• Replication and analysis of current published research and expert reports, usually in a litigation setting.• Intensive SAS programming: SAS/BASE, SAS/STAT, SAS/ETS, and SAS/GRAPH. Utilization of SAS/BASE for creation, maintenance, and preparation of (usually large) data sets. Utilization of SAS/STAT and SAS/ETS for statistical analysis of data. Utilization of SAS/GRAPH for preparation of exhibits and graphics to be used in depositions, courtroom testimony, and presentations to lawyers.• Analysis of large complicated data sets, such as cost accounting databases for various hospitals, the National Health and Nutrition Survey (NHANES), the Current Population Survey (CPS) and Tobacco Use Supplement (TUS), FARS and NHTSA automotive databases, the National Medical Expenditure Survey (NMES). Done in SAS, Stata, Excel, R, Mathematica.• Creation, editing, and support for expert reports and expert testimony.• Member of consulting teams in major litigation involving tobacco, automotive safety, pharmaceuticals, patent infringements, insurance allocation, among other areas.• Heavy technical writing and presentation for technical and non-technical audiences, e.g. lawyers, other experts, juries, and judges. • Development of code and mathematics for new applications of mathematics and statistics.• Copious employment of “standard” statistical and data science concepts: linear models, regression (linear, probit, logistic), parametric and non-parametric modeling, hypothesis testing, power calculation, experimental designs, Bayesian probability and inference, survey sampling, among other things.

• Replication and analysis of current published research and expert reports, usually in a litigation setting.• Intensive SAS programming: SAS/BASE, SAS/STAT, SAS/ETS, and SAS/GRAPH. Utilization of SAS/BASE for creation, maintenance, and preparation of (usually large) data sets. Utilization of SAS/STAT and SAS/ETS for statistical analysis of data. Utilization of SAS/GRAPH for preparation of exhibits and graphics to be used in depositions, courtroom testimony, and presentations to lawyers.• Stata programming experience: approximately six years. Stata usage consists from using canned procedures and syntax to generating new .ado files and function calls.• Analysis of large complicated data sets, such as cost accounting databases for various hospitals, the National Health and Nutrition Survey (NHANES), the Current Population Survey (CPS) and Tobacco Use Supplement (TUS), FARS and NHTSA automotive databases, the National Medical Expenditure Survey (NMES). Done in SAS, Stata, Excel, R, Mathematica.• Creation, editing, and support for expert reports and expert testimony.• Member of consulting teams in major litigation involving tobacco, automotive safety, pharmaceuticals, patent infringements, insurance allocation, among other areas.• Heavy technical writing and presentation for technical and non-technical audiences, e.g. lawyers, other experts, juries, and judges. • Development of code and mathematics for new applications of mathematics and statistics.• Copious employment of “standard” statistical and data science concepts: linear models, regression (linear, probit, logistic), parametric and non-parametric modeling, hypothesis testing, power calculation, experimental designs, Bayesian probability and inference, survey sampling, among other things.

• Replication and analysis of current published research and expert reports, usually in a litigation setting.• Intensive SAS programming: SAS/BASE, SAS/STAT, SAS/ETS, and SAS/GRAPH. Utilization of SAS/BASE for creation, maintenance, and preparation of (usually large) data sets. Utilization of SAS/STAT and SAS/ETS for statistical analysis of data. Utilization of SAS/GRAPH for preparation of exhibits and graphics to be used in depositions, courtroom testimony, and presentations to lawyers.• Analysis of large complicated data sets, such as cost accounting databases for various hospitals, the National Health and Nutrition Survey (NHANES), the Current Population Survey (CPS) and Tobacco Use Supplement (TUS), FARS and NHTSA automotive databases, the National Medical Expenditure Survey (NMES). Done in SAS, Stata, Excel, R, Mathematica.• Creation, editing, and support for expert reports and expert testimony.• Member of consulting teams in major litigation involving tobacco, automotive safety, pharmaceuticals, patent infringements, insurance allocation, among other areas.• Heavy technical writing and presentation for technical and non-technical audiences, e.g. lawyers, other experts, juries, and judges. • Development of code and mathematics for new applications of mathematics and statistics.• Copious employment of “standard” statistical and data science concepts: linear models, regression (linear, probit, logistic), parametric and non-parametric modeling, hypothesis testing, power calculation, experimental designs, Bayesian probability and inference, survey sampling, among other things.

This was a short-term position. Taught courses in statistics for UC Davis undergraduates. Co-authored statistical practice and standards manual for the California Department of Transportation. Heavy TeX/LaTex usage.

• Lectured seven courses per year, primarily graduate probability/statistics courses in both theory and application. Other courses lectured are: reliability theory, actuarial mathematics, and all levels of calculus.• Peer-reviewed research in statistics, reliability theory, sampling theory, and analytic philosophy. Publications available upon request.• Published major graduate-level textbook in mathematics. The Theory of Measures and Integration (2003), John Wiley & Sons.