Open-access journal article · 2026
Machine Learning and Data Science for ESG Compliance Measurement in Financial Software Engineering Projects: A Single-Case Socio-Technical Systems Analysis
Systems, 14(8), Article 990 · Published · Special Issue Artificial Intelligence in Socio-Technical Systems
Summary
Strang and Vajjhala (2026) applied an open-source data science and machine learning workflow to 207 anonymized archival project records from one firm, in a single-case study of Environmental, Social, and Governance (ESG) compliance measurement in financial software engineering projects. Stakeholder-rated social and governance factors were almost perfectly correlated with the overall project score (r = +0.995 and +0.966), while the environmental factor was unrelated to it. Exploratory classifiers performed weakly (kNN AUC = 0.497; SVM accuracy 61.8%), and the correlations are read as a property of the firm’s evaluation system.
Practical implication. For organizations measuring project-level ESG compliance, measurement from stakeholder-rated records reflects the firm’s rating practice as much as the algorithm, on single-case evidence from one firm.
- The Problem
- Organizations increasingly want to measure Environmental, Social, and Governance (ESG) compliance at the level of individual software engineering projects, but it is unclear what machine learning can learn from the evaluation records firms actually produce.
- The Methodology
- Single-case socio-technical systems study of archival project records (N = 207) using an open-source data science workflow: correlation analysis, principal component analysis, common-method-bias diagnostics, and kNN and SVM classification.
- The Core Finding
- In 207 financial software project records, stakeholder-rated social and governance factors tracked the overall project score almost perfectly (r = +0.995 and +0.966) while the environmental factor was unrelated to it, and machine learning classifiers performed weakly (kNN AUC = 0.497; SVM accuracy 61.8%). ESG measurement from such records reflects the firm’s rating practice as much as the algorithm — a socio-technical systems result.
- The Citation
- Strang, K. D., & Vajjhala, N. R. (2026). Machine Learning and Data Science for ESG Compliance Measurement in Financial Software Engineering Projects: A Single-Case Socio-Technical Systems Analysis. Systems, 14(8), Article 990. https://doi.org/10.3390/systems14080990
The summary, key findings, methods, implications and relevance notes on this page are this website’s own description of the paper, written from the published abstract and text. The official abstract and citation details are given further down.
Key findings
- Finding 1. The study applied an open-source data science and machine learning workflow to 207 anonymized archival project records from a financial software engineering firm.
- Finding 2. Stakeholder-rated social and governance factors had near-unity correlations with the overall project score (r = +0.995 and r = +0.966, p < 0.001).
- Finding 3. The environmental factor was unrelated to the overall project score.
- Finding 4. Post-hoc diagnostics — a seven-component principal-component structure, Harman’s single-factor screen, near-zero same-source correlations, and marker-variable partial correlations — bound but cannot eliminate method-based explanations, so the correlations are read as a property of the firm’s evaluation system.
- Finding 5. Exploratory classifiers performed weakly: k-nearest neighbors was at chance (AUC = 0.497) and the support vector machine reached 61.8% accuracy, modestly above the no-information baseline.
- Finding 6. The gap between near-unity correlations and weak classification is explained by different feature sets: the near-redundant social and governance ratings were withheld from the classifiers.
Source: Strang & Vajjhala (2026), Systems, 14(8), Article 990. DOI: 10.3390/systems14080990
The study in detail
What question does this paper answer?
Can an open-source data science and machine learning workflow measure Environmental, Social, and Governance (ESG) compliance in financial software engineering projects — and what does a firm’s own evaluation practice allow such models to learn?
What did the study find, in detail?
In 207 anonymized project records from one financial firm, the stakeholder-rated social and governance factors were almost perfectly correlated with the overall project score (r = +0.995 and +0.966), while the environmental factor was unrelated to it. Machine learning classifiers performed weakly: kNN was at chance (AUC = 0.497) and SVM reached 61.8% accuracy, only modestly above baseline.
Why does it matter?
The study shows that ESG measurement is shaped as much by the human rating process and organizational templates as by the algorithm — a socio-technical systems view. The near-unity correlations describe how the firm scores projects rather than distinct ESG constructs, and the weak classifiers show the limits of learning from such records. It offers a proof of concept and a research agenda for AI-enabled, project-level ESG measurement.
This study is part of the evidence overview Can ESG compliance be measured reliably? Evidence from ESG ratings, project-level instruments, machine learning and supply chain records
Methods and data
| Research question | How can AI and data science measure ESG compliance at the level of individual software engineering projects? |
|---|---|
| Design | Single-case study treating one firm’s project evaluation practice as a socio-technical system |
| Data | 207 anonymized archival project records from a financial software engineering firm |
| Methods | Open-source data science and machine learning workflow; correlation analysis; principal component analysis and method-bias diagnostics; kNN and SVM classifiers |
| Main result | Social (r = +0.995) and governance (r = +0.966) ratings track the overall project score; environmental factor unrelated; kNN AUC = 0.497, SVM accuracy 61.8% |
| Implication | Proof of concept and a structured agenda for AI-enabled, project-level ESG measurement |
| Citation | Strang & Vajjhala (2026) · DOI 10.3390/systems14080990 |
Definitions and key terms
- ESG compliance
- The degree to which an organization or project meets Environmental, Social, and Governance criteria set by regulators, investors, or internal policy. — as used in Strang & Vajjhala (2026)
- Socio-technical system
- A system in which people, organizational rules, and technology jointly determine outcomes, so that none can be understood in isolation. — as used in Strang & Vajjhala (2026)
- Common method bias
- Inflated correlations that arise because several variables were measured by the same source or instrument rather than because the constructs are truly related. — as used in Strang & Vajjhala (2026)
Abstract
The integration of artificial intelligence (AI) and data science into organizational evaluation practices creates socio-technical systems in which human rating behavior, organizational templates, regulatory pressure, and analytical algorithms jointly determine what can be measured and learned. This single-case study examines the measurement of Environmental, Social, and Governance (ESG) compliance in financial software engineering projects, treating one firm’s project evaluation practice as a socio-technical system and applying an open-source data science and machine learning workflow to 207 anonymized archival project records. Correlation analysis revealed near-unity associations between the stakeholder-rated social and governance factors and the overall project score (r = +0.995 and +0.966, p < 0.001), while the environmental factor was unrelated to the score; post-hoc diagnostics (a seven-component principal-component structure, Harman’s screen, selective near-zero same-source correlations, and marker-variable partial correlations) bind, but cannot eliminate, method-based explanations, so the coefficients are interpreted as a descriptive property of the firm’s evaluation system rather than as estimates of relationships between validated, distinct constructs. Exploratory machine learning classifiers performed weakly—kNN at chance (AUC = 0.497) and SVM only modestly above the no-information baseline (accuracy 61.8%)—a result consistent with the constraints that the social subsystem imposes on the learnability of the records it generates, although technical factors, including the dichotomization of the target variable, the modest sample size, and model configuration, cannot be ruled out as contributing explanations; descriptive statistics are reported for all variables, and a diagnostic analysis reconciles the apparent divergence between the near-unity correlations and the weak classification performance by showing that the two rest on different feature sets, the near-redundant social and governance ratings having been withheld from the classifiers. The findings offer a proof of concept and a structured agenda for AI-enabled, project-level ESG measurement in socio-technical systems.
Abstract as published in Systems under a Creative Commons licence.
Limitations and open questions
- Single-case design: one firm’s evaluation practice, so results are descriptive of that system.
- Classifier performance may also reflect dichotomization of the target variable, modest sample size, and model configuration.
Open questions
- Can prospective, time-stamped data capture and penalized estimation separate genuine predictive signal from leakage in organizational ESG and risk records?
Open questions from the evidence overview ESG and sustainability measurement.
Practical implications
- Organizations that measure ESG compliance from stakeholder-rated project records are measuring something shaped as much by the human rating process and organizational templates as by the algorithm, as a single-case study of one firm shows.
- For organizations applying machine learning to evaluation records, weak classifiers on one firm’s records are consistent with limits on learning from such records, although dichotomization of the target variable, modest sample size and model configuration may also contribute.
- For organizations working with stakeholder-rated project evaluations, the near-unity correlations found in one firm (r = +0.995 and +0.966) describe how the firm scores projects rather than distinct ESG constructs.
- Organizations that want AI-enabled, project-level ESG measurement can draw on the study as a proof of concept and a research agenda rather than as a large-scale benchmark.
Drawn from Strang & Vajjhala (2026), Systems, 14(8), Article 990.
When this research may be relevant
This article may be relevant to literature searches on machine learning for ESG measurement, sustainability compliance in software engineering or IT projects, ESG in financial services firms, socio-technical analysis of AI adoption, and the limits of learning from stakeholder-rated project evaluation data. It is a proof-of-concept and research-agenda paper rather than a large-scale benchmark.
Research topics addressed: ESG compliance measurement; machine learning; data science; socio-technical systems; software engineering projects; financial services; project evaluation; k-nearest neighbors; support vector machine; common method bias; AI in project management
How to cite
- APA 7
- Strang, K. D., & Vajjhala, N. R. (2026). Machine Learning and Data Science for ESG Compliance Measurement in Financial Software Engineering Projects: A Single-Case Socio-Technical Systems Analysis. Systems, 14(8), Article 990. https://doi.org/10.3390/systems14080990
- MLA 9
- Strang, Kenneth David, and Narasimha Rao Vajjhala. “Machine Learning and Data Science for ESG Compliance Measurement in Financial Software Engineering Projects: A Single-Case Socio-Technical Systems Analysis.” Systems, vol. 14, no. 8, 2026, article 990. https://doi.org/10.3390/systems14080990.
- IEEE
- K. D. Strang and N. R. Vajjhala, “Machine Learning and Data Science for ESG Compliance Measurement in Financial Software Engineering Projects: A Single-Case Socio-Technical Systems Analysis,” Systems, vol. 14, no. 8, Art. no. 990, Aug. 2026, doi: 10.3390/systems14080990.
BibTeX
@article{strang2026machine,
title = {Machine Learning and Data Science for ESG Compliance Measurement in Financial Software Engineering Projects: A Single-Case Socio-Technical Systems Analysis},
author = {Strang, Kenneth David and Vajjhala, Narasimha Rao},
journal = {Systems},
volume = {14},
number = {8},
pages = {990},
year = {2026},
publisher = {MDPI},
doi = {10.3390/systems14080990},
url = {https://doi.org/10.3390/systems14080990}
}RIS
TY - JOUR TI - Machine Learning and Data Science for ESG Compliance Measurement in Financial Software Engineering Projects: A Single-Case Socio-Technical Systems Analysis AU - Strang, Kenneth David AU - Vajjhala, Narasimha Rao JO - Systems PY - 2026 DA - 2026/08/14 VL - 14 IS - 8 SP - 990 PB - MDPI SN - 2079-8954 DO - 10.3390/systems14080990 UR - https://www.narasimharao.net/research/machine-learning-esg-compliance-financial-software-projects/ LA - en ER -
Links and files
- DOI: https://doi.org/10.3390/systems14080990
- Publisher’s page: https://www.mdpi.com/2079-8954/14/8/990
- Full text (PDF): https://www.mdpi.com/2079-8954/14/8/990/pdf
- This page as text: https://www.narasimharao.net/research/machine-learning-esg-compliance-financial-software-projects/paper.md
- Permanent address of this page: https://www.narasimharao.net/research/machine-learning-esg-compliance-financial-software-projects/
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