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Advanced Engineering Management for Public Services: Strategic Planning for India's Infrastructure Expansion, Asset Safety, Energy Efficiency, and Community Service Availability: A systems-based framework for integrated public works management
Subject area: Science,Engineering and Technology · Area of research: Reliability and Advanced Engineering Methods
Abstract
India is rapidly expanding infrastructure to support electrification, industry and industrialization, roads, water supply, agriculture, transport, sanitation, and other public services. As this investment creates a larger and more interconnected public asset base, its contribution to national development depends on safe operation, efficient use, reliable service, and timely maintenance. This paper develops an advanced engineering management framework that links service availability, asset safety, energy performance, condition monitoring, lifecycle cost, and long-range planning. It builds on the author's public-works concept note [1], whose core proposals are zone-wise service mapping, utility system inventories, integrated monitoring, a coordinating agency, cost comparison, future demand assessment, and a sample-village pilot. Drawing on digital utility management and procurement readiness approaches, the framework connects verified asset and service data to risk-based maintenance, coordinated work planning, efficient energy use, timely procurement, and future investment decisions. It proposes indicators for continuity, response, safety, energy, resource losses, maintenance, utilization, cost, and public feedback. Because the concept note provides no national baseline or measured outcome dataset, this paper does not claim quantified improvements. It instead shows how agencies can measure performance, protect asset safety, improve utilization of public investment, and test the approach through a pilot before scaling it.
Keywords
public works; engineering management; public utilities; service availability; street safety; energy efficiency; asset management; strategic planning
References
[1] Rajendra Prasad N. Future of public works management: a guide for benchmarking the public utilities for developed nation. Unpublished concept note. Mumbai: Electrical Maintenance Division, IIT Bombay; 2026.
[2] Rajendra Prasad N, Kalvacherla S. Integrated utility management for large campuses: a digital framework for reliability improvement and energy conservation. Iconic Research and Engineering Journals. 2026;10(3):3740–3756. https://doi.org/10.64388/IREV10I3-1723537
[3] Rajendra Prasad N, Dhangar S, Acharya N. A long-term procurement framework for repeated public utility services: a model for timely, competitive and quality-oriented procurement. Iconic Research and Engineering Journals. 2026;10(4):158–167. https://doi.org/10.64388/IREV10I4-1723615
How to cite this paper
@article{1724701,
author = {Kishor T. Mali, Prasad P. Vaidya, Neha Acharya},
title = {Advanced Engineering Management for Public Services: Strategic Planning for India's Infrastructure Expansion, Asset Safety, Energy Efficiency, and Community Service Availability: A systems-based framework for integrated public works management},
journal = {Iconic Research And Engineering Journals},
year = {2026},
volume = {10},
number = {5},
pages = {711-720},
issn = {2456-8880},
url = {https://www.irejournals.com/formatedpaper/1724701.pdf},
abstract = {India is rapidly expanding infrastructure to support electrification, industry and industrialization, roads, water supply, agriculture, transport, sanitation, and other public services. As this investment creates a larger and more interconnected public asset base, its contribution to national development depends on safe operation, efficient use, reliable service, and timely maintenance. This paper develops an advanced engineering management framework that links service availability, asset safety, energy performance, condition monitoring, lifecycle cost, and long-range planning. It builds on the author's public-works concept note [1], whose core proposals are zone-wise service mapping, utility system inventories, integrated monitoring, a coordinating agency, cost comparison, future demand assessment, and a sample-village pilot. Drawing on digital utility management and procurement readiness approaches, the framework connects verified asset and service data to risk-based maintenance, coordinated work planning, efficient energy use, timely procurement, and future investment decisions. It proposes indicators for continuity, response, safety, energy, resource losses, maintenance, utilization, cost, and public feedback. Because the concept note provides no national baseline or measured outcome dataset, this paper does not claim quantified improvements. It instead shows how agencies can measure performance, protect asset safety, improve utilization of public investment, and test the approach through a pilot before scaling it.},
keywords = {public works; engineering management; public utilities; service availability; street safety; energy efficiency; asset management; strategic planning},
month = {November},
}