The NYSTCE Multi-Subject: Teachers of Childhood (Grades 1–6) assessment is three separately scored tests for New York’s childhood education certificate: Part One, Literacy and English Language Arts (221), with 40 selected-response items and a constructed response worth 30% of the part; Part Two, Mathematics (222), with 40 selected-response items and a constructed response worth 20%, weighted toward ratios, proportional relationships, and the number systems; and Part Three, Arts and Sciences (245), shared across all Multi-Subject tests. Each part passes at 520. PassProfessor’s companion program is in the works.
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The companion program is in the works, built part by part on NYSTCE’s published framework for Fields 221, 222, and 245. Join the notify list and you will be emailed when enrollment opens. Until then, this guide gives preparation a structure worth starting now: three gates, and inside the second gate a weighting table that should reorganize how most candidates study.
The organizing fact of this assessment is a mismatch. Candidates arrive at the Grades 1–6 Multi-Subject picturing an elementary test — arithmetic, spelling patterns, a science survey — and the literacy and arts-and-sciences parts roughly honor that picture. The mathematics part does not. Its published weights give 5% to number and operations and 65% of its selected-response weight to proportional reasoning, the number systems, algebra, measurement, geometry, and data. The test is telling candidates, in numbers, that teaching mathematics at this band is no longer about performing arithmetic; it is about the structures arithmetic grows into. The guide below follows the framework part by part and keeps returning to that point, because it is where preparation succeeds or fails.
Which examination is this?
The assessment is the Content Specialty Test (CST) Multi-Subject: Teachers of Childhood (Grades 1–6), Fields 221, 222, and 245 in the New York State Teacher Certification Examinations (NYSTCE) program. Three parts, administered as three separate tests, each separately scored against its own passing standard, all three required for certification in this field. The Assessment Design and Framework document for these fields (October 2017) is the framework this guide follows; candidates should note that the sibling Birth–Grade 2 assessment runs on a later framework document and different mathematics weights, and material for that band is not interchangeable with this one beyond the shared Part Three. The Multi-Subject assessment is the content requirement, not the whole requirement: most childhood candidates also take the Educating All Students (EAS) test, and dual-certificate candidates add the Content Specialty Test for the second area — students with disabilities at this band being the most common pairing. Requirements for a specific certificate are confirmed through NYSTCE’s testing-requirements guidance.
The real assessment at a glance
| Fact of record | Detail |
|---|---|
| Assessment | CST Multi-Subject: Teachers of Childhood (Grades 1–6) — Fields 221/222/245 (NYSTCE) |
| Part One (221) | Literacy and English Language Arts — 40 selected-response items + 1 constructed-response item; 2 hours testing time; constructed response = 30% of the part score |
| Part Two (222) | Mathematics — 40 selected-response items + 1 constructed-response item; 2 hours and 15 minutes testing time; constructed response = 20% of the part score |
| Part Three (245) | Arts and Sciences — 40 selected-response items; 1 hour testing time; shared by all four Multi-Subject tests |
| Combined sitting | 5 hours and 30 minutes for all three parts together, including a 15-minute break between Parts One and Two; 15 minutes of tutorial and nondisclosure agreement precede testing |
| Scoring | Each part reported on a 400–600 scaled range; passing score 520 per part; all three parts must be passed; score reports show performance by competency |
| Test features | On-screen standard four-function calculator and a formulas reference during Part Two |
| Test fees (third-party) | $59 Part One; $59 Part Two; $43 Part Three; $161 combined — NYSTCE fees paid at registration, not PassProfessor charges |
| Retakes | 30-day wait before retaking Parts 221, 222, or 245; reregister for the single part; passed parts stand |
| Score reporting | Parts One and Two on NYSTCE’s report schedule; Part Three gives preliminary results at the conclusion of the appointment |
How the assessment is built — and why that matters for study
The framework describes Parts One and Two as newly developed tests for this band when the current design was introduced, and Part Three as a test using content from the previously administered Multi-Subject Content Specialty Test (Field 002). The constructed-response items in Parts One and Two are defined identically: scenario-based, measuring pedagogical content knowledge, requiring an extended written response based on the analysis of multiple samples of student-based evidence. The build therefore splits preparation into three tracks with different study physics. Literacy is a development-and-instruction track, following readers from grade 1 decoding to grade 6 disciplinary reading and writing. Mathematics is a structure track: a small fluency base under a large superstructure of ratio, number systems, and algebra. Arts and Sciences is a breadth track, rewarding wide recognition over depth. A fourth track cuts across the first two: reading upper-elementary student work as evidence, at speed, in writing. Candidates who run one undifferentiated “elementary review” for all three parts undertrain every track.
Format in detail, part by part
Part One (221) runs 2 hours for 40 selected-response items and one constructed-response assignment. The framework’s design estimates — up to about 60 minutes for the selected-response set and up to about 60 minutes for the written assignment — show a part that is half writing session by design time, at 30% of the score. Budget the assignment before the appointment and hold the budget; the last selected-response items are worth exactly as much as the first.
Part Two (222) runs 2 hours and 15 minutes on the same item counts, with design estimates of up to about 75 minutes for selected-response items and 60 minutes for the constructed response. The on-screen four-function calculator and the formulas reference are provided inside the part. Note what the calculator’s modesty signals: the part’s difficulty is not computational load. A four-function tool suffices because the examined skill is setting up the relationship — the ratio, the equation, the comparison — not executing long arithmetic.
Part Three (245) is 40 selected-response items in 1 hour with no written component, spanning science, social studies, and the arts-health-family-career strand. Ninety seconds per item across material this broad rewards recognition and punishes deliberation; its preparation is wide, shallow, and repeated.
All three parts are computer-based, by appointment year-round, and may include items being evaluated for future administrations that do not affect the candidate’s score.
The competencies, one by one
Part One — Knowledge of Literacy & Language Arts (30%)
Deep understanding of language and literacy foundations across grades 1–6: literacy development and its individual variation, the principles of assessment and effective instruction, and deep knowledge of text structures — literature and informational text written for children, writing purposes and text types (arguments, informative and explanatory texts, narratives), and speaking and listening for academic purposes. Study it as the band’s reading biography: the grade 1 reader consolidating decoding, the grade 3 reader meeting chapter books and content texts, the grade 6 reader analyzing an author’s choices — and the knowledge a teacher needs at each station.
Part One — Instruction in Foundational Literacy Skills (30%)
The teaching counterpart, at equal weight: phonics and word study as they extend into multisyllabic decoding, fluency, vocabulary development, and comprehension instruction and assessment. At this band “foundational” reaches further than beginners’ skills — it includes the word study and fluency work that struggling grade 4 and 5 readers still need, and the comprehension strategies that carry readers through longer and denser text. Items present classroom evidence and ask for the next instructional move; study case by case, skill by skill, with the student’s current step always identified first.
Part One — Instruction in English Language Arts (10%)
Planning and delivering English language arts instruction across the grades 1–6 curriculum — integrating reading, writing, speaking, and listening beyond the foundational block, including writing instruction in the three text types. Small in weight, decisive at the 520 margin, and the block most directly fed by a candidate’s own recent coursework and field experience.
Part One — Analysis, Synthesis, and Application (30%, constructed response)
The written assignment presents multiple samples of student-based evidence — at this band, typically writing and reading artifacts from an upper-elementary student — and requires an extended analysis: what the evidence shows and what instruction follows from it. Scoring rewards specificity: the response that names the pattern in the student’s work, ties it to the student’s literacy development, and prescribes instruction matched to that reading of the evidence. Practise on drafts with real features — a narrative with strong voice and no paragraphing, a book response that summarizes instead of analyzing — because the assignment’s marks live in the details.
Part Two — Number and Operations (5%)
Place value and whole-number operations, present in the part at approximately three selected-response items’ weight. This block is the foundation the rest of the part assumes, and its small share is information, not permission: candidates are expected to be fluent here already, and the part spends its items finding out what candidates can build on that fluency. Diagnose it, repair any genuine gap, and move the study hours uphill.
Part Two — Ratios and Proportional Relationships and Number Systems (30%)
The part’s defining block. Fractions as numbers — equivalence, comparison, and the four operations, with the reasoning that makes the procedures make sense; decimals and percents as alternate notations for the same rational quantities; integers and the rational number system, including negative numbers in context; and ratio and rate reasoning maturing into proportional relationships: unit rates, tables, graphs, and equations of proportional quantities. Study it as one connected system. The candidate who holds fractions, decimals, percents, and ratios as four separate topics meets items that deliberately stand on the seams between them; the candidate who holds them as one number system with several notations walks through the same items.
Part Two — Algebra, Measurement, Geometry, and Data (35%)
The largest block, and a bundle candidates must unpack to prepare honestly. Algebra: expressions, equations, and inequalities as descriptions of relationships, and the move from arithmetic answers to generalized structure. Measurement: unit conversion, perimeter, area, volume, and the formulas the provided reference supports. Geometry: shapes and their properties, the coordinate plane, and spatial reasoning at elementary depth. Data: representing and interpreting data, and measures of center as summaries. Each strand is examined at recognition-plus-application depth rather than proof depth; the preparation error is to study the bundle’s strongest strand and call the block covered.
Part Two — Instruction in Mathematics (10%)
Teaching mathematics in grades 1–6: selecting tasks, using representations — number lines, area models, ratio tables — orchestrating mathematical discourse, and assessing understanding formatively. This block converts content knowledge into classroom decisions, and its items frequently present a student’s strategy or error and ask for the teacher’s response, which makes it natural preparation partners with the constructed response.
Part Two — Analysis, Synthesis, and Application (20%, constructed response)
Samples of student mathematical work; an analysis of the understanding and the misconception the work displays; instruction that follows from the analysis. At this band the classic evidence is fraction and proportional work: the student who adds numerators and denominators, who treats a ratio as a fraction in every context, who scales one quantity and not the other. Practise reading such work until the misconception can be named in a sentence and the next instructional step proposed in two — that is the assignment’s shape.
Part Three — Science and Technology (40%)
Principles and relationships in the life and physical sciences, scientific inquiry, and the interconnectedness of science, engineering, and technology — survey breadth at recognition depth, prepared by structured passes across the elementary science map, repeated.
Part Three — Social Studies (40%)
The social sciences’ perspectives on historical events and the contemporary world — geography, history, civics, economics at survey level, with the same preparation logic as the science block.
Part Three — Fine Arts, Health and Fitness, Family and Consumer Science, and Career Development (20%)
Interpreting works of art through forms, techniques, and cultural contexts; personal health, fitness, and safety principles; and child development, family and interpersonal relationships, personal resource management, and career development concepts. A bundle whose corners are all examined; preparing only the arts corner is the known error.
Scoring and results
Each part converts to a scaled score from 400 to 600, with 520 the passing score for every part, set within the NYSTCE program under the Commissioner of Education’s authority. No combined score exists and no averaging is permitted across parts: the assessment is passed when three separate 520s stand. Score reports show the part’s total score and performance indices by competency — the diagnostic instrument for any retake. Part Three gives preliminary results at the conclusion of the appointment, subject to the official score report. Candidates who fall within half a standard error of measurement of a passing score on a Content Specialty Test may encounter NYSED’s waiver process and, for the mathematics part, the NYSTCE Flex written-submission route; both are procedures administered by NYSED and NYSTCE under their own eligibility rules, described on those bodies’ sites. They are not preparation products, and this guide’s plan prepares candidates to clear 520 outright.
Registration, sequencing, and the sittings
Candidates register for one part or for parts together; the third-party fees are $59 for Part One, $59 for Part Two, and $43 for Part Three — $161 at one administration. Sequencing follows the structure. Split the sittings absent a deadline reason: the combined day runs 5 hours and 30 minutes with a single 15-minute break, and its first two parts contain both constructed responses, where fatigue costs most. Part Two deserves the longest runway and should be scheduled latest if a candidate’s mathematics is rebuilding from fluency upward. Part Three’s breadth preparation runs well in parallel from the first week and its appointment can sit wherever the calendar is emptiest. Candidates pursuing a second Multi-Subject certificate should confirm which parts remain: Part Three, once passed, does not need to be taken again, while Parts One and Two are band-specific and never carry across bands.
One scheduling subtlety follows from the score reporting itself: Parts One and Two report on NYSTCE’s published schedule rather than at the appointment, so a candidate sequencing sittings against a certification deadline should count backward from the report date for the last part, not from the sitting date. Part Three’s preliminary result, given at the appointment, makes it the natural final sitting for candidates working to a deadline — its outcome is known the same day, subject to the official report.
Retakes and the rebuild
A part below 520 may be retaken after a 30-day wait, reregistering for that part alone; Parts 221, 222, and 245 all sit in NYSTCE’s 30-day category, and passed parts are banked. Rebuild from the failed part’s competency indices, and respect what they distinguish. In Part Two, a weak ratios-and-number-systems block is a content rebuild — weeks of connected study of the rational number system — while a weak constructed response with sound selected-response indices is an evidence-writing problem, repaired by timed analysis practice on student work. In Part One the same distinction applies between foundational-skills knowledge and the written assignment. Because the wait is only 30 days, name the rebuild’s target narrowly and drill exactly it, at full timing, from the first session.
A sequenced study plan
Phase one — survey and diagnosis (the opening weeks). Take one timed diagnostic per part, with both constructed responses written in full, and score the mathematics diagnostic by competency rather than as a whole. The expected discovery — literacy ahead, breadth middling, proportional reasoning behind — sets the plan’s proportions.
Phase two — the mathematics structure (the long middle). Give this phase the most weeks. Build the rational number system as one object: fractions, decimals, percents, integers, then ratio and rate on top of it, then proportional relationships in tables, graphs, and equations. Unpack the algebra-measurement-geometry-data bundle into its four strands and give each its own sessions. Keep the instruction block and the constructed response in weekly rotation throughout, worked from student work samples.
Phase three — the literacy arc (the late middle weeks). Study the literacy competencies as the band’s reading biography — decoding consolidation, fluency, vocabulary, comprehension, and writing in the three text types — with case-based practice for the foundational-skills block and weekly timed written assignments from upper-elementary evidence.
Phase four — breadth and full sittings (the closing weeks). Run Part Three as a daily survey drill across science, social studies, and the bundled strand, while taking one full timed part per week under appointment conditions, written assignments inside their design budgets. In the final days: no fresh topics, one pass over the ratio-and-number-system map and one written assignment per part, appointments and identification confirmed, and rest — fatigue on this assessment appears first as skipped details in student-work evidence, and the details are where the written marks live.
Common mistakes on this assessment
One: preparing Part Two as an arithmetic test. The weights are published — 5% number and operations against 30% ratios and number systems and 35% algebra, measurement, geometry, and data — and candidates who drill computation meet a paper that examines structure. Two: studying fractions, decimals, percents, and ratios as four topics; the items live on their seams. Three: writing constructed responses as general teaching philosophy instead of analysis of the specific student evidence provided. Four: treating the algebra-measurement-geometry-data block as one subject and preparing only its strongest strand. Five: sitting the combined 5-hour-and-30-minute day by default and meeting the second constructed response already depleted, when splitting the parts costs nothing in scoring.
Frequently asked questions
Are the three parts three separate tests? Yes. NYSTCE administers Parts One, Two, and Three as three separate tests, each with its own registration, sitting, scaled score, and 520 passing standard. All three must be passed for certification in this field.
How is Part Two weighted, exactly? Number and Operations 5%; Ratios and Proportional Relationships and Number Systems 30%; Algebra, Measurement, Geometry, and Data 35%; Instruction in Mathematics 10%; and the constructed response — Analysis, Synthesis, and Application — 20% of the part score.
Why is number and operations weighted so low? Because the framework treats fluency with whole-number operations as the assumed foundation for this band and spends the part examining what is built on it: the rational number system, proportional reasoning, and early algebra. The 5% block still matters — it is roughly the margin in a close result — but it is not where preparation hours earn their return.
How much of each score is the written assignment? In Part One the constructed response carries 30% of the part score; in Part Two it carries 20%. Part Three has no written assignment.
What design time expectations apply inside Parts One and Two? The framework sized Part One at up to about 60 minutes for selected-response items and 60 minutes for the constructed response, and Part Two at up to about 75 minutes for selected-response items and 60 minutes for the constructed response. Candidates pace themselves within each part’s total time.
What does the Arts and Sciences part cover? Science and Technology at 40% of the part, Social Studies at 40%, and Fine Arts, Health and Fitness, Family and Consumer Science, and Career Development together at 20% — 40 selected-response items in 1 hour.
I am also taking the Birth–Grade 2 Multi-Subject. What carries over? Part Three (245) itself: the same part in both assessments and, once passed, counts for both. Parts One and Two do not carry over — each band has its own literacy and mathematics parts with its own framework and weights.
What are the test fees? Part One $59, Part Two $59, Part Three $43 — $161 combined at one administration. These are NYSTCE’s third-party test fees, paid at registration.
What calculator may I use in Part Two? Only the standard four-function calculator provided on-screen during Part Two, with the formulas reference provided. Its simplicity is a signal about the part: the examined work is setting up relationships, not heavy computation.
How long is the combined sitting if I take everything at once? 5 hours and 30 minutes for the three parts together, including a 15-minute break between Parts One and Two, preceded by the tutorial and nondisclosure agreement. Splitting the parts across appointments is permitted and common.
What happens after a part is failed? Wait 30 days, reregister for that part alone, and retake it; the passed parts stand. The score report’s competency indices for the failed part direct the rebuild.
Is PassProfessor affiliated with NYSED, NYSTCE, or Pearson? No. PassProfessor is an independent preparation provider, not affiliated with NYSED, NYSTCE, Pearson, or NES. The companion program is in the works; certification decisions rest with the New York State Education Department.