for the future, what can be done in the meantime without the bells and whistles? The purpose and objective of my thesis paper is to try to identify a recipe that can be used by any baseball team to compare pitchers without the use of very advance and expensive technology. The arm motion of a pitcher is crucial as poor mechanics can lead to an injured pitcher or even surgery, forcing a team to dig deep elsewhere. For my paper, I chose pitchers I had video access to from the 2013 season that include Diamondbacks pitchers: Patrick Corbin, Wade Miley, Josh Collmenter and Joe Thatcher. Then I chose two players I would like to further analyze: a knuckleball pitcher, R.A. Dickey, and a fastball/curveball pitcher, Stephen Strasburg. The data collected includes: angles of arm in motion also known as the jerk, stride, angle velocity, height, weight, number of games started/played in 2013, percentage of pitches thrown in a season, number of pitches thrown in a season, innings pitched (IP) and earned run average (ERA). The data was put in a table to compare pitchers in the now or the future.
Created2013-12
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This project looks at the change in strikeout patterns over the past 19 years of Major League Baseball. New research in 2001 revolutionized the pitching statistics field, and non-coincidentally, the number of strikeouts has ballooned since then. I first detail the statistical nature of the increase, looking at where the

This project looks at the change in strikeout patterns over the past 19 years of Major League Baseball. New research in 2001 revolutionized the pitching statistics field, and non-coincidentally, the number of strikeouts has ballooned since then. I first detail the statistical nature of the increase, looking at where the additional strikeouts are coming from. Then, a discussion of why this has happened, referencing changes in baseball strategy and talent usage optimization follows. The changes in the ways MLB teams use their pitching staffs are largely the cause of this increase. Similar research is cited to confirm that these strategy changes are valid and are having the effect of increasing strikeouts in the game. Strikeout numbers are then compared to other pitching statistics over the years to determine whether the increase has had any effect on other pitching metrics. Lastly, overall team success is looked at as a verification method as to whether the increased focus on increasing strikeouts has created positive results for major league teams. Teams making the MLB playoffs consistently ranked much higher than non-qualifying teams in terms of strikeout rates. Also included in the project are the details of data acquisition and manipulation, to ensure the figures used are valid. Ideas for future research and further work on the topic are included, as the amount of data available in this field is quite staggering. Further analysis could dive into the ways pitches themselves are changing, rather than looking at pitching outcomes. Overall, the project details and explains a major shift in the way baseball has been played over the last 19 years, complete with both pure data analysis and supplementary commentary and explanation
ContributorsCasalena, Jontito (Author) / Doig, Stephen (Thesis director) / Pomrenke, Jacob (Committee member) / Department of Information Systems (Contributor) / School of Mathematical and Statistical Sciences (Contributor) / Barrett, The Honors College (Contributor)
Created2019-05