Extremadura PAU Technical Drawing Applied to Plastic Arts and Design II

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About this exam

The Extremadura PAU Technical Drawing Applied to Plastic Arts and Design II is the university-access exam taken by students in the region's Bachillerato who want their PAU score to reflect drawing ability - typically those heading into architecture, design, fine arts, engineering or art-related teaching degrees. It is not a professional certification and it does not grant a licence to practise anything; it is one component of the university entrance score, and its weight depends on how each degree programme links it as a modality subject. The paper is practical and construction-heavy. It asks you to reason in two and three dimensions: solving tangencies and conic constructions, working with points, lines and planes in dihedral projection, resolving parallelism, perpendicularity, distances and true shapes, and representing polyhedra and curved surfaces including their sections and developments. A smaller share tests standardisation and dimensioning, freehand graphic expression and layout, and the ability to assemble graphic documentation for a small design problem. Preparation is best built as weekly drawing practice with a strict instrument discipline: set square, compass, pencil grades, clean line hierarchy. Work through constructions slowly enough to explain each step aloud, then repeat them against the clock. Check the official Extremadura university-access website for the current structure, duration and scoring of the paper, since these are set each year by the administering body.

What you'll study

Common questions

About Extremadura PAU Technical Drawing Applied to Plastic Arts and Design II preparation

What exactly is this exam for?

It is one subject paper inside the PAU (university access) in Extremadura, aimed at students from the arts-oriented Bachillerato route. Your mark feeds into the entrance score used for degree admission, and it may be weighted by faculties that list it as an admissible modality subject. It is an academic exam, not a professional qualification.

How long is the paper and how many questions does it have?

Those details are fixed by the administering body for each call, and they can change between years. Do not rely on what an older student tells you. The current official structure, timing and scoring are published by the university-access authority in Extremadura; check its site before you plan your exam-day pacing.

How hard is it in practice?

Difficulty is mostly about precision under time pressure rather than obscure theory. Candidates who lose marks usually do so through construction errors - a misplaced tangent point, an invisible line left visible, a section drawn without the auxiliary plane - not through not knowing the concept. Consistent timed practice on full constructions closes most of that gap.

Can I resit if I do badly?

Resit arrangements belong to the official regulations, and the number of calls per year and any conditions are set by the administering body. Read the current call resolution on the official Extremadura university-access website rather than assuming a fixed policy. In the meantime, your score from other papers and your Bachillerato record also matter.

Which topics should I study first?

Start with plane geometry, because tangencies and conic constructions build the compass-and-set-square fluency everything else needs. Then move to dihedral geometry - point, line and plane - before tackling parallelism, perpendicularity and true shapes, which depend on it. Polyhedra, sections and developments come after that; standardisation and dimensioning run alongside throughout.

What drawing instruments are allowed or expected?

Expect to work with standard technical instruments: ruler, set squares, compass, protractor and pencils of different hardness. Exact permitted materials are stated in the official instructions for the call, so read them. Practise with the instruments you will actually bring, since unfamiliar tools cost time and accuracy.

How should I show construction lines?

Keep a clear hierarchy: thin and light for auxiliary and construction lines, firm for final outlines, and correct line types for hidden edges and axes. Examiners award method marks for visible construction, so never erase the steps that prove how you found a point. Label vertices and intersection points where it helps readability.

What are the most common ways candidates lose marks?

Unfinished constructions, missing auxiliary lines, wrong line weights, and answers drawn accurately but not labelled. In descriptive geometry, another frequent loss is failing to show the true magnitude or true shape when the question asks for it. In the design question, cluttered layout and missing dimensions cost easy points - plan the sheet before drawing.

Does freehand sketching really matter on a technical paper?

Yes. A portion of the paper addresses graphic expression and design, where layout, proportion and clarity of communication are assessed. Practise quick freehand proportion sketches of objects and simple layouts, because candidates who only drill instrument constructions often produce weak, cramped design answers.

How do I find out my score and the pass mark?

Score release, review procedures and the minimum required mark are all defined by the official call and published by the administering body in Extremadura. I cannot quote figures here. Consult the official university-access website for the current call, and note that the mark that matters for admission is your weighted entrance score, not the raw paper mark alone.