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The “Green Loan” program, implemented by the National Mortgage Company of Armenia with the support of the French Development Agency, represents one of the country’s most structured initiatives aimed at promoting energy-efficient housing and sustainable residential financing.
The program was designed to stimulate the renovation of residential buildings, the construction of energy-efficient private homes, and the purchase of properties with high energy-efficiency classifications, particularly benefiting low- and middle-income families. However, while the financial and regulatory framework of the initiative was well-defined, its practical accessibility posed significant challenges.
The program relied on strict eligibility criteria, technical energy-efficiency standards, banking risk assessment methodologies, and regulatory compliance requirements. For the average applicant, these conditions were complex and difficult to interpret without professional guidance.
The absence of a unified digital mechanism capable of translating regulatory requirements into a practical, user-oriented process limited the program’s full operational potential.
At that stage, it became clear that incremental improvements would not be sufficient, and a fundamentally new system approach was required.
The project required designing a system capable of integrating regulatory requirements, operational processes, and user interaction into a unified digital environment.
This solution represented one of the first structured digital platform implementations of its kind within this sector in the regional market, introducing a new level of system integration and usability.
To address this structural gap, the digital platform Green.nmc.am was developed and implemented. The technical design and system architecture of this platform were led by Aram Andreasyan.
Bridging Regulatory Standards and Public Access
Green.nmc.am was not conceived as a promotional website. Its purpose was to function as an operational digital interface between regulatory documentation, financial institutions, and individual applicants. The platform needed to ensure that eligibility conditions, energy-efficiency parameters, and calculation methodologies were accurately reflected within a public-facing digital environment.
Such implementation required precise alignment between:
- International energy-efficiency standards
- Financial program requirements
- Banking sector evaluation logic
- User-centered digital design
Aram Andreasyan’s contribution focused on ensuring that these distinct layers operated coherently within a single system. The objective was not only usability, but methodological accuracy, reproducibility of results, and elimination of ambiguity in user scenarios.
In infrastructure-level financial programs, even minor calculation inconsistencies may result in systemic inefficiencies. Therefore, the platform was developed under conditions requiring technical precision and long-term operational reliability.
Development of the Online Energy-Efficiency Calculator
The central component of the platform is its interactive online calculator, designed and implemented under Aram Andreasyan’s technical leadership.
The calculator performs structured eligibility verification and evaluates energy-efficiency parameters based on program criteria. It enables users to determine:
- Whether a renovation or construction project meets required standards
- Which energy-efficiency indicators are assessed
- Whether insulation, windows, roofing, and energy passport requirements satisfy program conditions
- What preliminary conclusions can be drawn prior to formal bank submission
The development of this tool required interdisciplinary knowledge, combining software engineering with understanding of energy-efficiency classification systems, financial risk parameters, and regulatory compliance frameworks.
The result is a system that allows applicants, banks, and program partners to rely on consistent and verifiable calculation logic rather than interpretative or approximate assessments.
Institutional Validation and Audit
An important milestone in the project’s lifecycle was an independent audit conducted by one of the internationally recognized “Big Four” firms. Such validation typically assesses system logic, compliance with established standards, methodological consistency, and sustainability of the public-facing digital component.
Preparation of the platform to meet audit-level scrutiny required structural robustness and transparent system architecture. Aram Andreasyan played a central role in ensuring that the platform’s operational logic aligned with documented program requirements and international quality expectations.
Independent validation of this nature serves as an indicator of technical maturity and institutional reliability.
Full-Cycle Technical Involvement
Within the project, Aram Andreasyan was not responsible for isolated technical tasks. The structure of the platform demonstrates full-cycle involvement, including:
- Analysis of program documentation and requirements
- Translation of regulatory logic into system architecture
- Algorithm development for eligibility and energy calculations
- Interface logic design
- Implementation and deployment
- Ensuring autonomous functionality without continuous manual intervention
This type of end-to-end technical leadership is characteristic of projects intended to function as long-term public digital infrastructure rather than temporary informational solutions.
Sector-Level Impact
Since its implementation, Green.nmc.am has functioned as a standardized entry point into Armenia’s green mortgage framework. The availability of a transparent digital evaluation tool has reduced informational asymmetry between applicants and financial institutions.
For citizens, the platform enables informed preparation prior to approaching banks.
For financial institutions, it provides a structured and unified basis for preliminary assessment.
By operationalizing complex regulatory standards into a practical and accessible digital format, the platform contributed to strengthening procedural clarity within Armenia’s energy-efficient mortgage ecosystem.
While systemic transformation is always multi-factorial, the development of Green.nmc.am represents a concrete example of how technical implementation can materially influence the functionality of a national financial initiative.
Conclusion
The long-term value of digital infrastructure projects is measured by their ability to convert regulatory frameworks into operational tools. Through the development and implementation of Green.nmc.am, Aram Andreasyan contributed to transforming a technically complex financial program into a structured, accessible, and verifiable system for public use.
His work demonstrates the capacity to integrate regulatory standards, financial methodologies, and software engineering into a cohesive infrastructure-level solution — a contribution with sustained relevance to Armenia’s evolving sustainable housing sector.
By Gayane Gaboyan
