
by TeachThought Workers
You need to educate with what’s been confirmed to work.
That is sensible. Within the ‘knowledge period’ of schooling that’s imply research-based educational methods to drive data-based educating, and whereas there’s so much to contemplate right here we’d like to discover extra deeply, for now we’re simply going to check out the educational methods themselves.
See additionally Hattie’s Index Of Impact Sizes.
However upside to sharing this data as a publish is that it could possibly act a place to begin to analysis the above, which is why we’ve tried to incorporate hyperlinks, associated content material, and steered studying for most of the methods, and try so as to add citations for all of them that reference the unique research that demonstrated that technique’s effectiveness. (That is an ongoing course of.)
How do you have to use a listing like this? In 6 Questions Hattie Didn’t Ask, Terry Heick questioned the identical.
“In lieu of any issues, this a lot knowledge must be helpful. Proper? Perhaps. Nevertheless it could be that a lot effort is required to localize and recalibrate it a particular context, that’s it’s simply not–particularly when it retains faculties and districts from changing into ‘researchers’ on their very own phrases, leaning as a substitute on Hattie’s listing. Think about ‘PDs’ the place this e-book has been tossed down in the course of each desk within the library and lecturers are instructed to ‘give you classes’ that use these methods that seem within the ‘high 10.’ Then, on walk-throughs for the following month, lecturers are continually requested about ‘reciprocal educating’ (.74 ES in any case). If you happen to think about the analogy of a restaurant, Hattie’s e-book is sort of a massive e-book of cooking practices which have been proven to be efficient inside sure contexts: Use of Microwave (.11 ES) Cooks Educational Coaching (.23 ES), Use of Contemporary Components (.98). The issue is, with out the macro-picture of educational design, they’re merely contextual-less, singular objects.”
In brief, these educational methods have been demonstrated to, in not less than one research, be ‘efficient.’ As implied above, it’s not that easy–and it doesn’t imply it should work properly in your subsequent lesson. However as a kick off point taking a better take a look at what appears to work–and extra importantly how and why it really works–be happy to start your exploring with the listing under.
These methods are research-based and tuned for Eighth-grade lecture rooms. Every card features a brief description, citations, and two “Strive it” strikes you should use tomorrow.
Planning & Readability
Setting Objectives & Success Standards
Make studying targets seen and pair them with concrete success standards college students can self-check.
Proof:
Locke & Latham (2002) ·
REL Midwest (ERIC open-access, 2018)
- Co-write 2–4 “I can…” standards; reference them at launch, mid-lesson, and exit.
- Run a 1-minute “standards test” the place college students spotlight the place their work meets/doesn’t.
Instructor Readability
Set up explanations, examples, and lesson movement so college students can comply with and act on them.
Proof:
Fendick (1990) ·
Titsworth et al. (ERIC, 2015)
- Open with a 30-second “map” (Aim → Steps → Proof of studying).
- Mannequin one labored instance + one non-example earlier than guided follow.
Associated: TeachThought: Evaluation
Cues, Questions & Advance Organizers
Activate prior information and preview the construction so new content material has hooks.
Proof:
Mayer (1979) ·
ERIC (1979)
- Begin with a 90-second idea map (massive nodes solely) earlier than instruction.
- Pose 2 important questions; revisit mid-lesson and at exit.
Scaffolding Instruction
Present short-term helps (prompts, hints, partial options) and fade them as competence grows.
Proof:
Wooden, Bruner & Ross (1976) ·
ERIC (2002 overview)
- Give a 4-step guidelines; take away one step every subsequent try.
- Sentence starters for draft 1 solely; unique phrasing required on draft 2.
Excessive Expectations (Heat Demanding)
Talk perception in each pupil’s potential and supply credible pathways to satisfy the bar.
Proof:
Rosenthal & Jacobson (1968) ·
ERIC (1968)
- Set a visual high quality bar (exemplar + single rubric row) and require one revision for all.
- Use growth-focused suggestions scripts (“Subsequent step: add a counterexample in ¶2”).
Plan With the 9 Analysis-Based mostly Classes
Use Marzano’s 9 classes to stability readability, processing, follow, suggestions, and switch throughout items.
Proof:
Marzano et al. (2001) ·
McREL (ERIC-indexed report)
- Tag every lesson section to a class; add one lacking class this week.
- Use a PLC template with 9 checkboxes throughout unit planning.
Instruction & Modeling
Direct / Specific Instruction (Rosenshine)
Train in small steps with clear fashions, guided follow, frequent CFUs, and cumulative evaluate earlier than independence.
Proof:
Rosenshine (2012) ·
ERIC (2012)
- Chunk new materials into 5-minute bursts with a fast CFU after every.
- “You perform a little / I peek so much”: flow into and immediate throughout guided follow.
Associated: TeachThought: Undertaking-Based mostly Studying
Modeling with Labored Examples
Present full exemplars (and non-examples), then fade to completion issues and full independence.
Proof:
Sweller et al. (2006) ·
ERIC (2006)
- Mannequin one full drawback; then assign a completion drawback with the final step clean.
- Present a non-example; ask college students to identify and repair the error.
Guided Follow (Alternatives to Follow)
Present structured follow with quick suggestions earlier than asking for unbiased efficiency.
Proof:
Rosenshine (2012) ·
ERIC (2012)
- Run “I do → We do → You do” throughout a single interval; pause for fast corrections.
- Use mini-whiteboards for whole-class guided checks and quick suggestions.
Deliberate Follow & Spacing
Brief, frequent follow with suggestions, distributed over time and interleaved with prior content material.
Proof:
Cepeda et al. (2008) ·
ERIC (2012 overview)
- Flip a 20-minute block into two 8-minute bursts with a 2-minute retrieval test.
- Open with 3 spaced “warm-backs” from final week earlier than new content material.
Nonlinguistic Representations (Twin Coding)
Pair phrases with visuals (diagrams, timelines, gestures) so verbal and picture traces reinforce one another.
Proof:
Clark & Paivio (1991) ·
ERIC (2019)
- Require a 30–60s sketch for every new idea.
- Introduce an icon/gesture for key phrases and cue college students to make use of them.
Processing & That means-Making
Cooperative Studying
Structured peer interplay with shared targets and particular person accountability.
Proof:
Johnson & Johnson (1989) ·
ERIC (1994)
- Assign roles (facilitator, checker, summarizer) + a person exit slip.
- Give a 60-second “quiet suppose” earlier than discuss so each pupil brings an concept.
Idea Mapping
Externalize relationships between concepts by way of labeled connections and hierarchies.
Proof:
Novak & Gowin (1984) ·
ERIC (2018)
- Give 10 phrases + verb listing (causes, results in, contrasts with); require labeled arrows.
- College students write a 2-sentence “pathway” utilizing three nodes.
Reciprocal Instructing
Rotate roles (make clear, query, predict, summarize) to construct comprehension by coached dialogue.
Proof:
Palincsar & Brown (1984) ·
ERIC (1992)
- Run a 10-minute rotation on a brief textual content; swap roles mid-reading.
- Present function playing cards; require a 3-sentence group abstract on the finish.
Associated: TeachThought: Questioning & Inquiry
Figuring out Similarities & Variations
Evaluate, classify, or analogize ideas to show construction and distinctions.
Proof:
Marzano et al. (2001) ·
ERIC (2010)
- Fast 2×2 matrix (characteristic A/B vs current/absent) to categorise examples.
- One metaphor/analogy per pair capturing the important thing distinction.
Associated: TeachThought: Instructing With Analogies
Summarizing & Observe-Taking
Distill important concepts concisely; generative processing helps retention and comprehension.
Proof:
Hidi & Anderson (1986) ·
ERIC (1999)
- Impose a 12-word abstract restrict, then develop to 40 phrases with one citation.
- Use Cornell notes: add one take a look at query per part earlier than leaving.
Producing & Testing Hypotheses
Make predictions, take a look at them, and revise pondering based mostly on proof.
Proof:
Marzano et al. (2001) ·
ERIC (2013)
- College students write a particular prediction and design a 3-step mini-test to test it.
- Require a “declare–proof–revision” sentence after outcomes.
Comparability Matrix (Protocol)
Use a criteria-by-item grid so college students weigh options and justify selections.
Proof:
Marzano et al. (2001) ·
McREL (ERIC-indexed)
- Present a 3×3 matrix with standards in rows; college students charge/justify every merchandise.
- Finish with a pressured selection: which is greatest for X and why (cite two standards)?
Anticipation Guides
Use transient agree/disagree statements to floor preconceptions and set a goal for studying.
Proof:
Buehl (2001) ·
ERIC (2015)
- Create 4 statements tied to misconceptions; college students justify pre/publish.
- After studying, college students flip one stance and cite a particular line or datum.
Suggestions & Evaluation
Low-Risk / Formative Evaluation
Frequent checks for understanding, with out grading strain, floor misconceptions early.
Proof:
Bangert-Drowns, Kulik & Kulik (1991) ·
ERIC (2019)
- Use 2–3 ungraded checks (thumb, mini-whiteboard, 1-question ballot) per lesson.
- Exit ticket: “One factor I’m not sure about is…”—deal with at begin of subsequent class.
Detailed / Activity-Particular Suggestions
Inform college students the place they’re relative to standards and what to do subsequent—not only a rating.
Proof:
Hattie & Timperley (2007) ·
ERIC (2007)
- Remark with one power tied to standards + one exact subsequent step.
- Substitute grades on first drafts with a 2-line “subsequent transfer” be aware; revise in school.
Associated: TeachThought: 13 Concrete Examples of Efficient Studying Suggestions
Metacognitive Reflection
Information college students to observe progress, select methods deliberately, and revise based mostly on proof of studying.
Proof:
Flavell (1979) ·
ERIC (2019)
- College students identify the technique they used and why in a single sentence on the work.
- Three-item self-check: “What labored? What didn’t? What I’ll strive subsequent.”
Associated: TeachThought: 50 Questions That Promote Metacognition
Greater-Degree Questioning
Ask open, cognitively demanding prompts that require college students to justify, join, or remodel concepts.
Proof:
Redfield & Rousseau (1981) ·
ERIC (1989)
- Prep three prompts: clarify, join, remodel (“How would this variation if…?”).
- After a solution, require a follow-up “As a result of…” sentence or a classmate problem.
Associated: TeachThought: Query Stems for Greater-Degree Dialogue
Reinforcing Effort & Recognition
Acknowledge college students for assembly specific efficiency standards and for efficient methods—not for generic “making an attempt.”
Proof:
Deci, Koestner & Ryan (1999) ·
ERIC (2000)
- Tie recognition to a posted criterion (e.g., “Meets: contains counterclaim with proof”).
- Use intermittent shout-outs for efficient methods (“You in contrast sources earlier than deciding”).
Homework With a Clear Goal (Later Grades)
Homework is only when reinforcing taught materials with a transparent studying goal and minimal parental involvement.
Proof:
Cooper (1989) ·
ERIC (2012)
- Label homework with a goal tag (“training X,” “getting ready for Y”).
- Embrace a 60-second self-check key so college students confirm course of, not simply solutions.
Switch & Scholar Independence
Inquiry-Based mostly Studying
College students examine questions or issues by proof gathering and reasoning.
Proof:
Hmelo-Silver et al. (2007) ·
ERIC (2014)
- Begin with a driving query and a brief listing of accepted sources/instruments.
- Checkpoint type: speculation → plan → proof log → subsequent questions.
Associated: TeachThought: 20 Inquiries to Information Inquiry-Based mostly Studying
Unbiased Follow
College students apply newly realized abilities with out scaffolds to construct fluency and generalization.
Proof:
Rosenshine (2012) ·
ERIC (2012)
- Set a fluency objective (appropriate in a row / inside time) and chart progress.
- 3 scaffolded issues → 3 unbiased issues → 1 reflection line.
Directed Studying–Considering Exercise (DR-TA)
Pause periodically to foretell, learn, test, and revise; strengthens inference and monitoring.
Proof:
Stauffer (1969) ·
ERIC (1976)
- Pause each 2–3 paragraphs: predict → learn → test → revise.
- College students annotate predictions with ✓ / ✗ and clarify any change.
Query–Reply Relationship (QAR)
Train query varieties (“Proper There,” “Assume & Search,” “Creator & Me”) so college students select the proper technique.
Proof:
Raphael (1982) ·
ERIC (1987)
- Colour-code questions: Proper There (inexperienced), Assume & Search (blue), Creator & Me (yellow).
- College students should label the QAR sort earlier than answering.
Associated: TeachThought: Crucial Considering
KWL & Previewing Buildings
Activate background information, articulate curiosity, and set a self-guided goal earlier than studying.
Proof:
Ogle (1986) ·
ERIC (1992)
- Spend 2 minutes on Ok/W; revisit L at exit with an evidence-based sentence.
- Construct a category “W wall” and assign every pupil one W to reply by Friday.
Response Notebooks / Journals
Routinely replicate, query, and reorganize concepts in writing to construct switch by way of self-explanation.
Proof:
Readence, Moore & Rickelman (2002) ·
ERIC (2003)
- Standing 3-line immediate: “At the moment I spotted… / I’m caught on… / Subsequent I’ll…”
- Require one quote or determine referenced in every entry (with web page/line).
Individualized Instruction
Differentiate paths, pacing, or helps so college students work on the fringe of their competence towards frequent targets.
Proof:
Bloom (1984) ·
ERIC (1986)
- Supply 2-path selections: Follow A (extra modeling) vs Follow B (extension/switch).
- Create 3 “just-in-time” mini-lessons college students can decide into after a self-check.
Associated: TeachThought: Instructing & Pedagogy
32 Analysis-Based mostly Educational Methods For Lecturers
1. Setting Goals
2. Reinforcing Effort/Offering Recognition
3. Cooperative Studying
4. Cues, Questions & Advance Organizers
5. Nonlinguistic Representations (see Instructing With Analogies)
6. Summarizing & Observe Taking
7. Figuring out Similarities and Variations
8. Producing & Testing Hypotheses
9. Educational Planning Utilizing the 9 Classes of Methods
10. Rewards based mostly on a particular efficiency normal (Wiersma 1992)
11. Homework for later grades (Ross 1998) with minimal parental involvement (Balli 1998) with a transparent goal (Foyle 1985)
12. Direct Instruction
13. Scaffolding Instruction
14. Present alternatives for pupil follow
15. Individualized Instruction
16. Inquiry-Based mostly Instructing (see 20 Questions To Information Inquiry-Based mostly Studying)
See additionally The 40 Greatest Classroom Administration Apps & Instruments
17. Idea Mapping
18. Reciprocal Instructing
19. Selling pupil metacognition (see 5o Questions That Promote Metacognition In College students)
20. Creating excessive expectations for every pupil
21. Offering clear and efficient studying suggestions (see 13 Concrete Examples Of Efficient Studying Suggestions)
22. Instructor readability (studying targets, expectations, content material supply, evaluation outcomes, and so forth.)
23. Setting targets or targets (Lipset & Wilson 1993)
24. Constant, ‘low-threat’ evaluation (Bangert-Drowns, Kulik, & Kulik 1991; Fuchs & Fuchs 1986)
25. Greater-level questioning (Redfield & Rousseau 1981) (see Questions Stems For Greater Degree Dialogue)
26. Studying suggestions that’s detailed and particular (Hattie & Temperly 2007)
27. The Directed Studying-Considering Exercise (Stauffer 1969)
28. Query-Reply Relationship (QAR) (Raphael 1982)
29. KWL Chart (Ogle 1986)
30. Comparability Matrix (Marzano 2001)
31. Anticipation Guides (Buehl 2001)
32. Response Notebooks (Readence, Moore, Rickelman, 2002)
Sources: Marzano Analysis; Seen Studying; http://www.sde.ct.gov/sde/lib/sde/pdf/curriculum/section7.pdf ; 32 Analysis-Based mostly Educational Methods
