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About this exam

The Tawjihi Vocational Engineering stream is the Jordanian general secondary certificate pathway for students preparing for technical careers or further technical study in engineering fields. It suits candidates who prefer applied, hands-on learning over purely academic tracks and who intend to work as technicians, drafters, maintenance staff, or to continue into vocational or engineering programmes. The exam samples a broad base of engineering fundamentals: technical drawing, materials and workshop practice, applied mechanics and statics, electrical and electronic fundamentals, manufacturing processes, measurement and quality control, occupational safety, maintenance and troubleshooting, applied mathematics, technical communication, and basic entrepreneurship and costing. Because the certificate is a school-leaving qualification, preparation usually combines classroom revision with workshop practice and past-paper style problem solving. Candidates should obtain the current official syllabus and examination instructions from the Ministry of Education or the responsible examination body, since administrative details and permitted materials are set officially. Effective preparation means working through calculations by hand, practising drawing conventions, and being able to explain safety and maintenance decisions in clear written Arabic or English as required. This page is independent study guidance and is not affiliated with any official body.

What you'll study

Common questions

About Tawjihi Vocational Engineering preparation

Who is the Tawjihi Vocational Engineering certificate for?

It is for secondary students in Jordan following the vocational engineering stream, and for candidates who need a recognised school-leaving technical qualification to enter technician-level work or further vocational and engineering study. It is not a professional engineering licence; it is a general secondary certificate with an applied engineering focus.

What format does the exam use?

The examination combines multiple-choice items with written constructed-response questions. Expect calculation questions in mechanics and mathematics, drawing and interpretation tasks in technical graphics, and short written answers explaining procedures, safety choices, or fault diagnosis. Always check the current official paper structure and permitted aids before the exam.

How many questions are there and how long is the exam?

The official examination body publishes the current number of questions, time allocation, and paper structure for each session. These details can change between years, so consult the Ministry of Education or the responsible examination authority's website and your school's examination instructions rather than relying on older figures.

What is the passing score, and what happens if I fail?

Passing thresholds and retake rules are set officially and are published by the Ministry of Education or the examination authority. They are not fixed here because they can change. Check the current official regulations for the passing mark, permitted retakes, and any conditions attached to repeating the examination.

How difficult is the exam?

Difficulty is moderate but broad: the paper rewards consistent practice across many domains rather than deep specialisation in one. Candidates who are fluent in basic statics calculations, drawing conventions, electrical units, and safety reasoning tend to cope well. The main challenge is retaining many small procedures and applying them accurately under time pressure.

In what order should I study the domains?

Start with engineering mathematics and applied mechanics, because calculation fluency supports measurement, costing, and electrical fundamentals. Then build drawing and materials knowledge, followed by manufacturing, maintenance, and safety. Finish with technical communication and entrepreneurship, which are lighter but easy to lose marks on through imprecise wording.

What are the most common failure modes?

Typical losses come from unit errors in statics and electrical calculations, misreading drawing views, vague written answers that omit the reason for a safety or maintenance decision, and skipping the less familiar domains such as quality control or costing. Candidates also lose marks by not showing working in constructed-response calculations.

How should I prepare in the final weeks?

Work through timed mixed-topic sets rather than single-topic revision, and mark your own written answers against the required steps. Redo every calculation error by hand, memorise standard symbols and drawing conventions, and practise short explanations of safety and troubleshooting procedures. Confirm permitted instruments and materials with your school beforehand.

Are calculators and drawing instruments allowed?

Permitted instruments and materials are specified in the official examination instructions for each session. Do not assume that a calculator, formula sheet, or drawing set is allowed. Confirm the current list with your school or the examination authority, and practise using only the instruments you will actually have in the exam room.

Does this page or service have official status?

No. This is independent study guidance for candidates searching for information about the Tawjihi Vocational Engineering examination. It is not affiliated with, endorsed by, or connected to the Jordanian Ministry of Education or any examination authority. For official rules, syllabi, and dates, use the responsible official body's website.