Valencian Community PAU Technology & Engineering II

The Valencian public universities, coordinated through the regional PAU commission, publish the exam model and marking criteria. Your school can confirm which official documents apply to your year. Always work from the current official model rather than older photocopies, because structure and criteria are revised periodically.

Those details are fixed by the official regulations for each call and are not stated here. The official PAU information published by the Valencian universities gives the current number of questions, the time allowed and the scoring for your year. Confirm them there before planning exam-day timing.

Passing criteria and weighting rules are set officially and change between calls, so no figure is given here. The current rules are published by the Valencian PAU coordination. Ask your school's orientation department, which tracks the applicable regulations and can explain how the subject mark combines with your other results.

It is demanding but predictable: most marks come from applying standard methods to unfamiliar data. Students who lose marks usually do so through unit errors, incomplete diagrams or skipped justification, not through impossible theory. If you can solve multi-step problems cleanly and explain your choices, it is a strong scoring subject.

Retake and validity rules are governed by the official regulations and are not stated here. The Valencian universities publish the current policy on resits and how long marks remain valid. Check that page or ask your school before assuming a previous mark can be reused.

Start with materials and mechanical/structural design, because they supply vocabulary and calculation habits used elsewhere. Then move to electrical and electronic circuits, where sign conventions and unit discipline matter most. Finish with control and automation, energy, and project drawing, which combine earlier ideas and are easy to revise quickly.

Three recurring causes: answers without units or with wrong units, diagrams that are unlabelled or not to scale, and calculations with no stated assumption. Examiners award partial credit for visible method, so write the formula, substitute values, then give the result. A clear sketch often earns marks that prose alone would not.

You should know the core formulas well enough to use them without hesitation, but understanding when each applies matters more. Build a one-page sheet organised by topic, with symbols, units and typical pitfalls. Practising with that sheet and then without it is more effective than rereading notes.

Work timed, full-length problems from official-style models, then mark them strictly against published criteria. Keep an error log by topic and revisit only the weak areas. One well-corrected problem per day beats passive review, especially for drawing and circuit questions where presentation earns marks.