Working as part of our dynamic Advanced Analytics team using a wide range of applied statistical techniques, AI, and interactive application development approaches to analyze data, visualize results, and interpret findings for business decision support.
Collaborate to help project teams design research that overcomes challenges and achieves clients’ business objectives
Independently build models/quality check others’ models and associated tools for specific business needs, including design and improvement of models for branded solutions
Evaluate new methodologies for their robustness and application; integrate into Adelphi offerings
Go-to expert for model application development (R-Shiny, Excel, Visual Basic, Python, PowerBI, etc.)
Client-facing member of the proposal/project team for advanced methods presentations, dialogue, application demonstrations
Provide input into project design elements to optimize for statistical analysis
Lead analytic brainstorming with advanced methods and project teams to solve analytic challenges and create bespoke analysis elements on the fly
Go-to coach for advanced methods team coaching on statistics, coding, model/app development
Requirements
Master’s or doctorate degree, or equivalent applied experience
Minimum of 6-8 years of experience
Broad knowledge of statistical techniques
Experience with data manipulation, weighting, sample size calculation and significance testing
Proficiency building war gaming/simulation models/interactive dashboards (R-Shiny, Excel, VBA, or other applications)
Excellent ability to understand and work with numbers
Ability to work to tight client driven deadlines
Experience with multivariate statistics (regression, conjoint and discrete choice methods and segmentation)
Ability to explain analyses and statistical outputs in terms non-statisticians can understand
Proficient in modelling with categorical and ordinal data through the use of multinomial and ordinal regression methods and log-linear and logit methods
Proficient integrating survey research with secondary data sources for modelling and data validation purposes
Strong experience with advanced methods such as time series forecasting, Structural Equation Models (SEM), Path Analysis, and Partial Least Squares Path Models (PLS PM)
Strong experience with hierarchical models, Bayesian approaches, Hidden Markov Models, Latent Class Models, and Monte Carlo methods
Strong experience with Machine Learning techniques such as k-means, Gaussian Mixtures, Support Vector Machines (SVM)
Exposure to Artificial Neural Nets and Kohonen Maps is a plus
Experimental design
Knowledge and advanced use of R and at least two of the following: Sawtooth CBC/HB, SPSS, Github, Matlab, Python, XLStat, SAS.