Browse 210 SMART-formatted IEP goals across 11 domains. Filter by age band and functional level to find a starting point, click Customize in Builder to tailor the goal to your student, or download the whole bank as a free PDF with the goal-quality rubric. Teaching to a goal this week? The Lesson Plan Maker turns any goal from this bank into a full differentiated lesson plan with its own data sheet, and the sample lesson plans show what a finished one looks like.
Every goal is written with a [student] placeholder and tagged to a standard IEP domain, so the bank works for any disability category. Parents of autistic children are who Spectrum Unlocked builds for first, and the communication, social, and regulation domains reflect that, though nothing here is autism-only.
All 210 goals, organized by domain and tagged with age band and functional level, plus the Goal-Quality Rubric for checking a goal before the meeting. Print it, mark it up, and bring it with you. No email, no sign-up.
Download the IEP Goal Bank PDFFree PDF, US Letter, ready to print.
Teachers building a full caseload of goals can find these as a print-ready pack, part of the IEP Systems Bundle for teachers.
210 of 210 goals
Given a structured conversational exchange, [student] will initiate a topic-relevant comment using a complete sentence (3+ words) in 4 out of 5 opportunities across 4 consecutive sessions, as measured by classroom observation data.
Given access to AAC (augmentative and alternative communication), [student] will request preferred items, activities, or breaks using 2+ symbol combinations in 80% of opportunities across 4 consecutive weeks, as measured by AAC use logs.
Given a 2-step verbal direction, [student] will follow both steps independently in 4 out of 5 opportunities across 4 consecutive weeks, as measured by classroom observation.
Given a peer's question, [student] will respond with a topic-relevant answer (verbal or AAC) within 5 seconds in 4 out of 5 opportunities across 4 consecutive sessions, as measured by classroom observation.
Given a structured small-group activity, [student] will take a conversational turn (initiate or respond) at least 3 times in a 10-minute session across 4 consecutive weeks, as measured by tally of turns.
Given a peer's name and a greeting prompt, [student] will use a verbal or AAC greeting (e.g., "hi [name]") in 4 out of 5 opportunities across 4 consecutive sessions.
Given a wh-question (who, what, where, when, why) about a familiar topic, [student] will respond with a relevant 2+ word answer in 80% of opportunities across 4 consecutive weeks.
Given access to a core-vocabulary AAC board, [student] will activate a new core word (e.g., "more," "stop," "go," "help") in functional context in 4 out of 5 opportunities across 4 consecutive weeks, as measured by AAC use logs.
Given a familiar object or activity, [student] will produce a 2-word phrase (action + object, agent + action) to comment or request in 80% of opportunities across 4 consecutive sessions, as measured by classroom observation.
Given a moment when [student] is not understood by a communication partner, [student] will use a learned repair strategy (repeat, rephrase, gesture, or AAC) in 4 out of 5 opportunities across 4 consecutive sessions, as measured by classroom observation.
Given a conversational topic introduced by a peer, [student] will maintain the topic across 3 or more conversational turns in 80% of opportunities across 4 consecutive weeks, as measured by classroom observation.
Given an inferential question about a familiar story or scenario ("why do you think," "how did the character feel"), [student] will respond with a relevant inference and 1 supporting detail in 4 out of 5 opportunities across 9 weeks, as measured by curriculum-based reading assessment.
Given a classroom discussion prompt, [student] will state an opinion and support it with at least 2 reasons in 4 out of 5 opportunities across 4 consecutive weeks, as measured by writing rubric.
Given a need for an accommodation or break in the classroom, [student] will self-advocate using a learned phrase (e.g., "I need a break," "can you repeat that") in 4 out of 5 opportunities across 4 consecutive weeks, as measured by classroom observation.
Given a mock job-interview question, [student] will respond with a relevant 2-3 sentence answer that includes a personal example in 80% of opportunities across 9 weeks, as measured by transition-services rubric.
Given different communication settings (library, hallway, recess), [student] will adjust voice volume to match the setting in 4 out of 5 opportunities across 4 consecutive weeks, as measured by classroom observation.
Given a question during a daily home activity, [student] will answer in a sentence of 3 or more words in 4 out of 5 opportunities across 4 consecutive weeks, as measured by a caregiver tally taken three days per week.
Given a difficult task during home learning, [student] will request help using words, a sign, or an AAC button instead of abandoning the task in 4 out of 5 opportunities across 4 consecutive weeks, as measured by a caregiver tally.
Given a preferred item out of reach, [student] will request it using words, a sign, or an AAC button in 4 out of 5 opportunities across 4 consecutive weeks, as measured by caregiver frequency data.
Given a family meal, [student] will take 2 on-topic conversational turns in 4 out of 5 meals across 3 consecutive weeks, as measured by a caregiver checklist.
Given a structured free-play setting and one verbal prompt, [student] will initiate interaction with a peer (offering a toy, joining play, or starting a game) in 3 out of 5 opportunities across 4 consecutive weeks, as measured by classroom observation.
Given a peer expressing an emotion (verbally or facially), [student] will identify the emotion correctly using a verbal label or visual aid in 4 out of 5 opportunities across 4 consecutive sessions.
Given a turn-taking activity (board game, conversation, shared materials), [student] will wait for their turn without interrupting in 80% of opportunities across 4 consecutive weeks.
Given a peer conflict scenario, [student] will use a learned conflict-resolution script (e.g., "I feel ___ when ___") in 3 out of 5 opportunities across 4 consecutive sessions.
Given an unstructured social setting (recess, lunch), [student] will engage in cooperative play with at least one peer for 5+ minutes in 4 out of 5 opportunities across 4 consecutive weeks.
Given a peer-initiated social cue (offered toy, smile, greeting), [student] will respond with a matching cue (accept, return smile, return greeting) in 4 out of 5 opportunities across 4 consecutive sessions.
Given a small-group instructional setting, [student] will demonstrate active listening (orienting body toward speaker, maintaining attention for 3+ minutes) in 80% of opportunities across 4 consecutive weeks.
Given a shared toy or activity, [student] will respond to a peer's bid for joint attention (looking, pointing, showing) in 4 out of 5 opportunities across 4 consecutive weeks, as measured by classroom observation.
Given a small-group lunch or snack setting, [student] will ask a peer a personal question ("what did you do this weekend," "what is your favorite color") in 3 out of 5 opportunities across 4 consecutive weeks, as measured by classroom observation.
Given a peer who appears upset (crying, sighing, withdrawn), [student] will offer a supportive response (verbal check-in, AAC message, or gesture) in 4 out of 5 opportunities across 9 weeks, as measured by classroom observation.
Given a structured group project, [student] will negotiate a shared role and follow through on the assigned task in 4 out of 5 opportunities across 4 consecutive weeks, as measured by project rubric.
Given an idiom or sarcastic statement in a peer conversation, [student] will identify whether the meaning is literal or figurative in 80% of opportunities across 9 weeks, as measured by classroom observation.
Given a social setting that requires reading group dynamics (cafeteria table, hallway cluster), [student] will identify whether a group is open to a new member before joining in 4 out of 5 opportunities across 9 weeks, as measured by classroom observation.
Given a workplace or community social interaction, [student] will use a setting-appropriate greeting and small-talk script (weather, schedule, recent event) in 4 out of 5 opportunities across 9 weeks, as measured by transition-services rubric.
Given a social misunderstanding (peer felt hurt, plans changed, expectation not met), [student] will offer a verbal or written repair (apology, clarification, plan revision) in 4 out of 5 opportunities across 9 weeks, as measured by classroom observation.
Given arrival at a familiar group setting (classroom, therapy room, family gathering), [student] will greet a familiar adult or peer with a word, sign, or AAC message within 30 seconds of entering in 4 out of 5 opportunities across 4 consecutive weeks, as measured by an arrival-routine data sheet.
Given a play activity or conversation [student] wants to leave, [student] will use a closing phrase ("I am done," "see you later") before walking away in 4 out of 5 opportunities across 4 consecutive weeks, as measured by classroom observation.
Given a line, a shared table, or a circle-time seat, [student] will keep about an arm's length of space from the nearest peer without physical contact in 80% of opportunities across 4 consecutive weeks, as measured by classroom observation.
Given a frustration trigger (denied request, transition, sensory overload), [student] will use a learned coping strategy (deep breath, fidget, request a break) before escalating in 4 out of 5 opportunities across 4 consecutive weeks, as measured by behavior tracking data.
Given a 5-minute warning before a transition, [student] will move to the next activity within 60 seconds without protest behaviors in 4 out of 5 transitions across 4 consecutive weeks.
Given a 1-to-5 emotion scale or visual aid, [student] will identify their current emotional state in 80% of opportunities across 4 consecutive sessions.
Given a stressful situation, [student] will request a sensory break or use a learned self-regulation tool independently in 4 out of 5 opportunities across 4 consecutive weeks.
Given a non-preferred task (academic or daily living), [student] will begin the task within 2 minutes of being prompted in 80% of opportunities across 4 consecutive weeks.
Given an environment with sensory triggers (noise, lights, crowds), [student] will use a self-advocacy phrase (e.g., "I need a break," "this is too loud") in 4 out of 5 opportunities across 4 consecutive weeks.
Given a meltdown event, [student] will recover (return to baseline, resume task) within 15 minutes in 80% of episodes across 4 consecutive weeks, as measured by behavior tracking data.
Given a body-scan check-in twice per day, [student] will identify one physical signal of dysregulation (tight shoulders, fast breathing, clenched hands) in 80% of opportunities across 4 consecutive weeks, as measured by self-check log.
Given an unexpected sensory trigger (fire drill, loud assembly), [student] will use a pre-taught calming sequence (move to a quiet spot, use noise-reducing headphones, count to 10) in 4 out of 5 opportunities across 4 consecutive weeks, as measured by behavior tracking data.
Given a 3-minute visual timer for a preferred activity ending, [student] will end the activity without protest in 4 out of 5 opportunities across 4 consecutive weeks, as measured by behavior tracking data.
Given a self-monitoring chart, [student] will rate their regulation level 3 times during the school day and choose a matching strategy in 80% of opportunities across 9 weeks, as measured by self-monitoring log.
Given a frustration trigger in an academic setting, [student] will pause, name the trigger, and select a coping strategy independently in 4 out of 5 opportunities across 9 weeks, as measured by behavior tracking data.
Given a peer or staff interaction that feels unsafe or unfair, [student] will use a calm verbal or written script to report the concern to a trusted adult in 4 out of 5 opportunities across 9 weeks, as measured by counselor log.
Given a workplace or community setting, [student] will recognize a rising stress signal and use an independently chosen regulation tool (walk, water, music) in 4 out of 5 opportunities across 9 weeks, as measured by transition-services log.
Given a setback or disappointment (lost item, plan change, low grade), [student] will recover and resume the next planned activity within 10 minutes in 80% of opportunities across 9 weeks, as measured by behavior tracking data.
Given a wearable or app-based regulation tracker, [student] will log 3 daily check-ins and review the trend with a staff member weekly in 80% of opportunities across 9 weeks, as measured by tracker log.
Given table work at home and access to a break card, [student] will use the card to request a break instead of leaving the table in 4 out of 5 observed instances across 2 consecutive weeks, as measured by caregiver frequency data.
Given a 5-minute warning before a transition, [student] will move to the next activity without escalation in 4 out of 5 transitions across 4 consecutive weeks, as measured by a daily caregiver tally.
Given a frustrating task and a taught calming strategy, [student] will use the strategy before escalating in 3 out of 4 observed opportunities across 4 consecutive weeks, as measured by caregiver ABC notes.
Given the end of a preferred screen activity and a visual timer, [student] will hand over the device within 2 minutes without escalation in 4 out of 5 opportunities across 3 consecutive weeks, as measured by a caregiver checklist.
Given a grade-level reading passage, [student] will read with fluency at 80 words per minute (or grade-appropriate target) with 95% accuracy across 3 consecutive sessions, as measured by curriculum-based reading assessment.
Given a list of grade-level sight words, [student] will read 90% accurately in 3 consecutive sessions, as measured by sight-word fluency probes.
Given a set of 10 alphabet letters in random order, [student] will name each letter and produce its primary sound in 8 out of 10 trials across 3 consecutive sessions, as measured by letter-sound probe.
Given a familiar word at grade-appropriate level, [student] will decode the word using consonant-vowel-consonant blending in 8 out of 10 trials across 3 consecutive sessions, as measured by decoding probe.
Presented with 20 spoken words, [student] will segment each into its individual phonemes in 16 out of 20 trials across 3 consecutive sessions, as measured by phonological awareness probe.
Shown a printed word containing a consonant blend or digraph, [student] will read it aloud correctly in 8 out of 10 trials across 3 consecutive sessions, as measured by decoding probe.
Working from a list of 25 words with silent-e and vowel-team patterns, [student] will read 20 correctly across 3 consecutive sessions, as measured by a scored word-reading inventory.
After hearing a passage modeled once, [student] will reread it aloud raising accuracy to 95% or better in 4 out of 5 opportunities across 4 consecutive weeks, as measured by repeated-reading fluency charts.
During oral reading of connected text, [student] will self-correct meaning-changing errors within 2 words in 7 out of 10 instances across 4 consecutive weeks, as measured by running record.
Reading a passage marked with punctuation, [student] will pause at periods and commas and apply end-punctuation intonation in 4 out of 5 readings across 4 consecutive weeks, as measured by a prosody rubric.
Faced with an unfamiliar multisyllabic word, [student] will divide it into syllables and read it aloud in 8 out of 10 trials across 3 consecutive sessions, as measured by syllable-division probe.
Using a list of 30 high-frequency irregular words, [student] will read 27 within 3 seconds each across 3 consecutive sessions, as measured by timed flashcard probe.
Reading grade-level text aloud, [student] will maintain 100 words per minute at 97% accuracy across 3 consecutive sessions, as measured by curriculum-based measurement probes.
Encountering a word with a common prefix or suffix, [student] will identify the affix and read the whole word in 8 out of 10 trials across 3 consecutive sessions, as measured by morphology probe.
Provided a decodable text at instructional level, [student] will read 3 pages with 4 or fewer uncorrected errors in 4 out of 5 sessions across 4 consecutive weeks, as measured by running record.
Asked to read a short passage in a content-area textbook, [student] will decode subject vocabulary with 90% accuracy across 3 consecutive sessions, as measured by content-vocabulary reading probe.
With access to a text-to-speech tool and a printed passage, [student] will use the tool independently to access assigned text in 4 out of 5 opportunities across 4 consecutive weeks, as measured by a technology-use log.
Reading aloud to an adult for 5 minutes daily, [student] will increase reading rate by 20 words per minute over 9 weeks, as measured by charted weekly fluency probes.
Handed a list of 15 words containing r-controlled vowels, [student] will read 13 correctly across 3 consecutive sessions, as measured by a scored word-pattern probe.
Given a list of 20 new sight words practiced at home, [student] will read 15 independently in 4 out of 5 weekly checks across 4 consecutive weeks, as measured by a caregiver-kept word list.
Given a comprehension question after a read-aloud, [student] will answer correctly using "wh-" question vocabulary in 80% of opportunities across 4 consecutive weeks.
Given a story or text, [student] will identify the main idea and 2 supporting details in 4 out of 5 opportunities across 9 weeks.
Given a non-fiction passage at grade level, [student] will identify the author's main argument and 2 pieces of supporting evidence in 4 out of 5 opportunities across 9 weeks, as measured by reading rubric.
After listening to a short story, [student] will retell the events in correct sequence naming characters and setting in 4 out of 5 opportunities across 4 consecutive weeks, as measured by a retell rubric.
Partway through an unfamiliar story, [student] will predict what happens next and cite the detail behind the prediction in 4 out of 5 opportunities across 9 weeks, as measured by a comprehension log.
Presented with an unknown word in context, [student] will infer its meaning from surrounding sentences in 7 out of 10 trials across 4 consecutive weeks, as measured by context-clue probe.
Following a narrative passage, [student] will describe a character's feelings and name the text evidence for it in 4 out of 5 opportunities across 9 weeks, as measured by a scored response sheet.
Comparing two texts on one topic, [student] will state 2 similarities and 2 differences in 4 out of 5 opportunities across 9 weeks, as measured by a comparison organizer scored with a rubric.
Reading a passage containing a stated problem, [student] will identify the problem and how it was resolved in 4 out of 5 opportunities across 9 weeks, as measured by a story-structure organizer.
Working with an informational text, [student] will use headings, captions, and diagrams to answer 4 of 5 questions across 4 consecutive weeks, as measured by a text-feature worksheet.
Asked about a passage with no directly stated answer, [student] will make an inference and justify it with one quotation in 4 out of 5 opportunities across 9 weeks, as measured by a scored short-answer response.
Reading a persuasive article, [student] will distinguish statements of fact from statements of opinion in 8 out of 10 items across 4 consecutive weeks, as measured by an annotated text task.
Following a chapter of a novel, [student] will summarize it in 5 sentences or fewer without including minor details in 4 out of 5 opportunities across 9 weeks, as measured by a summarization rubric.
Presented with a set of written multi-step directions, [student] will carry out all steps in order in 4 out of 5 opportunities across 4 consecutive weeks, as measured by task-completion checklist.
Studying a text with an implied central theme, [student] will state the theme and support it with 2 events in 4 out of 5 opportunities across 9 weeks, as measured by a theme-analysis rubric.
Given a functional text such as a schedule, menu, or job application, [student] will locate 4 of 5 requested pieces of information across 4 consecutive weeks, as measured by a functional-reading checklist.
Monitoring their own understanding while reading, [student] will flag a confusing sentence and apply a fix-up strategy in 4 out of 5 opportunities across 9 weeks, as measured by an annotated reading log.
Reading a passage containing cause and effect, [student] will identify 3 cause-and-effect pairs in 4 out of 5 opportunities across 9 weeks, as measured by a cause-and-effect organizer.
Offered a choice of 3 texts at instructional level, [student] will select one, read it, and answer 4 of 5 comprehension questions across 4 consecutive weeks, as measured by an independent-reading record.
Given a passage at instructional level read aloud together, [student] will answer 3 of 4 who, what, or where questions across 4 consecutive sessions, as measured by a caregiver tally.
Given a 4-sentence prompt, [student] will write a paragraph with a topic sentence, two supporting details, and a conclusion sentence in 4 out of 5 writing samples across 9 weeks, as measured by writing rubric.
Given a grade-level chapter book, [student] will summarize the chapter using a 3-sentence beginning, middle, end structure in 4 out of 5 opportunities across 9 weeks, as measured by writing rubric.
Given a 5-paragraph essay prompt, [student] will produce a draft with introduction, 3 body paragraphs, and conclusion in 4 out of 5 writing samples across 9 weeks, as measured by writing rubric.
Given a research task, [student] will locate 3 credible sources, take notes, and produce a cited summary paragraph in 4 out of 5 opportunities across 9 weeks, as measured by writing rubric.
Shown a picture prompt, [student] will write a complete sentence containing a subject and a verb in 4 out of 5 opportunities across 4 consecutive weeks, as measured by dated work samples.
Composing a sentence about a familiar topic, [student] will begin with a capital letter and close with correct end punctuation in 9 out of 10 sentences across 4 consecutive weeks, as measured by scored writing samples.
Expanding a simple 4-word sentence, [student] will add a describing word and a where-or-when phrase in 4 out of 5 opportunities across 4 consecutive weeks, as measured by a sentence-expansion rubric.
Planning before drafting, [student] will complete a graphic organizer with a topic and 3 supporting ideas in 4 out of 5 writing tasks across 9 weeks, as measured by collected planning sheets.
Writing a personal narrative, [student] will sequence at least 4 events using transition words in 4 out of 5 samples across 9 weeks, as measured by a narrative-writing rubric.
Asked to state and defend a position, [student] will write an opinion paragraph giving 2 reasons and one example in 4 out of 5 samples across 9 weeks, as measured by an opinion-writing rubric.
Editing a draft against a posted checklist, [student] will find and correct 4 of 5 capitalization and punctuation errors across 4 consecutive weeks, as measured by marked-up drafts.
Revising after teacher or peer feedback, [student] will make 3 substantive changes beyond spelling in 4 out of 5 drafts across 9 weeks, as measured by comparison of draft versions.
Writing to explain a process, [student] will produce an informational paragraph with 4 sequenced steps and topic vocabulary in 4 out of 5 samples across 9 weeks, as measured by an expository rubric.
Using a word bank and spell-check, [student] will spell 90% of grade-level words correctly in final drafts across 3 consecutive writing tasks, as measured by scored final copies.
Producing a written response to a text, [student] will include one direct quotation with correct punctuation in 4 out of 5 responses across 9 weeks, as measured by a text-evidence rubric.
Drafting on a device with word prediction or speech-to-text, [student] will compose a paragraph of 6 or more sentences in 4 out of 5 sessions across 9 weeks, as measured by saved digital drafts.
Completing a functional writing task such as an email, form, or cover letter, [student] will supply all required fields with appropriate tone in 4 out of 5 tasks across 9 weeks, as measured by a functional-writing checklist.
Taking notes during a lesson, [student] will record at least 5 key points in an organized format in 4 out of 5 lessons across 9 weeks, as measured by collected notebooks.
Writing under a time limit, [student] will plan, draft, and close a response within 30 minutes in 4 out of 5 opportunities across 9 weeks, as measured by timed writing samples.
Given a daily 10-minute writing block, [student] will write 2 complete sentences on a familiar topic with no more than one prompt in 4 out of 5 sessions across 3 consecutive weeks, as measured by dated work samples the caregiver keeps.
Given a multi-step math word problem, [student] will identify the operation needed and solve correctly in 4 out of 5 problems across 4 consecutive sessions, as measured by scored problem sets.
Given a math computation problem at grade level, [student] will solve correctly in 9 out of 10 problems across 4 consecutive sessions, as measured by curriculum-based math assessment.
Given a set of 10 objects, [student] will count using one-to-one correspondence and state the total in 4 out of 5 trials across 4 consecutive weeks, as measured by curriculum-based math assessment.
Given a 2-digit by 2-digit multiplication problem, [student] will solve using the standard algorithm in 9 out of 10 trials across 4 consecutive sessions, as measured by curriculum-based math assessment.
Given a multi-step algebraic equation, [student] will isolate the variable and solve correctly in 8 out of 10 problems across 4 consecutive sessions, as measured by curriculum-based math assessment.
Shown numerals 1 through 20 in random order, [student] will name each correctly in 18 out of 20 trials across 3 consecutive sessions, as measured by a numeral-identification probe.
Presented with two sets of objects, [student] will identify which set has more, fewer, or the same in 8 out of 10 trials across 3 consecutive sessions, as measured by a number-comparison probe.
Solving single-digit addition and subtraction facts, [student] will answer 18 of 20 correctly within 3 minutes across 3 consecutive sessions, as measured by a timed math-fact probe.
Working with place-value blocks, [student] will represent 3-digit numbers in hundreds, tens, and ones in 8 out of 10 trials across 3 consecutive sessions, as measured by a place-value task.
Regrouping across 2-digit and 3-digit problems, [student] will add and subtract correctly in 8 out of 10 problems across 4 consecutive sessions, as measured by scored computation sheets.
Reading an analog clock, [student] will state the time to the nearest 5 minutes in 8 out of 10 trials across 3 consecutive sessions, as measured by a time-telling probe.
Handling coins and bills up to 20 dollars, [student] will count out a requested amount in 4 out of 5 trials across 4 consecutive weeks, as measured by a money-skills checklist.
Comparing fractions with unlike denominators, [student] will order 4 fractions from least to greatest in 8 out of 10 trials across 3 consecutive sessions, as measured by a fractions probe.
Converting between fractions, decimals, and percents, [student] will complete 8 of 10 conversions correctly across 3 consecutive sessions, as measured by a scored conversion worksheet.
Measuring length, weight, or volume with the appropriate tool, [student] will record the measurement to the correct unit in 8 out of 10 trials across 4 consecutive weeks, as measured by a measurement task sheet.
Interpreting a bar graph or table, [student] will answer 4 of 5 questions about the data across 4 consecutive weeks, as measured by a data-interpretation worksheet.
Using a calculator for multi-step computation, [student] will enter the operations in correct order and record the result in 8 out of 10 problems across 3 consecutive sessions, as measured by a calculator-skills probe.
Planning a purchase within a set budget, [student] will total the items, apply tax, and confirm affordability in 4 out of 5 trials across 9 weeks, as measured by a consumer-math task.
Calculating area and perimeter of rectangles, [student] will solve 8 of 10 problems correctly across 3 consecutive sessions, as measured by a geometry probe.
Given ten single-digit addition problems, [student] will solve 8 correctly across 3 consecutive weekly checks, as measured by caregiver-scored worksheets.
Given a sequenced visual schedule for the morning routine (wake, dress, eat, brush teeth), [student] will complete all steps independently in 4 out of 5 mornings across 4 consecutive weeks, as measured by parent log.
Given a personal hygiene task (handwashing, tooth brushing), [student] will complete all steps in correct order in 4 out of 5 opportunities across 4 consecutive weeks.
Given mealtime utensils and food, [student] will use age-appropriate utensils to feed themselves with minimal spills in 80% of meals across 4 consecutive weeks.
Given a self-dressing task (top, pants, shoes), [student] will complete dressing independently in 4 out of 5 opportunities across 4 consecutive weeks.
Given a clear instruction to clean up materials, [student] will return all items to designated locations in 4 out of 5 opportunities across 4 consecutive weeks.
Given a community access task (entering a store, purchasing an item, ordering food), [student] will complete the steps with minimal prompting in 80% of opportunities across 9 weeks.
Given a bathroom routine, [student] will recognize the urge to use the toilet and complete the routine independently in 4 out of 5 opportunities across 4 consecutive weeks.
Given a snack and a sealed container (juice box, applesauce pouch), [student] will open the container independently in 4 out of 5 opportunities across 4 consecutive weeks, as measured by parent log.
Given a daily medication or vitamin routine with parent support, [student] will swallow the medication or place it in a designated spot in 4 out of 5 days across 4 consecutive weeks, as measured by parent log.
Given a list of 4 chores (make bed, put dishes away, feed pet, take out trash), [student] will complete each step with a single picture prompt in 4 out of 5 opportunities across 9 weeks, as measured by parent log.
Given a written grocery list of 5 items in a familiar store, [student] will locate and gather all 5 items independently in 4 out of 5 opportunities across 9 weeks, as measured by parent log.
Given a clean kitchen setup and a 3-step recipe (sandwich, salad, microwave meal), [student] will prepare the meal independently in 4 out of 5 opportunities across 9 weeks, as measured by parent log.
Given a public transit task (read schedule, board the correct bus, exit at correct stop), [student] will complete the route independently in 4 out of 5 opportunities across 9 weeks, as measured by transition-services log.
Given a personal banking task (deposit check, use ATM, check balance via app), [student] will complete the task with minimal prompting in 4 out of 5 opportunities across 9 weeks, as measured by transition-services log.
Given a weekly chore and household-budget routine (laundry, meal planning, paying a small recurring bill), [student] will complete each step on schedule in 4 out of 5 weeks across 9 weeks, as measured by parent log.
Given a personal hygiene routine at the start and end of the day (shower, deodorant, dental care), [student] will complete the routine independently in 4 out of 5 days across 9 weeks, as measured by parent log.
Given a 6-step visual schedule for the morning routine, [student] will complete all steps with no more than one prompt in 4 out of 5 days across 4 consecutive weeks, as measured by a daily caregiver checklist.
Given a visual recipe, [student] will prepare a simple snack with supervision but no physical help in 4 out of 5 tries across 3 consecutive weeks, as measured by caregiver data.
Given a mixed laundry basket and a sorting model, [student] will sort lights and darks independently in 4 out of 5 tries across 3 consecutive weeks, as measured by a caregiver checklist.
Given a two-item picture shopping list, [student] will find both items in the store with supervision in 4 out of 5 community trips across 6 weeks, as measured by caregiver trip notes.
Given a pencil and writing surface, [student] will form age-appropriate letters with correct grip and orientation in 4 out of 5 writing samples across 4 consecutive weeks.
Given a pair of scissors and outlined shapes, [student] will cut along straight, curved, and angled lines within 1/4 inch of the line in 4 out of 5 opportunities across 4 consecutive weeks.
Given a fastening task (buttons, zippers, snaps), [student] will complete the task independently in 4 out of 5 opportunities across 4 consecutive weeks.
Given a ball and a partner, [student] will catch a tossed ball at chest level in 4 out of 5 attempts across 4 consecutive sessions.
Given a balance task (one-foot stand, tightrope walking), [student] will maintain balance for 10+ seconds in 4 out of 5 attempts across 4 consecutive sessions.
Given a typing task at grade level, [student] will type 15+ words per minute with 90% accuracy across 3 consecutive sessions.
Given playground equipment, [student] will use climbing structures, swings, or slides safely and appropriately in 80% of recess periods across 4 consecutive weeks.
Given a tripod-grip pencil and tracing template, [student] will trace vertical, horizontal, and diagonal lines within 1/4 inch of the line in 4 out of 5 attempts across 4 consecutive weeks, as measured by OT data.
Given a set of large beads and a lace, [student] will string 8 beads in sequence using a pincer grip in 4 out of 5 attempts across 4 consecutive sessions, as measured by OT data.
Given a step-up bench, [student] will alternate feet to ascend and descend 4 steps in 4 out of 5 attempts across 4 consecutive sessions, as measured by PT data.
Given a jump rope, [student] will complete 5 consecutive self-turned jumps in 4 out of 5 attempts across 4 consecutive sessions, as measured by PT data.
Given a paragraph dictation task, [student] will produce legible handwriting at 20+ letters per minute with consistent letter sizing in 4 out of 5 samples across 9 weeks, as measured by OT data.
Given a keyboard and a 100-word passage, [student] will type at 25+ words per minute with 95% accuracy across 3 consecutive sessions, as measured by typing-program report.
Given a bicycle and an open paved area, [student] will ride 50 feet with steady balance, starting and stopping safely, in 4 out of 5 attempts across 9 weeks, as measured by PT data.
Given a job-related fine-motor task (sorting, packaging, basic assembly), [student] will complete a 10-item batch with 90% accuracy in 4 out of 5 sessions across 9 weeks, as measured by transition-services rubric.
Given a school transition between classrooms while carrying their own bag and materials, [student] will navigate stairs, doorways, and a crowded corridor without dropping items or needing physical assistance in 4 out of 5 transitions across 9 weeks, as measured by staff observation.
Given a full-page writing task and a 10-minute working period, [student] will sustain legible handwriting from the first line to the last, scoring no more than one legibility band lower at the end than at the start, in 4 out of 5 samples across 9 weeks, as measured by a handwriting legibility rubric.
Given a keyboard or speech-to-text tool and a composing task, [student] will set up their own position and equipment and produce a paragraph without adult adjustment of the device in 4 out of 5 sessions across 9 weeks, as measured by staff observation.
Given a two-handed classroom task (steadying paper while cutting, holding a ruler while drawing a line, stabilizing a container while opening it), [student] will use one hand to stabilize and the other to act, without adult support, in 4 out of 5 opportunities across 4 consecutive weeks, as measured by staff data collection.
Given a loaded lunch tray, [student] will carry it from the serving line to a table and set it down without spilling in 4 out of 5 opportunities across 9 weeks, as measured by staff observation.
Given a multi-step task (homework, project, classroom assignment), [student] will independently break the task into smaller steps and complete each in order in 4 out of 5 opportunities across 4 consecutive weeks, as measured by task completion logs.
Given a daily planner or visual schedule, [student] will review and check off completed tasks at least once per day across 4 consecutive weeks.
Given a workspace, [student] will organize materials (desk, backpack, locker) before transitioning to the next activity in 4 out of 5 opportunities across 4 consecutive weeks.
Given a 30-minute work period with one prompt, [student] will sustain attention to a non-preferred task for 20+ minutes in 4 out of 5 opportunities across 4 consecutive weeks.
Given an assignment deadline, [student] will independently plan and complete the task at least 24 hours before the due date in 80% of opportunities across 9 weeks.
Given a problem-solving scenario (academic or social), [student] will identify the problem, generate 2+ solutions, and select one in 4 out of 5 opportunities across 4 consecutive weeks.
Given an unexpected change to routine, [student] will adapt and continue the next activity within 5 minutes in 80% of opportunities across 4 consecutive weeks.
Given a first-then visual board, [student] will complete the first activity and transition to the second activity in 4 out of 5 opportunities across 4 consecutive weeks, as measured by classroom observation.
Given a 3-step picture sequence for a familiar task, [student] will follow the sequence in correct order in 4 out of 5 opportunities across 4 consecutive weeks, as measured by classroom observation.
Given a visual timer and a 15-minute preferred activity, [student] will end the activity when the timer signals without protest in 4 out of 5 opportunities across 4 consecutive weeks, as measured by classroom observation.
Given a backpack-checkpoint routine at the start and end of the school day, [student] will verify required materials using a written checklist in 4 out of 5 days across 4 consecutive weeks, as measured by classroom observation.
Given a weekly assignment list, [student] will estimate the time needed for each task and create a written schedule in 4 out of 5 weeks across 9 weeks, as measured by planner audit.
Given a long-term project with 3 or more milestones, [student] will produce a written timeline and self-check progress weekly in 4 out of 5 projects across 9 weeks, as measured by project log.
Given a multi-app digital workflow (calendar, email, task list), [student] will keep all 3 surfaces in sync at the end of each school day in 4 out of 5 days across 9 weeks, as measured by digital workflow audit.
Given a workplace task with shifting priorities, [student] will pause, reorder tasks, and confirm the new sequence with a supervisor in 4 out of 5 opportunities across 9 weeks, as measured by transition-services log.
Given a college-style course load with weekly readings and assignments, [student] will use a written or digital syllabus tracker to flag upcoming due dates 3 days in advance in 4 out of 5 weeks across 9 weeks, as measured by tracker audit.
Given a task that is too hard and a modeled help signal, [student] will request help using a word, sign, or AAC symbol before leaving the activity in 4 out of 5 opportunities across 4 consecutive weeks, as measured by classroom observation.
Given a choice of two activities, [student] will indicate a preference by pointing, signing, or selecting an AAC symbol within 10 seconds in 4 out of 5 opportunities across 4 consecutive weeks, as measured by classroom observation.
Given an unwanted item or activity, [student] will refuse using a taught signal such as "no thank you" or an AAC refusal symbol, rather than pushing or leaving, in 4 out of 5 opportunities across 4 consecutive weeks, as measured by classroom observation.
Given a familiar routine and a visual break card, [student] will request a break before escalating in 4 out of 5 observed instances across 4 consecutive weeks, as measured by classroom observation paired with the break log.
Given a worked example and an independent task, [student] will state which part is unclear rather than saying only "I do not get it" in 4 out of 5 opportunities across 4 consecutive weeks, as measured by work samples and observation.
Given a list of their own accommodations in student-friendly wording, [student] will name 3 of them and say what each one is for in 4 out of 5 opportunities across 4 consecutive weeks, as measured by a structured interview.
Given a sensory or regulation need during class, [student] will request the supporting item or space using their communication system in 4 out of 5 opportunities across 4 consecutive weeks, as measured by classroom observation.
Given a peer conflict, [student] will state their own position once using an I-statement before seeking adult help in 4 out of 5 opportunities across 6 consecutive weeks, as measured by observation and the behavior log.
Given a new teacher and a one-page profile they helped write, [student] will introduce 2 accommodations they use and why in 4 out of 5 opportunities across 9 weeks, as measured by a teacher checklist.
Given an assignment they cannot complete as written, [student] will email or ask the teacher for the specific accommodation they need, naming it, in 4 out of 5 opportunities across 9 weeks, as measured by a communication log.
Given a disagreement with an adult decision, [student] will state their objection and one reason in a calm voice, then accept the outcome, in 4 out of 5 opportunities across 9 weeks, as measured by observation.
Given their AAC device and a group discussion, [student] will pre-program or navigate to one prepared comment and contribute it in 4 out of 5 sessions across 9 weeks, as measured by session notes.
Given a rehearsed agenda item, [student] will lead one section of their own IEP meeting, such as strengths or goals, in 1 of 1 annual meetings and 2 of 2 practice runs, as measured by the meeting agenda and observer notes.
Given a written summary of their disability and accommodations, [student] will disclose to an employer or instructor and request one accommodation in 3 out of 4 opportunities across 9 weeks, as measured by a transition-services log.
Given a workplace instruction they did not understand, [student] will ask a clarifying question before starting the task in 4 out of 5 opportunities across 9 weeks, as measured by a supervisor checklist.
Given a postsecondary disability services intake, [student] will describe their own support needs and name the documentation required in 1 of 1 intake meetings and 2 of 2 rehearsals, as measured by transition-services notes.
A goal copied straight out of any bank, this one included, is a draft. What makes it an IEP goal is the student's own baseline, setting, and criterion. These five steps are the order the work actually goes in.
A goal is only measurable if it is measured against something. Under 34 CFR 300.320(a)(1), the IEP opens with present levels of academic achievement and functional performance, and that section is where the number comes from. Baseline means what the student does today, counted: four of ten trials, nine minutes on task, twelve sight words, two independent requests per hour. If nobody has counted it, the honest move is to say so and collect data for two weeks before the goal is written. Goals built on an adjective instead of a number are the ones that get argued about all year, because the team never agreed on the starting line.
Filter this bank to a domain, an age band, and the level that matches what the student does now, then read the goals as starting points rather than a menu to adopt whole. The useful test is whether a stranger could watch for five minutes and agree on whether the skill happened. "Participates in class" fails that test; "raises a hand and waits to be called on" passes it. When a goal has an and in the middle, it is usually two goals wearing one hat, and it will be scored as met when only half of it is true.
The criterion is the accuracy, frequency, or duration that counts as met, plus how many times it has to happen before the team believes it. Two useful anchors: the criterion should be a real step up from the baseline rather than a round number that sounds ambitious, and 100% is almost never right, since it leaves no room for an off day and no way to show progress short of perfection. Consistency belongs in the criterion too. A skill shown once is an event, and a skill shown in four of five sessions across three weeks is a skill.
34 CFR 300.320(a)(3) requires the IEP to describe how progress toward each annual goal will be measured and when periodic reports will go home. Name the method inside the goal so it cannot drift: work samples, frequency count, duration recording, a rubric, curriculum-based measurement, or observation against a checklist. Method decides who can score the goal and when, and a goal measured only by teacher observation is a goal only that teacher can defend. Ask what the progress report will look like in November, because if the answer is unclear at the meeting, it will not be clearer at the report.
Any goal here is a draft until it carries the student's name, their baseline, their setting, and a criterion built from their data. Use Customize in Builder to work through those fields on any card. A goal written this way still belongs to the whole IEP team under 34 CFR 300.320(a)(2)(i), which is a point in the parent's favor rather than a hurdle: bringing a drafted goal to the meeting moves the conversation from whether to write one to whether this one is right.
Domains are how an IEP divides up a student, and the division is administrative rather than natural: a student who bolts from the room during reading may need an academic goal, a regulation goal, or a communication goal, depending on why they leave. Read the domain that matches the reason, not the one that matches the room.
Communication goals cover how a student sends and receives a message, whether that happens through speech, sign, a picture exchange, or a speech-generating device. A goal here should name the function of the communication rather than the words themselves, because requesting a break, protesting, commenting on something interesting, and answering a question are separate skills that develop on separate timelines. A student who can label fifty pictures may still have no reliable way to say no. Start from what the student already does to get needs met, including behavior that works for them, and write the goal toward a form that more listeners will understand.
Where these go wrong: Writing "will communicate appropriately" or "will use words" gives the team nothing to count. Name the function, the form, and the listener: who has to understand it, and in what setting.
Social goals are the easiest place in an IEP to accidentally write compliance as a skill. Eye contact, quiet hands, and staying with the group are measurable, but they measure how much the student looks like everyone else rather than whether the student has a way to join, share, or repair. The stronger targets are the ones that give the student access to something they want: getting a peer's attention, taking a turn in a game they care about, or asking to join play already underway. Peers are part of the setup here in a way they are not in other domains, so a social goal that depends on a specific lunch group or class period should say so.
Where these go wrong: Goals that pay off in adult attention rather than peer connection tend to stall. If the only person who notices the skill is the aide, the goal is measuring supervision.
Behavior and emotional regulation goals work best when they are written as skills to build rather than behavior to suppress. A goal to reduce an outburst by eighty percent tells the team nothing about what the student should do instead, and it invites data collection focused on the worst moments of a student's day. Replacement behavior is the useful frame: if leaving the room is how a student escapes a demand that is too big, the goal targets asking for a break or a smaller first step. Pair the goal with what the team already knows about triggers, since a regulation goal written without that context is a guess about a student who is usually communicating something specific.
Where these go wrong: A percent-reduction target with no replacement skill attached measures whether staff prevented the behavior, not whether the student learned anything.
Fluency and decoding goals target the layer underneath comprehension: turning print into words accurately enough, and fast enough, that meaning survives the trip. This is where a reading IEP most often goes wrong in a quiet way, because a student who decodes slowly can still answer questions about a passage read aloud to them, and the file then records a comprehension strength over a decoding gap nobody named. Separate the two before writing. If the student understands a text when someone else reads it and not when they read it themselves, the annual goal belongs here rather than in comprehension. Rate targets should come from a curriculum-based measurement rather than a grade-level table, since the useful number is the one this student can actually be measured against week to week.
Where these go wrong: A words-per-minute target with no accuracy figure beside it rewards fast guessing. Always pair the rate with an accuracy percentage, or the goal can be met by a student who is reading the wrong words quickly.
Comprehension goals ask what the student does with meaning once the words are available, which makes them the domain most sensitive to how the text arrives. A goal measured on a passage read aloud, a passage the student decodes alone, and a passage delivered by text-to-speech are three different goals wearing the same sentence, so name the delivery in the condition. The strongest targets are the ones that make thinking visible: retelling in sequence, naming the evidence behind an answer, comparing two accounts, or flagging the sentence that stopped making sense. Weaker ones ask the student to understand, which nobody can score. Where a student has a decoding gap, write the comprehension goal against accessible text and keep the decoding work in its own goal rather than letting one goal quietly measure both.
Where these go wrong: Scoring comprehension on text the student cannot yet decode measures decoding and reports it as comprehension, which sends the team looking for the wrong intervention for a year.
Writing goals cover composition rather than handwriting: what the student puts together, in what order, for what purpose. Keep the mechanics of forming letters or using a keyboard in the motor domain, because a goal that mixes the two cannot tell the team whether a weak sample reflects a planning problem or a physical one. Written expression is also the domain where accommodations change the measurement most: speech-to-text, word prediction and a scribe each remove a different barrier, and a goal that does not say which supports are in play will be scored inconsistently by whoever happens to be marking. Break long targets into the parts a student can be taught one at a time, since a single goal asking for organization, elaboration, mechanics and voice at once produces a rubric score and no instructional direction.
Where these go wrong: Bundling composition and handwriting into one goal makes a failed sample impossible to interpret, because nobody can tell whether the ideas or the hand were the obstacle.
Math goals split into number sense and computation on one side and applied problem solving on the other, and the two fail for different reasons. A student who computes accurately and stalls on word problems usually has a reading or language barrier rather than a math one, so check the reading goals before writing a math goal against word problems. State whether a calculator, manipulatives or a reference chart are available, because the same target measured with and without them is two different skills. Applied goals age well: budgeting, measurement, time and money keep their value long after a specific algorithm has stopped appearing, and for older students an applied target usually buys more independence than another year of procedural practice.
Where these go wrong: A word-problem goal written for a student with an unaddressed decoding gap measures reading and reports it as math, and the extra math instruction that follows will not move it.
Adaptive and self-help goals cover the routines that decide how much of ordinary life a student can run themselves: dressing, eating, hygiene, toileting, moving around a building, and handling money. These are often the goals families care about most and the ones IEPs carry least, partly because the skills show up at home rather than in a classroom where a teacher can score them. That makes the setting part of the goal. A student who washes hands independently at school and not at home has a generalization target, not a mastered skill. Where a routine spans both places, the goal should say who collects the data and how the two settings stay in sync.
Where these go wrong: Prompt levels do the quiet damage here. "With minimal assistance" means different things to different staff, so define the prompt: verbal, gestural, model, partial physical, or full physical.
Motor goals split into fine motor, which covers hands and fingers doing precise work like fastening, cutting, and forming letters, and gross motor, which covers the whole body moving through space with balance and coordination. Occupational and physical therapists usually drive these, so the goal should match the service minutes actually written into the IEP rather than assume a therapist is available daily. Motor goals also age out of usefulness faster than most: handwriting matters less each year that typing and speech-to-text carry more of the workload, and a teen's motor goal is often better aimed at an adaptive outcome, such as managing a fastener on their own clothing, than at the underlying movement in isolation.
Where these go wrong: A goal written for a skill the student will never need to do by hand again spends a year of therapy on the wrong target. Ask what the skill unlocks.
Self advocacy covers a student speaking for themselves: asking for help, indicating a preference, refusing safely, naming their own accommodations, and eventually explaining what they need to an adult who does not already know them. It is usually filed as a transition skill that appears at fourteen, which is about ten years late. The behaviors underneath it are ordinary early childhood targets nobody labels this way, and a student who reaches high school having never been taught to ask for help does not suddenly acquire the confidence to disclose a disability to an employer. The other thing a goal here has to get right is modality: writing "will verbally request" excludes the students who most need a way to be heard, so name the communication system rather than assuming speech.
Where these go wrong: Two mistakes. "Will advocate for self as needed" cannot be scored by anyone, so name the situation and what the student does in it. And treating refusal as a behavior problem rather than a self advocacy skill teaches the student that saying no does not work, which is how a taught signal gets abandoned for one nobody wanted.
Executive function covers the machinery underneath the work rather than the work itself: starting a task, planning the order of steps, keeping track of time, holding a plan in mind while doing it, and adjusting when something changes. These goals matter most as demands scale up and the adult scaffolding falls away, which is why they surface in middle and high school IEPs and are so often missing from the early ones that could have built them. The measurable version is almost always about an external system the student runs on their own, such as a checklist, a timer, or a planner, rather than about the internal skill, which nobody can observe directly.
Where these go wrong: "Will improve organization" cannot be scored. Anchor it to an artifact a person can look at: the planner has the assignment written in it, or the checklist is finished.
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