ORELA Elementary Education (NT102) study plan

Map the Subtest I reading and language arts blueprint into a one-page outline of tested skills, weighting foundational reading skills and comprehension heaviest

Define and self-quiz the five components of reading (phonemic awareness, phonics, fluency, vocabulary, comprehension) with a working example of each

Build a phoneme-to-grapheme reference chart covering consonants, vowels, digraphs, blends, and common spelling patterns

Diagnose baseline weakness by completing 20 practice items on phonics and phonemic awareness and logging every miss with a reason

Distinguish phonological awareness from phonemic awareness and write three classroom tasks that target each

Explain the six syllable types and syllabication rules, then segment ten multisyllabic words correctly

Identify the stages of spelling development and match three sample student spellings to their stage

Summarize evidence-based fluency practices (repeated reading, modeling, progress monitoring) in a comparison table

Compare narrative and informational text structures and list signal words for each

Practice writing literal, inferential, and evaluative comprehension questions for two short passages

Define academic vocabulary tiers and plan a three-step vocabulary routine using context clues and morphology

Analyze how writer's purpose, audience, and point of view shape a short text

Review grammar, usage, and mechanics rules most often tested (subject-verb agreement, pronoun reference, punctuation, capitalization)

Edit five short student writing samples and name the rule violated in each correction

Outline the writing process and describe how to scaffold prewriting, drafting, revising, and editing for elementary students

Complete a timed 30-item mixed practice set for Subtest I and tally accuracy by skill

Map the Subtest II math and science blueprint and rank skills by likely question frequency

Solve number and operations problems involving place value, fractions, decimals, and multi-step word problems without a calculator

Explain two different strategies for multi-digit multiplication and division and when each is appropriate

Identify common elementary misconceptions in place value and fraction equivalence and write a corrective explanation for each

Solve and explain problems in geometry (area, perimeter, volume, angle relationships) and measurement conversions

Interpret data displays and compute mean, median, mode, and range from raw data sets

Apply algebraic reasoning to pattern rules and simple equations and justify each step

Describe the standards for mathematical practice and give one classroom example of each

Summarize core earth, life, and physical science concepts likely tested, including cycles, energy transfer, and organisms and environments

Design a simple, safe investigation for a given science question and identify variables, controls, and evidence

Practice interpreting tables, graphs, and experimental descriptions and drawing evidence-based conclusions

Explain how engineering design and the nature of science appear in elementary instruction

Take two full-length timed practice tests, one per subtest, under exam conditions

Analyze every missed item and tag it to a skill and an error type (content gap, misreading, pacing)

Re-review the three weakest skills in each subtest using condensed notes and targeted drills

Build a test-day plan covering timing benchmarks, guessing strategy, and materials checklist