Extremadura PAU Technical Drawing II (Dibujo Técnico II - UEx 2026)

The Universidad de Extremadura coordinates the PAU/EvAU, including the subject guidelines and the marking criteria for Dibujo Técnico II. The official call, the structure of the paper and the assessment criteria are published on the university's PAU pages, so consult those documents for the year you are sitting rather than relying on second-hand summaries.

It is a graphic exam: you solve constructions on paper with pencil, compass, ruler and set squares. Tasks typically require completing a geometric construction, resolving a dihedral projection problem, drawing views or a section, or applying standardisation conventions. Marks depend on the accuracy of the construction and the quality of the drafting, so show construction lines and keep the layout clean.

The number of questions, the time allowed and any choice between alternative blocks are fixed in the official paper and call published by the Universidad de Extremadura for each year. Because these details change, confirm them on the university's PAU site and practise with recent papers from your autonomous community so your timing matches the real format.

It is demanding in a specific way: the theory is manageable, but marks are lost through imprecise instrument work, missing construction lines, poor labelling and bad page layout. Students who practise constructions until they are automatic and who work past papers under time pressure usually find the paper predictable. Those who only read theory without drawing tend to struggle.

Yes - PAU/EvAU results can be improved by sitting the exam again in later calls, within the rules set by the university and the autonomous community. The specific conditions, deadlines and how the new grade combines with earlier results are published by the Universidad de Extremadura, so check its current regulations before planning a resit.

Start with fundamental tracing, angles, proportionality and scales, because every later construction depends on them. Then move to plane geometry and tangencies, which carry heavy weight and appear constantly. Follow with transformations, then dihedral projection - the largest block - and finally surfaces, axonometric and caballera, and standardisation, revisiting earlier topics through mixed past-paper practice.

Typical losses come from faint or missing construction lines, inaccurate compass work, unlabelled points and intersections, results drawn outside the given space, and untidy dimensioning. In dihedral problems, confusing projection planes or forgetting to verify a solution is also frequent. Train yourself to finish every exercise with a short check of the result against the statement.

You need a sharp pencil or two, an eraser, a compass with a fine lead, set squares or a drafting triangle, a ruler and a scale. Practise with exactly the instruments you will use in the exam, since unfamiliar tools cost time. Confirm on the official call whether any materials are restricted or required before the day.

Work whole papers under timed conditions, then mark them strictly against the published criteria, counting construction accuracy and presentation as well as the final result. Keep an error log: if a tangency or a plane change goes wrong, redo that full construction from scratch. In the last week, focus on layout speed and on the topic blocks that repeatedly cost you marks.