Teaching

Below is a list of classes I work as an instructor at the Norwegian School of Economics (NHH)

• ECN 429 The Economics of Aquaculture and Fisheries , graduate class, co-instructor with Rögnvaldur Hannesson
  

  Course description: The course addresses the production in aquaculture and capture fisheries, fish trade, and the role of seafood in feeding the world. We will discuss the theoretical and empirical aspects of fisheries and aquaculture economics. The course also covers the overview of world fisheries, aquaculture, and markets for fish.

  • Spring 2023

Below is a list of classes I work as a teaching assistant at University of California, Davis.

• ARE 240C Time Series Econometrics, graduate class, instructor: Bulat Gafarov
  

  Course description: Probability theory; estimation, inference and forecasting of time series models; trends and non-standard asymptotic theory; vector time series methods and cointegration; time series models for higher order moments and transition data; state-space modeling and the Kalman filter.

  • Winter 2019 (4.7/5) [Evaluation]

• ARE 155 Operation Research and Management Science, undergraduate class, instructor: Holly Liu

  Course description: Introduction to quantitative methods used to analyze business and economic processes: decision analysis for management, mathematical programming, competitive analysis, and other methods.

  • Spring 2018 (4.1/5) [Evaluation]
  • Winter 2018 (4.7/5) [Evaluation]
  • Fall 2017 (4.6/5) [Evaluation]
  • Winter 2017 (4.7/5) [Evaluation]

• ESP 168B Environmental Policy Analysis, undergraduate class, instructor: James Sanchirico
  

  Course description: The objective of the course is to provide students with an in-depth discussion on the pros and cons of evaluating the effect of policy/regulatory interventions using impact evaluation techniques. Topics will include development of causal chains, sample selection (random and non-random designs), internal vs. external validity, development of counterfactuals, and methods of evaluation. The methods will include randomized control trials, regression discontinuity, matching, difference in difference, and synthetic control estimates. We will investigate these methods in the context of evaluating the effectiveness of environmental policy and natural resource management. Applications include poverty alleviation, vehicle use restrictions, air pollution, protected area management, fishery management, toxic regulations, water conservation, and electricity and energy use.

  • Winter 2022 (4.5/5)