Present descriptive statistics for your market cap-based portfolio including mean, standard deviation, min, max, and percentiles.

  • Select 100 random stocks from the Russell 3000 index, on a market capitalization-weighted basis, ensuring all sectors are represented.
  • Choose the carbon metric that you will use for the decarbonized portfolio optimization.
  • Present descriptive statistics for your market cap-based portfolio including mean, standard deviation, min, max, and percentiles.
  • Set up the carbon metric target for your decarbonized portfolio.
  • Set up and solve the optimization problems that produce decarbonized portfolios while tracking the performance of the market cap-based index.
  • Set up and solve the optimization problem that produces a mean-variance efficient portfolio.
  • Set up and solve the optimization problem that finds a mean-variance portfolio given the additional carbon constraint.
  • Present the descriptive statistics of ESG performance of the resulting decarbonised portfolios and the MPT-based portfolio.
  • For one of the decarbonized portfolios, present the sector analysis
  • Conclusion. Summary of all outputs per each optimization.