If you're preparing for the New Jersey Student Learning Assessment (NJSLA) and need a practice test PDF to study offline or print, you're in the right place. This guide covers the full NJSLA testing program — what it tests, how it's structured by grade, what performance levels mean, and how it connects to graduation requirements. Download our free NJSLA PDF below and use it alongside your preparation.
The New Jersey Student Learning Assessment (NJSLA) is New Jersey's statewide standardized testing program. It replaced the PARCC (Partnership for Assessment of Readiness for College and Careers) assessments in New Jersey beginning with the 2018–2019 school year. The NJSLA is administered by the New Jersey Department of Education (NJDOE) and measures student mastery of the New Jersey Student Learning Standards (NJSLS).
The NJSLA is administered annually to students in grades 3 through 11 in English Language Arts/Literacy (ELA) and Mathematics. Science assessments are administered in grades 5, 8, and high school (grade 11) under the NJSLS-Science standards, which are based on the Next Generation Science Standards (NGSS). The test is delivered entirely on computer — there is no paper-based version for standard administration, though accommodations exist for students with disabilities who require paper administration.
New Jersey phased out PARCC because of concerns about test length, student stress, and alignment with updated state standards. The NJSLA maintains the rigor of college and career readiness benchmarks while being more closely tied to what New Jersey teachers actually teach in classrooms.
The NJSLA ELA/Literacy assessment measures two broad competencies: reading comprehension and evidence-based writing. The specific skills tested vary by grade band, but the core framework is consistent throughout grades 3–11.
Reading Literary and Informational Text: Students read multi-paragraph literary texts (fiction, poetry, drama) and informational texts (articles, reports, historical documents, scientific passages). Questions assess: identifying main idea and key details, analyzing how structure supports meaning, interpreting figurative language and vocabulary in context, comparing perspectives across multiple texts, evaluating author's purpose, and drawing evidence-based conclusions from the text.
Evidence-Based Writing: Writing tasks are anchored to what students read. Rather than prompting creative or personal narrative writing (though these appear in lower grades), the NJSLA emphasizes argumentative and informational writing that cites textual evidence. Students must read source texts, identify relevant evidence, and construct organized written responses that directly reference the text. This mirrors the college-level expectation that writing should be grounded in sources, not just personal opinion.
In grades 3–5, ELA sessions are shorter and questions are designed for developing readers. By grades 6–8, multi-text comparison tasks and longer constructed responses become central. In grades 9–11, students encounter more complex literary and informational texts, longer writing tasks, and more nuanced analysis questions. The grade 10 ELA assessment is particularly important because its results inform graduation pathways.
NJSLA Mathematics assessments are organized by grade level and aligned to the New Jersey Student Learning Standards for Mathematics, which are based on the Common Core State Standards for Mathematics (CCSSM).
Grades 3–5 (Operations and Algebraic Thinking, Numbers, Fractions): Third grade focuses on multiplication/division concepts and fractions as numbers on a number line. Fourth grade introduces multi-digit operations and fraction equivalence. Fifth grade covers decimal operations and foundational concepts in fractions, including addition and subtraction of fractions with unlike denominators and introduction to fraction multiplication.
Grades 6–8 (Ratios, Proportional Reasoning, Expressions, Geometry, Statistics): Sixth grade introduces ratio and rate reasoning, extending to proportional relationships in seventh grade. Seventh grade also covers integer operations and probability. Eighth grade focuses heavily on linear equations, functions, geometry transformations, and introductory statistics including scatter plots and lines of best fit — the bridge to high school algebra.
High School — Algebra I: Typically taken in grade 8 or 9. Covers linear and exponential functions, systems of equations, quadratic equations (factoring and quadratic formula), and interpreting statistical data. The Algebra I NJSLA is one of the graduation pathway options.
High School — Geometry: Congruence and similarity, triangle theorems, coordinate geometry, trigonometry (SOH-CAH-TOA, law of sines/cosines), circles, and area/volume of geometric solids. Geometric proof appears but with less emphasis on formal two-column proofs than older curricula.
High School — Algebra II/Precalculus: Polynomial functions, rational and radical equations, logarithms and exponential functions, complex numbers, sequences and series, trigonometric functions and their graphs, and probability. The Algebra II NJSLA is the highest-level math assessment in the standard graduation pathway.
Science assessments are administered at three points: grade 5, grade 8, and high school (grade 11 or end of a science course sequence). New Jersey adopted science standards based on the Next Generation Science Standards (NGSS), which emphasize three-dimensional learning: disciplinary core ideas, science and engineering practices, and crosscutting concepts.
Rather than testing isolated science facts, NJSLA Science questions require students to integrate knowledge across dimensions. A question might provide data from an investigation and ask students to analyze evidence, develop a model, or construct an explanation — not just recall a definition.
High school science performance tasks are particularly intensive. Students may be given experimental data and asked to write a scientific argument supported by evidence, or analyze a complex environmental or engineering scenario applying multiple disciplinary concepts.
NJSLA reports student performance in five levels:
For graduation purposes in New Jersey, meeting the Level 4 standard on a NJSLA assessment in ELA (grade 10) or Algebra I or Geometry demonstrates proficiency for the graduation pathway. Students who do not meet Level 4 have alternative pathways available.
New Jersey high school students must demonstrate proficiency in ELA and mathematics to graduate. The NJSLA provides one pathway: meeting the Level 4 standard on the grade 10 ELA assessment or the Algebra I or Algebra II assessments satisfies the graduation proficiency requirement in those subjects.
Students who do not meet the NJSLA standard have several alternative pathways, including the NJGPA (New Jersey Graduation Proficiency Assessment). The NJGPA is a separate, shorter assessment designed specifically for 11th-grade students who have not yet met the graduation proficiency standard through the NJSLA. It is available in ELA and mathematics and is considered more accessible than the full NJSLA because it is shorter and more directly aligned to graduation-level competencies rather than full grade-level standards mastery.
Other alternative graduation pathways include portfolio appeals (documentation of learning demonstrating competency through classroom work), course-based appeals (meeting a grade threshold in relevant coursework), SAT/ACT score thresholds, and industry credential attainment in the relevant subject area.
Effective NJSLA preparation should be targeted to the specific grade and subject being assessed. Use the New Jersey Department of Education's released practice items and test specifications — these are the most authoritative source for understanding exactly what is tested. Our free NJSLA practice test PDF provides additional offline practice for core content areas.
For ELA, focus on reading carefully for evidence (not just for the main idea), practicing constructed responses that directly cite the text, and building vocabulary for academic and domain-specific language. For Mathematics, ensure mastery of grade-level procedures and practice applying concepts to multi-step and real-world problems — the NJSLA rarely tests pure computation in isolation. For Science, practice analyzing data, writing scientific explanations, and connecting crosscutting concepts (like cause-and-effect and energy and matter) to specific disciplinary content.