Course overview
Infrastructure regulators and policy teams must set prices that recover efficient costs, protect users, attract investment and maintain service quality. These objectives often conflict. A tariff that appears affordable may weaken maintenance and expansion; an access charge that supports an incumbent may prevent competition; a poorly designed subsidy can miss intended households. Sound decisions require transparent methods, credible evidence and clear regulatory reasoning.
This course examines economic regulation of network infrastructure, with emphasis on electricity, water, gas, transport, telecommunications and digital networks. Participants assess market power, define regulatory objectives, establish a regulatory asset base, estimate efficient operating expenditure, calculate weighted average cost of capital, design tariff structures and set access charges. They compare cost-of-service, price-cap, revenue-cap and yardstick regulation, and apply long-run incremental cost, efficient component pricing and benchmarking methods.
Instruction combines concise technical briefings with worked regulatory cases, tariff modelling, consultation simulations, group review and individual application planning. Participants progressively build a regulatory pricing dossier using a realistic infrastructure case, then refine it through evidence review, stakeholder challenge and decision writing. They leave with a documented tariff and access-pricing model, supporting assumptions, consultation materials and an implementation plan suitable for adaptation to their own mandate.
The course is designed for public regulators, ministry officials, utility managers, competition specialists, advisers and finance professionals who contribute to infrastructure policy, tariff reviews, concession oversight or third-party access decisions.