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Partial book profile

Maintenance Mgmt Systems Evolution

A 1984 compendium of Transportation Research Board papers documenting how highway maintenance management systems evolved through computerization, priority-setting methods, contracting, and equipment management to improve cost-effectiveness of road maintenance.

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What it’s about

Facing shrinking revenues, rising costs, and aging infrastructure, highway agencies in the early 1980s needed better ways to plan, budget, schedule, perform, and evaluate road maintenance. This collection of peer-reviewed papers from the 63rd TRB Annual Meeting and the 1984 Maintenance Management Workshop shows practitioners how first-generation maintenance management systems (MMS) evolved into more responsive, data-driven tools. It documents trends toward integrated cost accounting, microcomputer applications, pavement condition surveys, objective priority-assessment algorithms, level-of-service-based budgeting, decentralized planning, contract maintenance, equipment management via queuing theory, and risk management to reduce tort liability. Drawing on real agency experiences across the U.S., Canada, the U.K., and Germany, it offers managers concrete, tested approaches to getting more maintenance value from every dollar while improving safety and accountability.

The through-line

Who it’s for
A highway or public works maintenance manager responsible for keeping road networks safe and serviceable within tight, uncertain budgets.
The problem
Aging roads and rising costs outpace shrinking maintenance funds and reduced staff. The manager feels pressured, second-guessed, and unsure whether limited dollars are being spent on the right work.
The plan
  1. Establish core management elements: defined activities, inventories, and realistic levels of service.
  2. Build a realistic, seasonally distributed work program and performance budget.
  3. Use condition surveys and objective priority methods to target work.
  4. Apply microcomputers and integrated data to plan, schedule, and monitor.
  5. Evaluate whether to perform work in-house, share, or contract based on total cost.
The payoff
More maintenance accomplished per dollar with fewer crises. · Defensible budgets tied to service levels and reduced tort exposure. · Systematic preventive maintenance extending pavement life.

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Additional reading

  • Pavement Maintenance Management for Roads and Parking Lots (Technical Report M-294) · M.Y. Shahin and S.D. Kohn

    This is the foundational technical document describing the PAVER system and its Pavement Condition Index (PCI) methodology, which is a central tool in several of the book's papers.

  • The Law and Roadside Hazards · J.F. Fitzpatrick, et al.

    Cited as a key reference for understanding the principles of tort liability related to roadway features, a major driver for the implementation of systematic risk management and maintenance documentation.

  • The TRRL Road Investment Model for Developing Countries (RTIM2) · L.L. Parsley and R. Robinson

    Provides an example of a comprehensive economic model used to determine optimal maintenance strategies by calculating total life-cycle costs, including construction, maintenance, and vehicle operation costs.

  • Legal Implications of Highway Department's Failure to Comply with Design, Safety, or Maintenance Guidelines (NCHRP Research Results Digest 129) · L.W. Thomas

    Explains how an agency's own maintenance standards and guidelines can be used in court as evidence of the standard of care it should have followed, underscoring the importance of realistic standards and good record-keeping.

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