Objectives and Standards
Interdisciplinary Unit Mapping: Objectives, Roles, and Shared Evidence

An interdisciplinary unit asks students to use the knowledge, methods, or evidence of two or more disciplines together for a result that one discipline alone would not support. The map should show what remains discipline-specific, when the contributions connect, who teaches and assesses each part, and what student evidence demonstrates integration.
Distinguish the structure before planning
| Structure | What students do | Evidence required | Planning caution |
|---|---|---|---|
| Shared topic | Encounter the same topic in more than one class, such as water in science and poetry. | Separate discipline work may be sufficient; no connection is necessarily assessed. | A common topic or calendar does not by itself create interdisciplinary learning. |
| Multidisciplinary unit | Study a shared question through separate disciplinary lenses. | Each discipline assesses its own objective; contributions may sit beside one another. | A common display or product can conceal that students never relate the contributions. |
| Interdisciplinary unit | Use disciplinary contributions together to explain, decide, design, or create something. | Separate disciplinary evidence plus an explicit integration task. | Integration should require the disciplines, not reward decoration or topic repetition. |
| Integrated assessment | Complete one coordinated performance that produces evidence for multiple disciplinary objectives and the connection among them. | Shared product evidence and identifiable individual evidence scored against separate and integration criteria. | One total score can hide missing evidence in a discipline; retain criterion-level results and ownership. |
Map the unit in this order
- Write each discipline’s objective separately. Use the applicable curriculum or standards language, expected depth, and a student performance. Remove objectives included only because the topic allows them.
- Name discipline-specific evidence. Decide what work would show each objective even if the shared product did not exist.
- Write the integration task. State what students must combine and why both disciplines are necessary.
- Separate shared and individual evidence. A team artifact can show coordination; it may not show what each student knows.
- Assign responsibility. Identify who teaches prerequisites, supplies materials, checks access, assesses each criterion, records results, and contacts families or partners if applicable.
- Sequence prerequisites and checkpoints. Put disciplinary teaching before the step that depends on it and allow time to respond to evidence.
- Set access and contingency routes. Plan for absences, schedule loss, unavailable materials, inaccessible formats, and group-member changes before the culminating task.
Copyable blank interdisciplinary unit map
Unit title, grade or course, and dates:
Shared question or problem:
Why more than one discipline is necessary:
DISCIPLINE 1
Objective:
Standards or curriculum reference:
Teacher or role responsible:
Prerequisite instruction and sequence:
Discipline-specific student evidence:
Final criterion and assessor:
DISCIPLINE 2
Objective:
Standards or curriculum reference:
Teacher or role responsible:
Prerequisite instruction and sequence:
Discipline-specific student evidence:
Final criterion and assessor:
INTEGRATION
Task requiring both disciplines:
What students must combine or reconcile:
Shared evidence:
Individual evidence:
Integration criterion and assessor:
TIMELINE AND CHECKPOINTS
Launch and prerequisite dates:
Checkpoint 1, evidence, owner, and response:
Checkpoint 2, evidence, owner, and response:
Integration rehearsal or draft:
Final task and scoring dates:
ACCESS AND LOGISTICS
Required accommodations and accessible formats:
Language, technology, materials, location, and safety checks:
Plan for absence or group change:
Plan for lost time, unavailable tool, or partner cancellation:
Minimum viable unit if the schedule is shortened:
FINAL REVIEW
Discipline 1 criterion:
Discipline 2 criterion:
Integration criterion:
Shared-product criterion, if any:
Individual-evidence requirement:
Who records each result and where:
Revision after the unit:Completed map: school shade recommendation
This worked plan illustrates the map; it is not a report of a completed unit or student results.
| Map field | Completed example |
|---|---|
| Unit and shared question | Grade 7 science and mathematics, eight 55-minute lessons across two weeks. Which of two supplied courtyard shade plans should the school study further? |
| Why both disciplines | Science is needed to explain how surface material, shade, and measurement conditions affect temperature evidence. Mathematics is needed to compare distributions, area, cost, and ratios. The recommendation must reconcile environmental and quantitative evidence. |
| Science objective | Evaluate whether temperature measurements support a claim about shade under the stated conditions, including one relevant limitation. |
| Science responsibility and sequence | Science teacher, lessons 1-3: model surface-temperature measurement, examine time and weather controls, and critique a supplied data table before students draft a science evidence note. |
| Science discipline evidence | Individual annotated temperature table and a 120-word explanation citing two values, one measurement condition, and one limitation. Science teacher assesses accuracy and warranted scope. |
| Mathematics objective | Use measures of centre, range, ratio, and area to compare two plans and justify which differences matter for the decision. |
| Mathematics responsibility and sequence | Mathematics teacher, lessons 2-4: calculate and interpret medians and ranges, compare shaded-area-to-cost ratios, and check scale drawings before students submit a calculation sheet. |
| Mathematics discipline evidence | Individual calculation sheet with units, two checked comparisons, and a written interpretation. Mathematics teacher assesses method, accuracy, and interpretation. |
| Integration task | Pairs prepare a recommendation memo that selects a plan for further study, combines the temperature interpretation with cost and area comparisons, addresses a conflict between lower cost and greater shaded area, and identifies information still needed. |
| Shared evidence | One pair memo and a source table marking which science and mathematics evidence supports each recommendation sentence. |
| Individual evidence | Each student submits the science evidence note, mathematics calculation sheet, and a short integration paragraph explaining how one piece of evidence from each discipline affected the recommendation. |
| Timeline and checkpoints | Lesson 1 launch; lesson 3 science-note check; lesson 4 calculation check; lesson 5 pair evidence conference; lesson 6 individual integration paragraph; lesson 7 draft memo review; lesson 8 final submission and individual exit explanation. |
| Checkpoint ownership | Science teacher responds to measurement and limitation issues; mathematics teacher responds to calculations and units; both review the evidence conference using one shared checklist; one named teacher collects final files. |
| Access | Provide selectable-text and large-print tables, colour-independent plan labels, tactile or described diagrams when required, calculator and approved assistive-technology access, defined vocabulary, captioned instruction, and an individual or structured conference route that preserves the criteria. |
| Contingency | An absent partner completes the individual evidence and uses a teacher-provided partner evidence note. If one lesson is lost, omit the optional poster and keep the evidence conference and memo. If outdoor measurement is unavailable, use the supplied common data set; no criterion depends on collecting live data. |
| Final criteria | Science: accurate interpretation and stated limit. Mathematics: correct comparison with units and meaning. Integration: explains how evidence from both disciplines supports a qualified recommendation. Shared product: traceable evidence and coherent recommendation. Individual threshold: all three individual pieces are present and scorable. |
Use a responsibility and sequence table
A shared calendar is easier to manage when every checkpoint names an owner, evidence, and response. Both teachers
is incomplete unless the team states who acts first and who records the decision.
| When | Prerequisite or student evidence | Responsible role | Response if evidence is not ready |
|---|---|---|---|
| Before launch | Objectives, common vocabulary, files, accommodations, materials, and final criteria checked | Named unit coordinator confirms; each teacher signs off on own discipline | Delay or narrow the unit rather than launch with missing access or assessment decisions. |
| Discipline checkpoint | Individual prerequisite work from each subject | Discipline teacher | Reteach the specific prerequisite and adjust the integration date if necessary. |
| Integration checkpoint | Student identifies how evidence from both disciplines will be combined | Named lead teacher, with questions routed to discipline owner | Use a connection organizer; do not substitute a shared-topic product. |
| Final assessment | Shared product and identifiable individual evidence | Each discipline scores its criterion; named assessor scores integration | Mark missing evidence by criterion and use the stated completion route. |
| After the unit | Criterion results, access issues, schedule departures, and student work patterns | Unit coordinator records agreed revisions | Remove or redesign components that did not produce necessary evidence. |
Plan shared and individual assessment together
A shared product may be appropriate when collaboration or coordinated communication is part of the task. It should not erase individual evidence. Decide whether the group shares a product score, whether collaboration is assessed, and what happens when participation conditions differ. Do not infer an individual’s disciplinary understanding from the polish of a group artifact.
Keep final criteria separate: one row for each disciplinary objective, one for integration, and only then any shared-product or collaboration criterion. If a discipline criterion is essential, do not let strength elsewhere compensate through an undifferentiated total. Report the profile or set a stated threshold.
Review access, load, and contingency
Interdisciplinary units can unintentionally multiply reading, vocabulary, technology, executive-function, group-work, and schedule demands. Review the actual files and response routes with required accommodations in place. Coordinate vocabulary and due dates, but preserve necessary disciplinary distinctions. A common organizer should not rename different concepts as if they were identical.
Write a minimum viable version before launch. Identify which activities can be removed while preserving both disciplinary objectives, the integration task, individual evidence, and final criteria. A contingency is complete only when responsibility, revised sequence, and assessment consequences are stated.
Revise from evidence, not from the theme
After the unit, review student evidence by criterion, missed prerequisites, scorer disagreements, access barriers, workload, timing, absences, and contingency use. If discipline work was sound but integration was weak, revise the connection instruction or task. If one objective produced no distinct evidence, revise or remove it. A memorable theme or attractive final product does not answer these questions.
Sources
- National Research Council, Education for Life and Work: evidence and limits concerning deeper learning and transfer.
- National Research Council, A Framework for K-12 Science Education: disciplinary practices, crosscutting concepts, and coherent learning progressions.
- CAST, Universal Design for Learning Guidelines: planning access, representation, action, and expression.
What changed: This revision distinguishes four common unit structures and adds complete blank and worked maps with ownership, sequence, evidence, access, contingency, checkpoints, and final criteria.