Aligning MYP Science with NGSS (Grades 6–10)
This guide shows how the Next Generation Science Standards line up with IB MYP Sciences for Grades 6–10 (MYP 1–5). Each NGSS performance expectation is matched to the MYP criteria it best assesses, and every mapping links to a free lesson you can use straight away.
- NGSS standards mapped
- 130
- Standards with a free lesson
- 130
- MYP criteria used
- 4
Why NGSS and MYP fit together
- NGSS science and engineering practices ask students to plan investigations, analyse data and construct explanations — the same behaviours MYP Criteria B and C assess.
- NGSS disciplinary core ideas provide the subject knowledge that MYP Criterion A tests through knowing and understanding.
- NGSS crosscutting concepts translate naturally into MYP key and related concepts, which keeps units conceptual rather than topic-driven.
- MYP Criterion D (reflecting on the impacts of science) is served by the NGSS engineering and human-impact expectations.
How each MYP criterion is matched to NGSS
Criterion A: Knowing and Understanding
Explain scientific knowledge, apply it to familiar and unfamiliar situations, and use correct scientific terminology supported by evidence and examples.
Matched to 97 NGSS standards and 36 free lessons.
Criterion B: Inquiring and Designing
Explain a problem, formulate a testable hypothesis, identify variables, and design a safe, logical method for a scientific investigation.
Matched to 45 NGSS standards and 8 free lessons.
Criterion C: Processing and Evaluating
Collect, organise and process data, present it correctly, interpret results, draw conclusions and evaluate the method.
Matched to 45 NGSS standards and 21 free lessons.
Criterion D: Reflecting on the Impacts of Science
Explain how science is applied and how it interacts with society, evaluate implications, and communicate using scientific language.
Matched to 56 NGSS standards and 14 free lessons.
NGSS strands mapped to MYP criteria
| NGSS strand | Standards | MYP criteria assessed |
|---|---|---|
| Earth and Space Science | 34 | Criterion A, Criterion B, Criterion C, Criterion D |
| Engineering Design | 8 | Criterion A, Criterion B, Criterion C, Criterion D |
| Life Science | 45 | Criterion A, Criterion B, Criterion C, Criterion D |
| Physical Science | 43 | Criterion A, Criterion B, Criterion C, Criterion D |
Grade to MYP year mapping
| School grade | MYP year |
|---|---|
| Grade 6 | MYP 1 |
| Grade 7 | MYP 2 |
| Grade 8 | MYP 3 |
| Grade 9 | MYP 4 |
| Grade 10 | MYP 5 |
Use the alignment in your planning
Every lesson lists its NGSS codes and the MYP criteria it assesses, so a unit planner can be built straight from the library. Teachers can also generate a full MYP unit or lesson plan — statement of inquiry, global context, ATL skills, command terms and criteria — with Inquira, the free MYP planning assistant. Families following the library at home can start with the homeschool guide.
Reading an NGSS performance expectation the MYP way
Every NGSS performance expectation bundles three dimensions: a science and engineering practice, a disciplinary core idea and a crosscutting concept. Split those three apart and the MYP criteria fall out almost automatically. The core idea is the knowledge Criterion A tests. The practice is the behaviour Criteria B and C assess, depending on whether the student is designing the investigation or processing and evaluating the result. The crosscutting concept is the conceptual thread that becomes the unit's key and related concepts.
For example, MS-PS1-2 asks students to analyse and interpret data on the properties of substances before and after they interact. The core idea (chemical reactions) is assessed under Criterion A, the data analysis and evaluation under Criterion C, and the design of the test itself — variables, method, safety — under Criterion B. Patterns, the crosscutting concept, becomes the key concept of the unit.
Vertical alignment from MYP 1 to MYP 5
NGSS publishes middle-school and high-school bands rather than single grades, so schools have to decide where each expectation sits across Grades 6–10. EduLib places the middle-school bundles across MYP 1–3 and the high-school bundles across MYP 4–5, keeping each disciplinary thread continuous: structure and properties of matter in MYP 1–3 leads into chemical bonding and reaction energy in MYP 4–5, and forces and motion in MYP 1–3 leads into Newton's laws and momentum later.
The curriculum map shows the same threads visually, side by side across grades, so a coordinator can check that no core idea is repeated twice or skipped entirely between years.
Turning an aligned standard into a MYP unit
A workable unit needs a statement of inquiry, a global context, ATL skills, command terms matched to the MYP year, and the criteria being assessed. Once the NGSS expectation is mapped to criteria, the rest follows: the crosscutting concept supplies the key concept, the core idea supplies the related concepts, and the practice tells you which ATL skills students actually need to be taught.
Assess the criterion the practice points to, not all four at once. A single investigation usually gives sound evidence for Criteria B and C; save Criterion D for the expectations that genuinely reach into human impact, ethics or engineering solutions.
Questions teachers ask about this alignment
Can NGSS be used as the content of a MYP Sciences course?
Yes. MYP prescribes criteria and a conceptual framework, not a content list, so a school is free to use NGSS as its content spine. The requirement is that assessment is reported against Criteria A–D, which is exactly what this mapping supports.
Which NGSS dimension maps to which MYP criterion?
Disciplinary core ideas map to Criterion A (knowing and understanding), the planning side of science and engineering practices to Criterion B (inquiring and designing), the data-analysis and evaluation side to Criterion C (processing and evaluating), and engineering or human-impact expectations to Criterion D (reflecting on the impacts of science).
How do NGSS middle-school bands fit Grades 6, 7 and 8?
NGSS deliberately leaves the sequence to the school. Any distribution works as long as every middle-school expectation is taught once across MYP 1–3 and the disciplinary threads stay continuous. The grade matrix in the science curriculum map shows the sequence EduLib uses.
Do crosscutting concepts replace MYP key concepts?
No, but they translate cleanly. Patterns, cause and effect, systems, energy and matter, and stability and change sit very close to the MYP key concepts of change, relationships and systems, which keeps units conceptual rather than topic-driven.
Other alignment guides
- Aligning MYP Mathematics with AERO
- Aligning MYP English with Common Core ELA
- Aligning MYP English with AERO ELA
- Aligning MYP Arabic with CEFR standards
- Aligning MYP PHE with SHAPE America
- Planning MYP Design around the design cycle
- Planning MYP Individuals & Societies with C3 inquiry
- All EduLib standards alignment guides
- MYP global contexts explained
- Science curriculum map