Perit Warrant Exam study plan

Map the Spanish construction-law hierarchy (Ley de Ordenación de la Edificación, Código Técnico de la Edificación, Ley de Contratos del Sector Público) and state which rule prevails in a conflict

Identify the parties and their duties under the LOE (promotor, proyectista, constructor, director de obra, director de ejecución, entidades de control) and write a one-line duty summary for each

Distinguish the ten-year, three-year and one-year liability periods and match each to the defect type it covers

Outline the mandatory insurance and guarantee regime that applies to each party

Apply the LOE liability periods to three short defect scenarios and justify which period governs

Explain the professional-college duties and disciplinary framework that bind a perito in Spain

Differentiate the perito's roles in judicial, arbitration and insurance contexts and the scope of each

Draft the standard clauses of a peritación engagement (object, scope, method, fees, confidentiality)

Recognise the main conflict-of-interest and independence traps in expert appointment

Break a building into its measurement units and apply the correct criteria for each (m2 constructed, m2 useful, linear, unit, weight)

Compute a priced budget from a measured quantity list using a unit-price breakdown (material, labour, machinery, indirect)

Build a simple bill of quantities with chapters, codes and rounding conventions

Calculate the percentages for overheads, industrial profit and VAT and show how they stack

Produce a certified valuation (certificación de obra) for a partial month with retention applied

Select the correct structural system and material for four given building typologies and justify each choice

Read a reinforced-concrete and a steel member schedule and extract the reinforcement and section data

Explain the load path from slab to beam to column to foundation and identify the critical members

Compute simple bending, shear and deflection checks for a simply supported beam

Identify the common construction pathologies (thermal bridging, damp, cracking) and their typical causes

Size the basic elements of a water supply and drainage installation from fixture units and flow rates

Explain the design logic of a low-voltage electrical installation (supply, protection, earthing) and size a feeder

Describe the ventilation, heating and air-conditioning options for a residential building and their regulatory drivers

Locate the mandatory fire-safety measures for a given building use and height

Build a critical-path schedule for a small works project and identify the float on each activity

Draft a site layout plan covering access, storage, crane position, welfare and waste

Prepare a quality-control plan with inspection points and acceptance criteria

Classify land by planning category (urban, urbanizable, no urbanizable) and state the development rights attached to each

Explain how the PGOU and the applicable regional planning law constrain a building permit

Apply the CTE energy-saving requirements (HE1 to HE5) to a described building and list the compliance checks

Interpret an energy performance certificate and explain the scale and the main drivers of a poor rating

Compare passive design measures (orientation, insulation, shading, thermal mass) for their cost-effectiveness

Identify the main renewable options for a residential building and their integration constraints

Complete two full timed mock exams under exam conditions and score each by domain

Redo every question missed in the mocks and write the underlying rule or criterion for each

Consolidate the highest-weight domains (1, 2, 3, 4) with a final recall pass on formulas and thresholds

Rehearse the structure of a written peritación answer under time pressure