MTLE study plan

Complete a timed 30-item diagnostic in mathematics and reading/language arts and record raw scores broken out by subskill.

Build a one-page math reference sheet covering place value, integer operations, order of operations, and fraction equivalence using your own worked examples.

Sort 20 words into phonics patterns (digraphs, blends, vowel teams, r-controlled) and explain each sort aloud to test your own sound-letter reasoning.

Open an error journal and write one entry per missed diagnostic item: skill tested, why you missed it, and the rule you will apply next time.

Solve 40 fraction, decimal, and percent problems without a calculator and correct every miss to 100% accuracy.

Identify the main idea, supporting details, and text structure of 10 short passages and write a one-sentence justification for each choice.

Explain aloud, without notes, the difference between phonological awareness, phonemic awareness, and phonics, then check your explanation against a glossary.

Write six multiple-choice questions on the reading skills you just practiced and justify the correct answer for each.

Solve 30 algebraic-thinking and geometry/measurement items (perimeter, area, volume, angle relationships) at 85% accuracy or better.

Draft four short writing samples in different modes (narrative, opinion, informational, summary) and self-score each against a 4-point rubric.

Create one graphic organizer each for context clues, morphology, and semantic mapping, and use it on three unfamiliar vocabulary words.

Work 20 mixed math word problems under a 30-minute timer and log the time lost to rereading or misread quantities.

Diagram the water cycle, rock cycle, and a food web from memory and label each energy or matter transfer.

Describe the steps of experimental design by writing a controlled experiment for an elementary question, naming independent, dependent, and controlled variables.

Compare plant and animal cell structures and functions in a two-column table with six organelles minimum.

Explain seasons, moon phases, and day/night using a drawn Earth-Sun-Moon model, then list three common student misconceptions with a correction for each.

Interpret eight tables and graphs by naming the variables, the trend, and one limitation of each representation.

Sequence 12 key U.S. historical events between 1607 and 1877 on a timeline, attaching a one-sentence cause-and-effect note to each.

Match five science activities to the grade-level inquiry skills they build (observing, classifying, predicting, measuring, inferring).

Define eight core civics terms (federalism, separation of powers, checks and balances, popular sovereignty, and others) and give an elementary classroom example of each.

Label a blank U.S. map with all 50 states, the major river systems, and the principal mountain ranges from memory, then correct it against a reference.

Draw and explain a diagram of the three branches of government showing at least four checks each branch holds over the others.

Contrast scarcity, opportunity cost, supply, and demand by writing one scenario for each that a fourth grader could act out.

Analyze two short primary-source excerpts by stating the author, the audience, and one point of view the source reveals.

Build a comparison table of Piaget, Vygotsky, Erikson, and Maslow and match each stage or need to a described classroom scenario.

Write a 45-minute lesson plan containing a measurable objective, a formative check, a summative assessment, and differentiation for two learner profiles.

Distinguish formative from summative assessment by designing three quick in-lesson checks and stating what you would do with each result.

Describe the MTSS, IEP, and 504 referral paths in your own words and identify which one fits three given student descriptions.

Answer 25 scenario-based pedagogy questions and justify why each distractor is wrong.

Re-work every unresolved error-journal item until at least 90% are answered correctly on a second attempt.

Complete one full-length timed practice test across all five domains and score it by domain.

Recite from memory the math formulas, science cycles, and civics structures you flagged as weak, checking each against your own reference sheets.

Write a three-line test-day plan covering pacing per domain, flag-and-return rules, and the two content areas you will re-scan last.