Tawjihi Science, Technology & Engineering Field study materials
Tawjihi Science, Technology & Engineering Field study resources

Tawjihi Science, Technology & Engineering Field study plan

Tawjihi Science, Technology & Engineering Field · Give each week a clear focus.

8 weeks · About 6 hours per week

Week 1

Mathematics

  • Diagnose your baseline in Mathematics by solving a timed 25-question mixed set (algebra, functions, geometry, calculus) and logging every error by cause: concept gap, algebra slip, misread, or time pressure.

  • Rebuild algebraic fluency by completing 40 practice items on factoring, rational expressions, exponents/logarithms and solving linear/quadratic systems, checking each step against a written rule.

  • Derive and memorize the key function formulas (domain/range behavior, transformations, inverse functions) and apply them to 10 graph-interpretation questions without a formula sheet.

  • Start an error log in a spreadsheet with columns: date, domain, question type, root cause, corrected rule, retest date.

Your checkpoint

A completed error-log spreadsheet with at least 25 dated entries and a one-page ranked list of your three weakest Mathematics subtopics.

Week 2

Mathematics

  • Solve 30 geometry and trigonometry problems (circle theorems, sine/cosine rules, trigonometric identities) and write the governing theorem beside each solution.

  • Work 20 calculus items covering limits, derivatives of polynomial/trig/exp/log functions, and definite integrals applied to area, showing every substitution step.

  • Reduce your week-1 top weakness to zero repeated errors by re-solving all logged items of that type from scratch, then verifying against the corrected rule.

  • Practice exam pacing: complete a 20-question set in 45 minutes and record time per question to find where you over-invest.

Your checkpoint

A 40-question Mathematics mini-mock scored and reviewed, with a written cause analysis for every wrong answer.

Week 3

Physics

  • Build a single formula sheet for mechanics (kinematics equations, Newton's laws, work-energy, momentum) and use it to solve 25 numerical problems with units carried through every line.

  • Solve 15 electricity and magnetism problems (Ohm's law, series/parallel circuits, electric field and potential) and sketch the circuit or field diagram before calculating.

  • Explain in writing, in 3-4 sentences each, five qualitative phenomena (projectile motion, refraction, electromagnetic induction, resonance, photoelectric effect) without equations.

  • Convert every wrong answer into a corrected principle statement in your error log rather than just the right number.

Your checkpoint

A one-page handwritten physics formula sheet plus 40 solved problems, 25 of them numerical with full unit-checked working.

Week 4

Chemistry

  • Write balanced equations for 20 reactions spanning acid-base neutralization, precipitation, redox, and combustion, and classify each reaction type.

  • Solve 20 stoichiometry problems (mole-mass, limiting reagent, percent yield, solution concentration and dilution) using a fixed four-step template.

  • Draw and label electron configurations and Lewis structures for 15 species, then predict molecular shape and polarity for each.

  • Memorize the periodic trends and the common ion table, and self-quiz them twice with spaced repetition.

Your checkpoint

A 30-question Chemistry section test scored at or above 70%, with a list of the specific rules you had to look up.

Week 5

Biology

  • Draw from memory and label five core diagrams (animal cell, plant cell, DNA replication, mitosis stages, and a neuron or nephron) and annotate the function of each labeled part.

  • Explain 10 processes in writing without notes: photosynthesis, cellular respiration, transcription and translation, osmosis, enzyme action, and hormone feedback.

  • Solve 15 genetics problems (monohybrid and dihybrid crosses, pedigrees, blood groups) stating genotype, gametes, Punnett square, and probability explicitly.

  • Distinguish commonly confused pairs (mitosis vs meiosis, DNA vs RNA, aerobic vs anaerobic) in a two-column comparison table.

Your checkpoint

A five-diagram labeled biology portfolio plus a glossary of 40 defined terms, self-tested by covering the definitions.

Week 6

Arabic Language & English Language

  • Complete 20 Arabic grammar (نحو) items on إعراب, case endings, and sentence structure, and write the grammatical role above every word in five parsed sentences.

  • Analyze two short Arabic literary or comprehension passages by identifying the main idea, tone, and three rhetorical devices, answering in complete Arabic sentences.

  • Read two English passages under timed conditions and answer 15 comprehension and inference questions, underlining the exact line that justifies each answer.

  • Drill 30 English grammar and vocabulary items (tenses, conditionals, prepositions, collocations) and record each rule you missed.

Your checkpoint

Two timed reading-comprehension sets (one Arabic, one English) plus 10 fully parsed Arabic sentences, all self-marked with corrections.

Week 7

English Language & Islamic Education & History of Jordan / National Education

  • Write two 150-word English essays (one argumentative, one descriptive) using a clear structure, then edit each for tense consistency, linking words, and spelling.

  • Summarize the key rulings and meanings of five Islamic Education themes (pillars of faith, worship, ethics, family, and financial transactions) in your own words.

  • Build a dated timeline of modern Jordanian history from the Great Arab Revolt through independence and key national institutions, with 12 entries and one sentence of significance each.

  • Self-quiz the Islamic Education and national education material with 30 recall questions, marking anything below full confidence for a second pass.

Your checkpoint

A 12-entry Jordan history timeline, two corrected English essays, and a 30-question self-quiz scored and reviewed.

Week 8

Computer Science / Information Technology & Mathematics

  • Trace and hand-execute algorithms (sorting, searching, and simple recursion) on paper for 10 problems, showing each intermediate state of the data.

  • Convert between binary, decimal, and hexadecimal for 15 values, and explain the function of core hardware, OS, and network components in one sentence each.

  • Complete two full-length timed mock exams under exam conditions, then reclassify every error by domain to confirm no domain is below your target threshold.

  • Re-solve only the items flagged in your error log and retire each entry once you get it right twice on separate days.

Your checkpoint

Two scored full-length mocks with a per-domain score table and a final one-page revision sheet of your 20 most repeated mistakes.

Milestones

Week 2: Mathematics mini-mock completed under time; you can state your three weakest subtopics and show that repeated errors of the same type have dropped to zero.

Week 4: Physics and Chemistry sections each scored at or above 70% on a timed set, and your error log shows a corrected rule for every miss.

Week 6: All five biology diagrams reproduced from memory with correct labels, and both timed reading sets completed within the allotted time.

Week 8: Two full-length mocks completed under exam conditions with every domain at or above your target threshold and a finalized one-page revision sheet.