A quadratic goal programming for portfolio selection based on ESG factors

Purpose Furthermore, the model offers a structure for expressing the preferences of individual investors, allowing for better decision-making when selecting the optimal portfolio. This strategy’s implementation was created for the larger South African market. The analysis of the results shows that while ESG-controversy remains stable, lowering the risk aversion threshold results in lower ESG scores. Design/methodology/approach The focus of this paper is on using the cluster technique to optimize portfolios by taking social and financial factors into account. First, we suggest using a clustering technique to group high-dimensional stock data. In the next stage we developed a quadratic Goal Programming model in order to integrate financial criteria into the decision-making process and accurately simulate the nonlinear relationship between the ESG Score and ESG Controversies Score. Findings Also the investor can achieve equilibrium between controversy management, liquidity, and investment sustainability by adjusting the risk aversion threshold. Research limitations/implications While the agglomerative clustering algorithm works well for dividing up suppliers based on certain standards, it could fail to represent all the subtleties in the data adequately. Its reliance on distance metrics for grouping may cause it to overlook nuanced linkages or patterns that more sophisticated clustering methods would be better able to capture. Therefore, to confirm and enhance the segmentation results, future research could investigate different clustering strategies. Practical implications Our research creates new opportunities for responsible investment decision making by fusing financial and ESG objectives, providing a more thorough method of portfolio management. Social implications The study’s use of real data makes a substantial contribution to practical applications by showing how our model may be applied directly in actual investment portfolio management settings. Originality/value The focus of this paper is on using the cluster technique to optimize portfolios by taking social and financial factors into account.

Authors

Publication Details

Journal
Journal of Organizational Change Management
Published
2025-05-06
DOI
https://doi.org/10.1108/jocm-12-2023-0548
Citations
2
Primary Topic
Optimization and Mathematical Programming
Type
article
Field-Weighted Citation Impact
2.43
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article

A quadratic goal programming for portfolio selection based on ESG factors

Abderrahman Jahmane, Laila Messaoudi, Lamia Sebai
2 citations
Journal of Organizational Change Management
Optimization and Mathematical Programming
2.43
article

A quadratic goal programming for portfolio selection based on ESG factors

Abderrahman Jahmane, Laila Messaoudi, Lamia Sebai
article en
2 citations

Abstract

Purpose Furthermore, the model offers a structure for expressing the preferences of individual investors, allowing for better decision-making when selecting the optimal portfolio. This strategy’s implementation was created for the larger South African market. The analysis of the results shows that while ESG-controversy remains stable, lowering the risk aversion threshold results in lower ESG scores. Design/methodology/approach The focus of this paper is on using the cluster technique to optimize portfolios by taking social and financial factors into account. First, we suggest using a clustering technique to group high-dimensional stock data. In the next stage we developed a quadratic Goal Programming model in order to integrate financial criteria into the decision-making process and accurately simulate the nonlinear relationship between the ESG Score and ESG Controversies Score. Findings Also the investor can achieve equilibrium between controversy management, liquidity, and investment sustainability by adjusting the risk aversion threshold. Research limitations/implications While the agglomerative clustering algorithm works well for dividing up suppliers based on certain standards, it could fail to represent all the subtleties in the data adequately. Its reliance on distance metrics for grouping may cause it to overlook nuanced linkages or patterns that more sophisticated clustering methods would be better able to capture. Therefore, to confirm and enhance the segmentation results, future research could investigate different clustering strategies. Practical implications Our research creates new opportunities for responsible investment decision making by fusing financial and ESG objectives, providing a more thorough method of portfolio management. Social implications The study’s use of real data makes a substantial contribution to practical applications by showing how our model may be applied directly in actual investment portfolio management settings. Originality/value The focus of this paper is on using the cluster technique to optimize portfolios by taking social and financial factors into account.

Journal of Organizational Change ManagementVol. 38(3)
Openalex Percentile: Top 12%
Optimization and Mathematical Programming
2.43
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