DOES IT MATTER WHERE IT IS KICKED? ANALYSIS OF OVER 10,000 ATTEMPTS
![FG_StadiumEffect_s](http://www.decisionsciencenews.com/wp-content/uploads/2013/02/FG_StadiumEffect_s.png)
Click to enlarge
In our third of not one, not two, but three posts on kicking a football in the NFL, we take on a reader question of whether the stadium / home team matters for making a field goal. We pulled up the data on every field goal since 2002 (over 10,000) of them and plotted the probability of scoring as a function of the stadium in which the field goal was kicked. The results are above. Bars are +/- 1 standard error.
Is it a statistically significant effect? Apparently so:
Pearson's Chi-squared test
X-squared = 49.9556, df = 31, p-value = 0.01693
ADDENDUM 1
We had a request to see the broken down by home team or visiting team kicking. Here you go:
![FG_StadiumEffect_Home_Away_s](http://www.decisionsciencenews.com/wp-content/uploads/2013/02/FG_StadiumEffect_Home_Away_s.png)
Click to enlarge
ADDENDUM 2:
Owing to the generosity of the great reader / Scottish economist Adam Smith (see comments), we now have the stadiums broken down by door (indoor or outdoor). The gray stadiums are either convertible (Houston) or have a small hole in the roof (Dallas).
Correlation is not causation, but it sure does seem plausible that having an indoor stadium helps the kicker.
![FG_StadiumEffect_Inside_Outside_s](http://www.decisionsciencenews.com/wp-content/uploads/2013/02/FG_StadiumEffect_Inside_Outside_s.png)
Click to enlarge
APPENDIX
To decode the team names, use this list:
ARI: Arizona Cardinals
ATL: Atlanta Falcons
BAL: Baltimore Ravens
BUF: Buffalo Bills
CAR: Carolina Panthers
CHI: Chicago Bears
CIN: Cincinnati Bengals
CLE: Cleveland Browns
DAL: Dallas Cowboys
DEN: Denver Broncos
DET: Detroit Lions
GB: Green Bay Packers
HOU: Houston Texans
IND: Indianapolis Colts
JAX: Jacksonville Jaguars
KC: Kansas City Chiefs
MIA: Miami Dolphins
MIN: Minnesota Vikings
NE: New England Patriots
NO: New Orleans Saints
NYG: New York Giants
NYJ: New York Jets
OAK: Oakland Raiders
PHI: Philadelphia Eagles
PIT: Pittsburgh Steelers
SD: San Diego Chargers
SEA: Seattle Seahawks
SF: San Francisco 49ers
STL: Saint Louis Rams
TB: Tampa Bay Buccaneers
TEN Tennessee Titans
WAS: Washington Redskins
Figure 1 Data:
Stadium Miss Hit
ARI 67 292
ATL 45 257
BAL 45 322
BUF 61 253
CAR 51 269
CHI 64 295
CIN 53 293
CLE 56 266
DAL 53 281
DEN 50 303
DET 34 285
GB 72 274
HOU 53 271
IND 55 308
JAC 64 252
KC 58 285
MIA 58 286
MIN 35 267
NE 63 282
NO 48 285
NYG 59 271
NYJ 50 260
OAK 72 297
PHI 51 300
PIT 65 259
SD 48 258
SEA 55 285
SF 51 289
STL 50 284
TB 58 256
TEN 63 288
WAS 70 254
Figure 2 Data:
ARI Home_Team_Kicks 32 152
Visiting_Team_Kicks 35 140
ATL Home_Team_Kicks 24 142
Visiting_Team_Kicks 21 115
BAL Home_Team_Kicks 23 187
Visiting_Team_Kicks 22 135
BUF Home_Team_Kicks 36 129
Visiting_Team_Kicks 25 124
CAR Home_Team_Kicks 23 125
Visiting_Team_Kicks 28 144
CHI Home_Team_Kicks 32 150
Visiting_Team_Kicks 32 145
CIN Home_Team_Kicks 28 162
Visiting_Team_Kicks 25 131
CLE Home_Team_Kicks 20 130
Visiting_Team_Kicks 36 136
DAL Home_Team_Kicks 30 138
Visiting_Team_Kicks 23 143
DEN Home_Team_Kicks 23 154
Visiting_Team_Kicks 27 149
DET Home_Team_Kicks 17 152
Visiting_Team_Kicks 17 133
GB Home_Team_Kicks 39 144
Visiting_Team_Kicks 33 130
HOU Home_Team_Kicks 32 131
Visiting_Team_Kicks 21 140
IND Home_Team_Kicks 19 166
Visiting_Team_Kicks 36 142
JAC Home_Team_Kicks 36 131
Visiting_Team_Kicks 28 121
KC Home_Team_Kicks 29 127
Visiting_Team_Kicks 29 158
MIA Home_Team_Kicks 32 141
Visiting_Team_Kicks 26 145
MIN Home_Team_Kicks 11 138
Visiting_Team_Kicks 24 129
NE Home_Team_Kicks 30 164
Visiting_Team_Kicks 33 118
NO Home_Team_Kicks 22 129
Visiting_Team_Kicks 26 156
NYG Home_Team_Kicks 27 138
Visiting_Team_Kicks 32 133
NYJ Home_Team_Kicks 26 138
Visiting_Team_Kicks 24 122
OAK Home_Team_Kicks 29 150
Visiting_Team_Kicks 43 147
PHI Home_Team_Kicks 25 176
Visiting_Team_Kicks 26 124
PIT Home_Team_Kicks 34 149
Visiting_Team_Kicks 31 110
SD Home_Team_Kicks 23 134
Visiting_Team_Kicks 25 124
SEA Home_Team_Kicks 19 145
Visiting_Team_Kicks 36 140
SF Home_Team_Kicks 25 156
Visiting_Team_Kicks 26 133
STL Home_Team_Kicks 22 142
Visiting_Team_Kicks 28 142
TB Home_Team_Kicks 30 136
Visiting_Team_Kicks 28 120
TEN Home_Team_Kicks 28 155
Visiting_Team_Kicks 35 133
WAS Home_Team_Kicks 39 124
Visiting_Team_Kicks 31 130
Figure 3 Data: See Figure 1 data plus the comments
Graphs were made in R using Hadley Wickham’s ggplot2 package. Pointer to the data can be found at our previous post.
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EVERY NFL FIELD GOAL SINCE 2002
![FG_ProbMakingFieldGoalGivenDistance.bin5.s](http://www.decisionsciencenews.com/wp-content/uploads/2013/01/FG_ProbMakingFieldGoalGivenDistance.bin5_.s.png)
Click to enlarge
ADDENDUM: This Decision Science News post was covered by Bloomberg TV!
We looked at NFL punts before on Decision Science News. That’s old news. Field goals are the new hotness and Super Bowl Sunday is coming up, so let’s look at a kicker’s chances.
We’ve taken the same database and looked at the probability of getting the ball through the uprights depending on the yard line from which the kick starts. The result is above.
O data, you are so beautiful sometimes.
Those in need of a handy formula for the sidelines might want to use the following approximation. Let D be the yard line you are on:
- If D>50, you will miss
- Otherwise, your probability of making a field goal is about 1-.0004*D^2
We tried to fit a logit model, but it wasn’t pretty.
Speaking of beauty, one big data lesson is that data are more beautiful when binned. Here’s the more raw version:
![FG-ProbMakingFieldGoalGivenDistance.s](http://www.decisionsciencenews.com/wp-content/uploads/2013/01/FG-ProbMakingFieldGoalGivenDistance.s.png)
Click to enlarge
It seems coaches are aware of the maximum distance at which they have a prayer of making a field goal, and don’t even try otherwise:
![FG_CountVYardLine.s](http://www.decisionsciencenews.com/wp-content/uploads/2013/01/FG_CountVYardLine.s.png)
Click to enlarge
Graphs were made in R using Hadley Wickham’s ggplot2 package. Pointer to the data can be found at our previous post.
ADDENDUM:
Reader Anders made a chart that looks at the count of good and bad field goals by distance (yard line + 17):
![](http://i.imgur.com/eT6AN9h.png)
Click to enlarge
ADDENDUM
We changed the model we had originally posted for one with just 1 free parameter. Here’s the fit:
![FG-ProbMakingFieldGoalGivenDistance.model.s](http://www.decisionsciencenews.com/wp-content/uploads/2013/01/FG-ProbMakingFieldGoalGivenDistance.model_.s.png)
Click to enlarge
ADDENDUM
Some folks have asked if some of the longer attempts are noise. It appears so. Here are the descriptions of the attempts from behind the 50 yard line. On a regular attempt, the distance of the field goal is the yard line plus 17, so the case where the yard line is 86 and the field goal distance is suppose to be 68 yards, for example, seems to be a typo.
ydline |
description |
58 |
(:01) S.Janikowski 76 yard field goal is No Good Center-J.Condo Holder-S.Lechler. A.Cromartie at SD 2 to SD 28 for 26 yards (T.Stewart). |
86 |
N.Rackers 68 yard field goal is No Good Holder-D.Johnson. R.Droughns at NYG 2 to NYG 31 for 29 yards (T.Castille). |
83 |
M.Crosby 69 yard field goal is No Good Short Holder-M.Flynn. |
86 |
R.Bironas 58 yard field goal is No Good Holder-C.Hentrich. P.Buchanon at HST -6 to HST 29 for 35 yards (R.Reynolds). Penalty on HST-C.Anderson Offensive Holding declined. |
67 |
(:05) W.Richey 51 yard field goal is No Good Center-J.Maese Holder-D.Zastudil. D.Townsend at PIT -5 to BLT 45 for 60 yards. Lateral to J.Farrior to BLT 35 for 10 yards (T.Heap). FUMBLES (T.Heap) RECOVERED by BLT-T.Jones at BLT 42. T.Jones to BLT 42 for no gain (J.Gildon). |
61 |
(:01) J.Elam 57 yard field goal is No Good Center-M.Lepsis Holder-T.Rouen. C.McAlister at BLT -7 for 107 yards TOUCHDOWN. |
71 |
(1:46) T.Peterson 48 yard field goal is No Good Center-D.O’Leary Holder-T.Maddox. I.Bashir at IND -9 to IND 37 for 46 yards (R.Bailey). |
68 |
(:01) J.Hanson 50 yard field goal is No Good Center-B.Banta Holder-J.Jett. D.Sharper at GB -9 to GB 35 for 44 yards (R.Brown). |
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24TH SUBJECTIVE PROBABILITY, UTILITY, AND DECISION-MAKING CONFERENCE
![SPDUM24-cab-600x115-b_tcm4-86755](http://www.decisionsciencenews.com/wp-content/uploads/2013/01/SPDUM24-cab-600x115-b_tcm4-86755.jpg)
The European Association for Decision Making invites you to attend its next biannual
24th Subjective Probability, Utility, and Decision Making Conference (SPUDM
24), which will be held at IESE Business School – University of Navarra in Barcelona,
Spain, on August 18-22, 2013.
Submissions of paper abstracts, poster abstracts, and proposals for workshops are
invited on any topic in basic and applied judgment and decision making research.
Deadline for all submissions is March 8, 2013.
The organizing committee is pleased to announce that the conference will feature the
following invited speakers:
• Timothy D. Wilson, University of Virginia, USA
• Colin F. Camerer, California Institute of Technology, USA
• Robin Hogarth, Universitat Pompeu Fabra, Spain
• Ralph Hertwig, Max Planck Institute for Human Development, Germany
The call for papers is available at:
http://www.iese.edu/en/events/OtrosEventos/SPUDM24/Home/Home.asp
Attending this meeting will also be an opportunity to discover Barcelona, one of the
most unique and architecturally distinctive cities of the world. Barcelona is the capital
of Spain’s Catalan region, which has produced a number of the world’s most prominent
artists including Pablo Picasso and Salvador Dalí. The architect Antoni Gaudí also left
his indelible mark on the city through a number of remarkable buildings such as La
Sagrada Familia, La Pedrera, and La Casa Batlló.
We look forward to seeing and welcoming you in Barcelona!
The local organizing committee:
Elena Reustkaja (IESE, Spain)
Mario Capizzani (IESE, Spain)
Franz Heukamp (IESE, Spain)
Robin Hogarth (UPF, Spain)
NEW DECISION JOURNAL FOCUSES ON THEORETICAL ISSUES
Good news for Judgment and Decision Making researchers: a new APA journal entitled Decision is getting ready to launch. Be on the lookout for its web site in the next weeks. Here are some details.
Decision
A journal for research on judgment and decision making
Decision is a multidisciplinary research journal focused on a theoretical understanding of neural, cognitive, social, and economic aspects of judgment and decision-making behavior. Decision will publish articles on all areas related to judgment and decision- making research including probabilistic inference, prediction, evaluation, choice, decisions under risk or uncertainty, and economic games. The journal will publish articles that present new theory or new empirical research addressing theoretical issues or both. To achieve this goal, Decision will publish three types of articles: long articles that make major theoretical contributions, shorter articles that make major empirical contributions attacking important theoretical issues, and brief review articles that target rapidly rising theoretical trends or new theoretical topics in decision making.
Editorial Board
Colin Camerer
Nick Chater
Peter Dayan
Gerd Gigerenzer
Reid Hastie
Mark Machina
Amnon Rapoport
Roger Ratcliff
Valerie Reyna
Jim Sherman
Richard Shiffrin
Josh Tenenbaum
Joyce Wang
Thomas Wallsten
Angela Yu
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ANALYSIS OF THE PUNTING DECISION BASED ON 11 YEARS OF PLAY-BY-PLAY DATA
![ProbPuntGivenYardLine.s2](http://www.decisionsciencenews.com/wp-content/uploads/2013/01/ProbPuntGivenYardLine.s2.png)
CLICK TO ENLARGE
The site reddit told us about data on every single NFL (U.S. National Football League) play since 2002. We read it in and did an analysis of punting. The results are beautiful.
North Americans metaphorically say they’re “going to punt” and people not familiar with American and Canadian Football can be unclear about what they mean. In the UK, “punt” means many things (such as pushing a boat with a stick or visiting a prostitute), but not the North American metaphorical sense.
Loosely put, to punt means to play it safe by not trying something risky that could leave you worse off. In football, it’s kicking the ball into a better field position instead of staying where you are and fighting because if you stay and fight you might lose and your opponent will have you in a bad field position. You punt when your back is to the wall, on your last “down” or opportunity to do something before the opponent automatically gets the ball. Higher risk alternatives to punting are passing or running with the ball. When close to the opponent’s goal, an alternative is trying to kick a field goal. [I realize that’s a bad description but maybe we can crowdsource a better one].
We made some graphs of the punting decision and found some beauty in these strategic behavior data.
![ProbPuntGivenYardsToGo.s2](http://www.decisionsciencenews.com/wp-content/uploads/2013/01/ProbPuntGivenYardsToGo.s2.png)
CLICK TO ENLARGE
![CountVYardLine.s2](http://www.decisionsciencenews.com/wp-content/uploads/2013/01/CountVYardLine.s2.png)
CLICK TO ENLARGE
![CountVYardsToGo.s2](http://www.decisionsciencenews.com/wp-content/uploads/2013/01/CountVYardsToGo.s2.png)
CLICK TO ENLARGE
Thanks to the reddit post and Advanced NFL Stats, as well as to the open source R language and Hadley Wickham‘s ggplot2.
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DEADLINE JANUARY 10, 2013
![edwards2](http://www.decisionsciencenews.com/wp-content/uploads/2013/01/edwards2.jpg)
Via Michael Birnbaum:
In this conference, investigators present topics that might be empirical or theoretical, involving questions that may be basic or applied, and studying theories that may be normative or descriptive. Topics deal with judgment and decision theory, basic and applied, either normative or descriptive, and are NOT limited to Bayes theorem or Bayesian statistics.
Daniel Cavagnaro and Michael Birnbaum will co-host the 51st meetings in Fullerton February 14-16, 2013. There will be a reception on the evening of February 14, with meetings on Friday and Saturday, Feb 15-16. Note that Monday, February 18 is “President’s Day”, which is a holiday in the USA and might permit an extra travel day for many American participants.
We hope you will accept the invitation to attend, which has more information on the conference.
Deadline to submit papers is January 10, 2013. On-Line Paper Submission and Registration for the 2013 Conference.
A Bit of History of these Meetings
The Bayesian Research Conference was hosted for 41 years by Ward Edwards, and for many years it was held each year in mid-February at the Sportsman’s Lodge in Studio City, California. These meetings have been very high in quality, extremely diverse in topic and approach, and under Ward’s leadership since 1961, they established a pattern of extremely fruitful, constructive, and congenial meetings. Starting with the 42nd meeting, the event has been held on the campus of California State University, Fullerton. picture of Ward Edwards and Jim Shanteau
The 44th and succeeding conferences are now the Edwards Bayesian Research Conference, honoring Ward Edwards, a founder of the field of behavioral decision research, who passed away in early 2005. In this picture, Ward and Jim Shanteau converse at an earlier meeting. As Ben Newall (2009) has written, “Ward Edwards is commonly regarded as the Father of behavioral decision making. In two papers, The Theory of Decision Making published in Psychological Bulletin in 1954 and Behavioral Decision Theory published in the Annual Review of Psychology in 1961 he founded and then subsequently gave a name to the field. Then in 1963 he introduced psychologists to Bayesian thinking with his paper Bayesian Statistical Inference for Psychological Research published in Psychological Review. These truly seminal papers have become part of the folklore of the field and their influence can hardly be overstated.” To those accomplishments, one might add his paper in the Psychological Review on Subjective probabilities inferred from decisions in which Edwards introduced the idea of probability weighting functions that depend on the configuration of consequences, an idea that is central to Prospect Theory, which was co-authored by his former student, Amos Tversky, and Daniel Kahneman.
The 2013 meeting will honor the memory of R. Duncan Luce, a leader in the field of behavioral decision making and a regular participant in this conference, who passed away in 2012.
ADDING DECISION-MAKING TRAINING INTO TRADITIONAL ACADEMIC COURSES
Chris Spetzler contributes this article, recently published in PLoS ONE, which finds that putting decision-making training into a a U.S. history course raised competence in both the material of the course, as well as in decision-making.
Title:
Improved Learning in U.S. History and Decision Competence with Decision-Focused Curriculum
Citation:
Jacobson D, Parker A, Spetzler C, Bruine de Bruin W, Hollenbeck K, et al. (2012) Improved Learning in U.S. History and Decision Competence with Decision-Focused Curriculum. PLoS ONE 7(9): e45775. doi:10.1371/journal.pone.0045775
URL:
http://www.plosone.org/article/info%3Adoi%2F10.1371%2Fjournal.pone.0045775
Abstract:
Decision making is rarely taught in high school, even though improved decision skills could benefit young people facing life-shaping decisions. While decision competence has been shown to correlate with better life outcomes, few interventions designed to improve decision skills have been evaluated with rigorous quantitative measures. A randomized study showed that integrating decision making into U.S. history instruction improved students’ history knowledge and decision-making competence, compared to traditional history instruction. Thus, integrating decision training enhanced academic performance and improved an important, general life skill associated with improved life outcomes.
Photo credit: http://www.flickr.com/photos/library_of_congress/3253742644/
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MACHINE LEARNING, COMPUTATIONAL SOCIAL SCIENCE, ALGORITHMIC ECONOMICS, MARKET DESIGN AND MORE
![msrav2](http://www.decisionsciencenews.com/wp-content/uploads/2012/12/msrav2.jpg)
Last week, we let you know about the Microsoft Research Postdoc in online experimental social science.
This week, we’re announcing four more postdocs! See below.
Microsoft Research NYC [ http://research.microsoft.com/newyork/ ] seeks outstanding applicants for 2-year postdoctoral researcher positions. We welcome applicants with a strong academic record in one of the following areas:
* Computational social science: http://research.microsoft.com/cssnyc
* Online experimental social science: http://research.microsoft.com/oess_nyc
* Algorithmic economics and market design: http://research.microsoft.com/algorithmic-economics/
* Machine learning: http://research.microsoft.com/mlnyc/
We will also consider applicants in other focus areas of the lab, including information retrieval, and behavioral & empirical economics. Additional information about these areas is included below. Please submit all application materials by January 11, 2013.
———-
COMPUTATIONAL SOCIAL SCIENCE
http://research.microsoft.com/cssnyc
With an increasing amount of data on every aspect of our daily activities — from what we buy, to where we travel, to who we know — we are able to measure human behavior with precision largely thought impossible just a decade ago. Lying at the intersection of computer science, statistics and the social sciences, the emerging field of computational social science uses large-scale demographic, behavioral and network data to address longstanding questions in sociology, economics, politics, and beyond. We seek postdoc applicants with a diverse set of skills, including experience with large-scale data, scalable statistical and machine learning methods, and knowledge of a substantive social science field, such as sociology, economics, psychology, political science, or marketing.
ONLINE EXPERIMENTAL SOCIAL SCIENCE
http://research.microsoft.com/oess_nyc
Online experimental social science involves using the web, including crowdsourcing platforms such as Amazon’s Mechanical Turk, to study human behavior in “virtual lab” environments. Among other topics, virtual labs have been used to study the relationship between financial incentives and performance, the honesty of online workers, advertising impact as a function of exposure time, the implicit cost of annoying ads, the testing of graphical user interfaces eliciting probabilistic information and also the relationship between network structure and social dynamics, related to social phenomena such as cooperation, learning, and collective problem solving. We seek postdoc applicants with a diverse mix of skills, including awareness of the theoretical and experimental social science literature, and experience with experimental design, as well as demonstrated statistical modeling and programming expertise. Must know and love R. Specific experience running experiments on Amazon’s Mechanical Turk or related crowdsourcing websites, as well as managing virtual participant pools is also desirable, as is evidence of UI design ability.
ALGORITHMIC ECONOMICS AND MARKET DESIGN
http://research.microsoft.com/algorithmic-economics/
Market design, the engineering arm of economics, benefits from an understanding of computation: complexity, algorithms, engineering practice, and data. Conversely, computer science in a networked world benefits from a solid foundation in economics: incentives and game theory. Scientists with hybrid expertise are crucial as social systems of all types move to electronic platforms, as people increasingly rely on programmatic trading aids, as market designers rely more on equilibrium simulations, and as optimization and machine learning algorithms become part of the inner loop of social and economic mechanisms. We seek applicants who embody a diverse mix of skills, including a background in computer science (e.g., artificial intelligence or theory) or related field, and knowledge of the theoretical and experimental economics literature. Experience building prototype systems, and a comfort level with modern programming paradigms (e.g., web programming and map-reduce) are also desirable.
MACHINE LEARNING
http://research.microsoft.com/mlnyc/
Machine learning is the discipline of designing efficient algorithms for making accurate predictions and optimal decisions in the face of uncertainty. It combines tools and techniques from computer science, signal processing, statistics and optimization. Microsoft offers a unique opportunity to work with extremely diverse data sources, both big and small, while also offering a very stimulating environment for cutting-edge theoretical research. We seek postdoc applicants who have demonstrated ability to do independent research, have a strong publication record at top research venues and thrive in a multidisciplinary environment.
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SEEKING MATHEMATICALLY & COMPUTATIONALLY SKILLED APPLICANTS
Microsoft Research NYC seeks outstanding applicants with strong quantitative and programming skills for a postdoctoral researcher position in the area of online experimental social science.
Deadline for Full Consideration: January 11, 2013
Online experimental social science involves using the web, including crowdsourcing platforms such as Amazon’s Mechanical Turk, to study human behavior in “virtual lab” environments. Among other topics, virtual labs have been used to study the relationship between financial incentives and performance, the honesty of online workers, advertising impact as a function of exposure time, the implicit cost of “bad ads”, the testing of graphical user interfaces eliciting probabilistic information and also the relationship between network structure and social dynamics, related to social phenomena such as cooperation, learning, and collective problem solving. Eligible applicants must hold a Ph.D. in Computer Science, Experimental Economics, Experimental Psychology, Statistics, Mathematical Sociology or a related field. The ideal applicant will possess a diverse mix of skills, including awareness of the theoretical and experimental social science literature, and experience with experimental design, as well as demonstrated statistical modeling and programming expertise. Programming knowledge should include server-side and browser-side languages, interaction with databases and third party APIs and facility with the R language for statistical computing. Specific experience running experiments on Amazon’s Mechanical Turk or related crowdsourcing websites, as well as managing virtual participant pools is also desirable, as is evidence of UI design ability. Postdoc researcher positions at Microsoft Research provide emerging scholars (Ph.D.s received in 2012 or to be conferred by July 2013) an opportunity to develop their research career and to interact with some of the top minds in the research community. The position also offers the potential to have research realized in products and services that will be used worldwide. Postdoc researchers are invited to define their own research agenda and demonstrate their ability to drive forward an effective program of research.
Postdoc researchers receive a competitive salary and benefits package, and are eligible for relocation expenses. Postdoc researchers are hired for a two-year term appointment following the academic calendar, starting in July 2013. Applicants must have completed the requirements for a Ph.D., including submission of their dissertation, prior to joining Microsoft Research. We do accept applicants with tenure-track job offers from other institutions so long as they are able to negotiate deferring their start date to accept our position.
About MSR-NYC
Microsoft Research provides a vibrant multidisciplinary research environment with an open publications policy and close links to top academic institutions around the world. Microsoft Research New York City is the most recent MSR lab, comprising 16 full-time researchers and postdocs, working on theoretical and applied aspects of machine learning and information retrieval, computational and online experimental social science, and algorithmic and experimental economics. The lab is highly collaborative and interdisciplinary, and its members also maintain active links both with the local academic and tech communities.
For more information about the lab, visit:
http://research.microsoft.com/en-us/labs/newyork/default.aspx
To apply for a postdoc position at MSR-NYC:
1. Submit an online application at:
https://research.microsoft.com/apps/tools/jobs/fulltime.aspx
* Indicate that your research area of interest is “Online Experimental Social Science” and that your location preference is “New York.” Include the name of a Microsoft Research contact if you have one.
* In addition to the CV and names of three referees (including your dissertation advisor) that the online application will require you to include, upload the following 3 attachments with your online application: a) two conference or journal articles, book chapters, or equivalent writing samples (uploaded as 2 separate attachments); b) an academic research statement (approximately 3-4 pages) that outlines your research achievements and agenda.
2. After you submit your application, send an email to msrrt@microsoft.com (copy the Microsoft Research contacts you identified in step 1, if any) alerting us that you have uploaded your application. If an applicant meets the requirements above, a request for letters will be sent to your list of referees on your behalf. All letters of recommendation must be received by the deadline for full consideration of the application. Please make sure to check back with your referees or us if you have any questions about the status of your requested letters of recommendation. For more information, see:
http://research.microsoft.com/en-us/jobs/fulltime/postdoc.aspx