23. Medium-Term Expenditure Framework (MTEF) Concepts: Connectivity of planning and budgeting Basis for resource allocation & predictability of future budgets; Impact of alternative policies on budget and outcomes Baseline budget: Entire cost of implementing current policies in current year and in subsequent years current prices, full costing, inputs, price parameters Y0 (current), Y1 (budget), Y2-Y4 (Forward estimates) Indicate Activity budgets and outputs by year New Work Plan and Budget Document (RKA-KL): Output details, Outcome Achievement Strategy; Revenue Plan; Detail of Output Costs
32. DGH Effectiveness: Distribution of Condition Improvements Change in extent Stable condition: by Island Group – 2005-2008 Network length, condition by Province
36. National Arterial and Strategic Road Networks Issues 3 parts for planning purposes,4 functional parts (trunk route,trans-route, arterial, metro) Road program costs appear high – avg. IDR 3 billion/effective-km ($300k/eff-km) – development content? Road work activity costs seem high v benchmarks Incremental approach to geometric improvement is costly in long-run Short design life norm for preservation results in patchwork Quality: how much life actually achieved? Package size small (1000 @ 3 km avg) Project management & procurement delivery fragmented, remote
37. Evaluation of Draft RPJM2 & RENSTRA 2010-2014 Evaluated on basis of Output v. Needs, Average Activity Cost, and Allocation to Activities Baseline Coverage: Preservation & Development 5% each just adequate v. RPJM1 Bridges – 33% of unstable, 5.5% overall – OK if prioritized well Alternative fiscal envelopes: Review prefers more priority to Development, more efficiency in Preservation
50. Improving Performance:(2) Enhancing Effectiveness, Value for Money Condition % Effectiveness – improving performance with same funds (a) Extend Design Life:Annualized Whole Life Cost = Routine maint/yr + periodic maint/life + rehab/reconstruction/life Short design life (5, 10 yrs) was good policy in 1980s-90s – but Full design life (10, 20 yr) saves 30% in long-term average cost, despite 40% higher initial cost Report “Expected Life” of asset – similar to residual life Age, yr
51. Improving Performance:(2) Enhancing Effectiveness, Value (c) (b) Improve Quality and Performance: Quality is complex – simple measure is actual life of work e.g., 30% lost life due to poor quality causes 42% increase in budget requirements Historical Life: life since previous surfacing to new work or to ‘unstable’ condition Record the spending history and work activities on asset Monitor the actual life achieved at asset level Historical Pavement Life Historical Pavement Age Historical Surfacing Life Road SLD – Work History 9+00 28+00
56. Arterial and Metro – Areas for Consideration For multi-year optimization (5-yr, 3-yr and life-cycle), resource requirements and allocation at national level – use existing IRMS planning system For asset-specific project identification and life-cycle design within allocated resource envelope - new “Asset Program Optimization Tool” Simple linear and map views for managing design and consultation Develop 3-5-yr periodic, reconstruction & renewal program for each route, minimizing costs within allocation For integrated delivery of work activity implementation – Assess options to consolidate and focus competencies and staff Procurement process Engineering design and supervision
57. Facilitation of Road Management in Local Government Road Agencies Existing role – technical standards and guides, and professional training New leading role - To fulfil vision & accountability for an “integrated road system”, DGH would need: Providing tools for program preparation and project design Improving budget allocation and network performance Advise on institutional options, eg. Road Board & Fund for managing user revenues and road management Monitoring & Evaluation – sustain effectiveness Propose Outcome Indicator: “Condition of local road network” (Prov, Kota, Kab) - % stable, % paved