Teacher Practical Guidance:
Acceleration (Strengths & Enrichment)
Category: Strategy
Rank Order
Effect Size
Achievement Gain %
How-To Strategies
BENEFITS
- Students are more motivated and confident when working on tasks that align with their abilities.
- Strength-based teaching leads to increased learner engagement and deeper understanding of subject matter.
- Students are more likely to excel when their unique talents and abilities are recognized and utilized.
- Highlighting individual strengths helps create a more inclusive classroom where all students feel valued.
- It shifts focus from deficits to positive aspects, benefiting the whole classroom dynamic.
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Better cognitive stimulation and use of time, reducing boredom and underachievement by letting students move at an appropriate pace and level.
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Deeper understanding and transfer of learning through extended projects, problem-solving, and experiential activities that go beyond the core curriculum.
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Increased curiosity, interest in learning, and intrinsic motivation, as students explore topics they find meaningful or novel.
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Development of higher-order thinking, creativity, and real-world application skills (critical thinking, collaboration, communication, leadership).
- Students who experienced learning acceleration struggled less and learned more, completing 27% more grade-level math lessons than students who started at the same level but experienced remediation instead.
- Learning acceleration was particularly effective for students of color and those from low-income families, who completed 49% more grade-level lessons than those who experienced remediation.
- Research indicates that learning acceleration, which builds on students’ existing knowledge to help them access grade-level content, is more effective than traditional remediation approaches for helping all students, especially those from underserved backgrounds, make academic progress. link
HOW TO
- Measure and identify student strengths: Use surveys, assessments, and discussions to help students discover and articulate their individual talents and strengths.
- Create individualized learning opportunities: Design personalized learning experiences that allow students to utilize and develop their unique strengths.
- Network students with strength supporters: Provide mentorship opportunities and create collaborative environments where students can support each other’s strengths.
- Focus on “what’s strong” rather than “what’s wrong”: Emphasize students’ assets and capabilities instead of focusing solely on deficits or areas needing improvement.
- Shift perspective on student success: Rather than assuming responsibility for lack of success lies with the student, examine how classroom environments and teaching practices may be hindering student achievement.
- Promote a growth mindset: Encourage students to see their abilities as capable of development and improvement rather than fixed traits.
- Enhance student self-efficacy: Help students become aware of their strengths and areas where they excel to build confidence and motivation.
- Use positive language and highlight growth areas: Frame goals and feedback in positive terms, focusing on desired outcomes and skill development. Student feedback is based on “what’s next” not “what’s wrong.”
TYPICAL Acceleration / Enrichment Strategies:
- Active learning
- Creative writing projects
- Research projects
- Mini-course
- Independent study course
- Interest centers
- Community service
- Mentorship
- Problem solving challenges
- Align activities to student interests
- Provide open-ended challenges
- Encourage collaboration Link
- Student tutoring
- Cooperative learning
- Outcomes Based Learning (OBE)
- Project / Problem Based Learning (PBE)
- Understanding by Design (UDL)
- Digital tools (see I2L Resources)
- Provide autonomy and choice Link
CHALLENGES
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Adult beliefs and risk aversion: Educators and families often worry about social-emotional harm, “losing childhood,” or gaps in content despite strong evidence of overall positive outcomes of appropriate acceleration.
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Identification and decision-making: Schools may lack clear criteria, tools (e.g., IOWA Acceleration Scale), and processes to decide who should be accelerated, in what form, and when.
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Logistical and structural barriers: Timetabling, transportation between buildings, access to higher-level courses, and credit/transcript issues.
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Social and transition issues: Some students face adjustment to older peer groups, different expectations, and later adolescent challenges.
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Capacity, staffing, and time: Schools frequently lack staff time, funding, and schedule space to design and run high-quality, sustained enrichment rather than sporadic activities.
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Lack of coherence and criteria: Enrichment is often an umbrella term; without clear goals, frameworks, or progression, programs become a collection of disconnected “extras” with unclear impact or equity.
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Access and equity: Students who most need enrichment (low-income, marginalized, or disengaged youth) are often the least likely to access it.
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Over scheduling and stress: When enrichment stacks on top of full academic loads and obligations, students can become overscheduled, with increased stress, anxiety, and reduced downtime.
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System norms favoring deficits: Many school processes (IEPs, RTI, grading, remediation) are historically deficit-oriented, so shifting mindsets and documentation toward strengths can be culturally and procedurally difficult.
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Risk of ignoring real needs: If implemented superficially, a strength-based lens can underplay or delay targeted intervention on skill gaps, behavior issues, or mental health needs instead of integrating strengths with supports.
- Teacher training and consistency: Educators need tools to identify strengths (academic, creative, social, character), plan from them, and still meet standards; without training, practice becomes inconsistent and anecdotal.
- Measurement and accountability: Strength-based work (e.g., SEL growth, character strengths, creativity) is harder to quantify than test scores, so it may be undervalued in accountability systems and squeezed by high-stakes demands.
- Fragmentation across initiatives: These strategies can become separate “programs” instead of a coherent continuum of advanced and personalized learning, making it harder for teachers and families to navigate and for leaders to sustain. Link
WHAT NOT TO DO
Acceleration:
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Do not equate acceleration with “pushing” without collecting data and using a systematic process (readiness, social-emotional fit, family input).
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Do not make one-off, informal jumps (e.g., “try 5th grade math for a week”) without planning supports, transition, and monitoring.
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Do not ignore social and emotional needs by assuming “if they’re smart, they’ll be fine”; students may need explicit belonging, counseling, and peer connection in new settings.
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Do not block or delay acceleration solely due to adult discomfort, vague fears about gaps, or a single test; decisions should be evidence-based and revisited.
Enrichment:
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Do not treat enrichment as random “extra fun” disconnected from core learning goals; this undermines its value and makes it easy to cut when pressures rise.
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Do not reserve enrichment only for students who finish early or already excel, especially when tasks are mostly “more of the same work.”
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Do not design enrichment that depends on fees, transportation, or family knowledge without counterbalancing access strategies.
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Do not overload students with enrichment on top of full schedules; over scheduling is linked to stress and poorer mental health.
Strength-Based:
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Do not use a strengths lens to avoid addressing real skill gaps, behavior concerns, or mental health issues; strengths must sit alongside targeted intervention, not replace it.
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Do not “pigeonhole” students (e.g., “the creative one,” “the kind one”) or imply fixed traits; this can limit identity and undermine a growth mindset.
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Do not focus only on performance strengths (grades, obvious talents) and ignore less visible assets such as perseverance, leadership, or cultural/community knowledge.
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Do not roll out strength-based language without training and tools; superficial checklists or buzzwords without concrete planning structures produce inconsistency and skepticism. link
How-To Resources
ARTICLE
Link – ARTICLE (Tool Box) Supporting Student Strengths
Link – ARTICLE (EduTopia) Strength-based IEP’s
Link – ARTICLE (Satchel) Incorporating Student Strengths
Link – SUMMARY (Weber State U.) What is Strength-Based Education?
Link – ARTICLE (Landmark) Using a Strength-based approach
Link – ARTICLE (Wisconsin) Using Student’s Strengths
Link – ARTICLE (Branching Minds) Strength-based education
Link – ARTICLE (MiddleWeb) Teaching our students to Value their Strengths (MS)
Link – ARTICLE (WestShore) Strength based approach
Link – ARTICLE (HeartWise) Importance of strength based approach
Link – ARTicLE (AcademicE) Understanding enrichment
Link – ARTICLE (Accelerated School) Accelerated School Project description
Link – ARTICLES (EducWeek) Student Engagement
Link – ARTICLE (NRCGT) 8 steps to Curriculum Compacting
Link – ARTICLE (ASCD) Using Curriculum Compacting
Link – ARTICLE (Accel. Institute) Appendix of Acceleration approaches
Link – ARTICLE (KLA) 25 benefits of enrichment
Link – ARTICLE (Landscape) Problem with gifted programs
Link – ARTICLE (VIA) Strength-based school programs reduce depression
Link – ARTICLE (EdNavigator) Favorite educational apps
RESEARCH / REPORT / GUIDE
Link – GUIDE (Paper) The K-12 Guider to Learning Acceleration
Link – RESEARCH (UCon) Social and emotional impact of acceleration
Link – RESEARCH (NIH) Academic acceleration benefits
Link – REPORT (Hechinger) Is strength-based approach the “magic” bullet?
Link – REPORT (Hechinger) Enrichment programs
Link – REPORT (NAGC) Acceleration
Link – GUIDE (Vanguard) Guide to gifted education resources
Link – GUIDE (BriteMinds) GT Resources
VIDEO
Link – VIDEO (Corwin) this is Acceleration
Link – VIDEO (MiDOE) Acceleration Tier 1
Link – VIDEO (MiDOE) Acceleration vs. Remediation
Link – VIDEO (Newton) Acceleration for Learning Recovery
Link – VIDEO (YouTube) Fun math games
Link – VIDEO (TED) A strength-based education system
Link – VIDEO (TED) Playing to our strengths: Neurodiversity
Link – VIDEO (TED) What’s wrong with kids these days: Start with a better question
Link – VIDEO (TED) How to make students and teachers want to go to school
DIGITAL / PROGRAM
Elevate K12 “Enrichment Live” offers non-credit elective courses (computer science, world languages, financial literacy, advanced math/ELA) that go beyond standard offerings and are scheduled flexibly.
Acceleration Institute’s “20 Types of Acceleration” describes formal pathways—subject acceleration, grade-skipping, early entrance, dual enrollment, and curriculum compacting—that systems use to structure accelerated learning K–12 and into college. link
Branching Minds’ strength-based instruction framework within MTSS guides teachers to identify and plan from academic, social, and behavioral strengths when designing supports and interventions. link
Sources of Strength Elementary is a Tier 1 universal curriculum (K–5) that explicitly teaches students to recognize and use their strengths and support networks as protective factors for well-being and school success. link
Coursera, edX, and Brilliant provide high schoolers access to university-level or advanced STEM/logic courses, effectively functioning as digital dual-enrollment or pre-AP/college acceleration.link
Ignite Learning Academy builds acceleration into their pathways, moving students up levels as soon as mastery is shown. link
Outschool offers live small-group classes on niche topics (e.g., debate, quantum physics for kids, creative writing) that extend far beyond typical school curricula. link
Scratch, Python environments, and 3D modelling/VR platforms let students design games, simulations, and models, deepening content through creative production. link
Canva support enriched products (infographics, videos, slide decks) that synthesize and apply learning at a higher level. link
Link – WEBSITE (AI) Acceleration Institute
Link – WEBSITE (Thrively) Strength-based assessments
Link – WEBSITE (VIA) Character Strengths Survey
Khan Academy and IXL allow students to move rapidly through mastered content and access above-grade topics across subjects, supporting subject acceleration and compacting.link
DreamBox and ST Math adapt in real time and can place students into far-advanced conceptual work once they demonstrate understanding. Link
References
Accelerated Schools (2003) Research. Link
Bernstein BO, Lubinski D, Benbow CP. (2021). Academic Acceleration in Gifted Youth and Fruitless Concerns Regarding Psychological Well-Being: A 35-Year Longitudinal Study. J Educ Psychol. 113(4):830-845.
Bloom, H., Ham, S., Kagehiro, S., Melton, L., O’Brien, J., Rock, J., and Doolittle, F. (2000). Evaluating the Accelerated Schools Program: A Look at Its Early Implementation and Impact on Student Achievement in Eight Schools. New York: Manpower Development Research Corporation. Link
Finnan, C. & Swanson, J. (2000). Accelerating the Learning of All Students. Boulder, CO: Westview Press.
Hattie, J. (2023).Visible Learning: The Sequel. Routledge Press.
Hopfenberg, Wendy S. and Levin, Henry M., Accelerated Schools. School of Education, Stanford University, Stanford, CA (1990).
Hopfenberg, W; Levin, H.; Chase, C; Christensen, S; Moore, M; Soler, P; Brunner, L; Keller, B; and Rodriguez, G. (1993). The Accelerated Schools Resource Guide. San Francisco: Jossey-Bass.
Keller, B. (1995). Accelerated schools: Hands-on learning in a unified community. ASCD, 52 (5) Link
Kulik, J. A., & Kulik, C.-L. C. (2004). Meta-analytic Findings on Grouping Programs. In L. E. Brody (Ed.), Grouping and acceleration practices in gifted education (pp. 105–114). Corwin Press.
Levin, H. (1996) Accelerated schools after 8 years. In: Innovations in Learning. Routledge Press.
Levin, H. (1994). Beyond remediation: Toward acceleration for all schools. In: Making Schools Work. Routledge Press.
Levin, H. (1991). Accelerating the progress of ALL students. A Rockefeller Institute Special Report. ERIC Link
Levin, H. (1987). New Schools for the Disadvantaged. Teacher Education Quarterly 14:60–83.
Levin, H. (1987). Accelerated schools for at-risk students. (2017). Center for Policy Research in Education. Link
Levin, H. (1986). Accelerated schools: A new strategy for at-risk students. ERIC Link
Lopez, S. J., & Louis, M. C. (2009). The principles of strengths-based education. Journal of College and Character, 10(4)
McDonald, J,. et al (2007). The power of protocols: An educator’s guide to better practice. Teachers College Press.
Natriello G; McDill, E.; Pallas, A. (1990). Schooling Disadvantaged Children: Racing Against Catastrophe.New York: Teachers College Press.
Perplexity (2024). *Perplexity.ai* (AI chatbot). https://www.perplexity.ai/
Quinlan, D., Swain, N., Cameron, C., & Vella-Brodrick, D. A. (2015). How ‘other people matter’ in a classroom-based strengths intervention: Exploring interpersonal strategies and classroom outcomes. The Journal of Positive Psychology, 10(1), 77-89
Reis, S. M., D. E. Burns, and J. S. Renzulli. (1992a). Curriculum Compacting: The Complete Guide to Modifying the Regular Curriculum for High Ability Students. Mansfield Center, Conn.: Creative Learning Press.
Renzulli, et.al. (2024). Curriculum compacting: A systematic procedure for modifying curriculum for above average students. Wallace Symposium. Link
Rogers, KB (2019). Meta-analysis of 26 forms of Acceleration. In SAGE Handbook of Gifted and Talented Education. SAGE Publications.
Seligman, M. E. P., Ernst, R. M., Gillham, J., Reivich, K., & Linkins, M. (2009). Positive education: Positive psychology and classroom interventions. Oxford Review of Education, 35(3), 293-311
Steenbergen-Hu, et al (2016). What one-hundred years of research says about the effects of ability grouping and acceleration on K-12 student academic achievement. Review of Educational Research, Vol 85 (4).
Acceleration (Strengths & Enrichment)
DEFINITION
Acceleration: These programs allow students to reduce the time spent on a year’s curriculum expectations by skipping a year, telescoping the curriculum coverage, and going deeper on fewer curriculum topics. Three types of achievement goals have been recommended: a learning or task involvement goal focused on the development of competence and task mastery (an approach orientation), a performance or ego involvement goal directed toward attaining favorable judgments of competence (also an approach orientation), and a performance or ego involvement goal aimed at avoiding unfavorable judgments of competence (an avoidance orientation). link
Acceleration “accelerate” students through the curricula at rates faster or ages younger than is conventional. Acceleration programs include Curriculum Compacting, Telescoping. Concurrent or Dual Enrollment classes, Single-Subject acceleration and Advanced Placement. Hattie (2023 p. 289)
Educational Enrichment refers to learning experiences and activities that go beyond the regular curriculum in order to deepen, extend, or enhance students’ knowledge, skills, and personal development. link
DATA
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5 Meta-analysis reviews
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132 Research studies
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14,000 Students in studies
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3 Confidence level. Hattie (2023) p. 289
QUOTES
What’s Strong…not What’s Wrong.
For far too long, our educational paradigm is based on student deficits: find out what they can’t do, and do more of it slower, instead of finding out what they can do and thus do more faster. A new educational paradigm focuses on student strengths not just their weaknesses. Tompkins, I2L
In general, there is a powerful academic effect to be gained from engaging in a variety forms of acceleration as it influences high-ability learners in positive ways. Rogers (2019) p.208
“Curriculum compacting is a valuable technique that helps educators tailor learning experiences to meet the needs of advanced learners while ensuring that all students remain engaged and challenged in their educational journey.” Renzulli (2024)
“If you want to accelerate a learners progress then use the same instructional methods we’ve used for gifted and talented students: projects, collaborative learning, open-ended problem solving, hands-on learning and mastery based methods.What’s best for the best…is best for the rest.”Finnan (2000)
