ADVANCED ECONOMETRIC
Theoretical and Applied Advanced Econometric Models with STATA
Deepen your understanding of modern econometric methods through this comprehensive instructor-led course. Spread over 5–6 weeks, it is designed for learners who want to master STATA-based application of advanced quantitative methods like MLE, GMM, Logit, Panel Regression, and more.
Overview
Theoretical and Applied Advanced Econometric Models with STATA
Deepen your understanding of modern econometric methods through this comprehensive instructor-led course. Spread over 5–6 weeks, it is designed for learners who want to master STATA-based application of advanced quantitative methods like MLE, GMM, Logit, Panel Regression, and more.
Whether you’re conducting academic research or evaluating public policies, this course will help you build rigorous, empirically validated models with confidence.
Advanced Econometric Analysis
Duration: 45–50 Hours | Mode: Instructor-led | Tools Covered: STATA (Primary)
This program is ideal for students and professionals in Economics, Public Policy, Social Sciences, or Business, offering deep insights into advanced techniques used for causal inference, forecasting, and structural modeling.
Participants from Europe, North America, South America and Africa can also request us for alternative timings.
Course Highlights:
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Interactive Live Classes: Conducted Monday to Friday, 8:00 PM to 9:30 PM IST (GMT+5:30), with flexible timing options for international participants.
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Software Training: Learn the practical use of STATA for real-world econometric modeling and advanced estimation.
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Research-Focused Curriculum: Equips learners with skills for applied research and policy analysis using industry-approved statistical tools.
What You’ll Learn:
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OLS, MLE, and GMM Estimation
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Logit, Probit, Tobit, and Multinomial/Ordinal Regression
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Count Data Models (Poisson, Negative Binomial, Hurdle)
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Simultaneous Equation Models (2SLS, 3SLS)
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Dynamic Models and Lag Structures (Koyck, Almon)
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Panel Data Techniques (FE, RE, ARDL)
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Difference-in-Differences (DID) Estimation
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Quantile Regression Methods
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Nonlinear Regression and Functional Forms
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Principal Component Analysis (PCA)
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Linear Discriminant Analysis (Upcoming)
This course helps learners build actionable skills in econometric theory, model estimation, and statistical software. Ideal for academic researchers and working professionals in data, development, and economics.
Practice Datasets Used
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STATA Press datasets
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NSSO Data (India) – various rounds
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IHDS Data – 2004–05 & 2011–12
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NSE Datasets (in progress)
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World Bank Indicators
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Wooldridge & Gujarati textbook datasets
Join a global classroom of learners from Europe, North America, South America, Africa, and beyond – and take your analytical skills to the expert level.
Curriculum
- 11 Sections
- 52 Lessons
- 50 Hours
- 1. Estimation Techniques & Econometric TheoryGet a solid foundation in estimation strategies used in econometric modeling. Learn the fundamentals of OLS, the logic of Maximum Likelihood Estimation, and the robustness of Generalized Method of Moments for real-world applications.5
- 1.1Ordinary Least Squares (OLS): assumptions and applications
- 1.2Maximum Likelihood Estimation (MLE): theory and implementation
- 1.3Understanding the need for different estimation techniques
- 1.4Generalized Method of Moments (GMM): consistency and efficiency
- 1.5Iterative methods and optimization algorithms in STATA
- 2. Qualitative Response Regression ModelsUnderstand how to model binary, censored, and categorical response variables using advanced regression frameworks such as Logit, Probit, and Tobit models.6
- 3. Count Data ModelsExplore regression models tailored for count-dependent variables, often used in health, labor, and policy research. Handle over-dispersion, zero-inflation, and truncation challenges.5
- 4. Simultaneous Equation ModelsLearn to build and estimate multi-equation systems with interdependent variables. Understand the critical concepts of identification and apply Two-Stage and Three-Stage Least Squares methods.5
- 5. Dynamic Econometric ModelsModel the dynamics of time and behavior using lag structures. Learn how past values influence present outcomes and build autoregressive frameworks for economic data.7
- 6. Panel Data ModelsCombine cross-sectional and time series analysis using panel data techniques. This section trains you on advanced estimation with both fixed and random effects.5
- 7. Difference-in-Differences (DID)Master quasi-experimental techniques using DID models for program and policy evaluation. Use longitudinal data to estimate treatment effects.3
- 8. Quantile RegressionGo beyond average effects by modeling different points of the conditional distribution of your outcome variable. Ideal for skewed or outlier-prone data.4
- 9. Non-Linear Regression ModelsLearn when and how to apply nonlinear modeling techniques using flexible functional forms and iterative estimation methods.5
- 10. Principal Component Analysis (PCA)Reduce data dimensionality while preserving structure. Learn how to extract uncorrelated principal components from multivariate datasets.4
- 11. Linear Discriminant Analysis (LDA) (Upcoming)Get introduced to supervised classification techniques for group prediction. Learn how LDA works and its future application in economic classification tasks.3





