Math success begins with meaningful, hands-on learning experiences. This project will provide engaging math manipulatives and educational games for approximately 40-50 third through fifth grade students receiving special education math resource services at Barrett Elementary. These materials will strengthen foundational math skills, increase student engagement, and provide differentiated instruction that meets students' individual learning needs while building confidence and academic achievement.
Many students receiving special education services struggle to develop foundational mathematical concepts through traditional paper-and-pencil instruction alone. Students in grades three through five often enter resource math with significant learning gaps in number sense, computation, place value, fractions, multiplication, division, and problem-solving. These deficits make it increasingly difficult for students to access grade-level TEKS and demonstrate mastery on classroom assessments and the STAAR assessment.
As the Math Resource teacher serving approximately 40 - 50 students in grades three through five, I provide intensive small-group intervention designed to meet each student's individualized learning needs. While differentiated instruction is essential, the classroom currently lacks enough high-quality manipulatives and hands-on learning games to consistently provide engaging, multisensory instruction across multiple intervention groups.
Research consistently supports the use of concrete manipulatives and educational games for students with disabilities. Hands-on learning allows students to visualize mathematical concepts, make meaningful connections, increase engagement, and improve retention of skills. Students with learning disabilities particularly benefit from explicit instruction paired with concrete models before transitioning to abstract mathematical thinking.
Funding this project will allow students to actively participate in math instruction rather than simply completing worksheets. By increasing opportunities for interactive learning, students will build confidence, strengthen foundational skills, and experience greater academic success in mathematics.
This project will transform daily math resource instruction by integrating high-quality manipulatives and educational math games into small-group intervention lessons for approximately 40 -50 students in grades three through five. Students will use these materials during teacher-led instruction, guided practice, intervention rotations, independent centers, and progress-monitoring activities throughout the school year.
Grant funds will be used to purchase instructional resources such as base-ten blocks, fraction tiles, place value manipulatives, algebra tiles, number lines, geometric manipulatives, math fact fluency games, multiplication and division games, decimal and fraction models, dice activities, card games, and problem-solving resources aligned to the Texas Essential Knowledge and Skills (TEKS).
The project's objectives include:
Increase student engagement during math intervention as measured by teacher observation and participation data throughout the school year.
Improve students' mastery of targeted IEP goals and grade-level TEKS through weekly progress monitoring.
Increase student performance on classroom assessments and district benchmark assessments by providing consistent opportunities for hands-on practice.
Build student confidence and independence when solving mathematical problems using multiple representations and instructional strategies.
Instruction will occur daily in the math resource classroom, where students receive intensive, individualized intervention in small groups. Lessons will incorporate the concrete-representational-abstract (CRA) instructional approach, allowing students to first manipulate physical objects, then represent their thinking through drawings and models, before solving abstract problems independently.
Research supports the effectiveness of hands-on mathematics instruction for students with learning disabilities. Studies have shown that the use of manipulatives increases conceptual understanding, problem-solving ability, student engagement, and long-term retention of mathematical concepts. Interactive educational games also provide repeated practice while maintaining student motivation and encouraging productive mathematical discussions among peers.
This project aligns with Crosby ISD's commitment to providing personalized learning experiences that meet the unique needs of every student. By offering differentiated, engaging instruction that addresses individual learning gaps, students will receive the support necessary to make meaningful academic growth. These resources will also strengthen implementation of students' Individualized Education Programs (IEPs), promote mastery of grade-level standards, and prepare students for continued success in mathematics.
Ultimately, this project will create a more engaging, student-centered learning environment where every child has the opportunity to develop mathematical understanding, build confidence, and achieve success through meaningful, hands-on learning experiences.
Many students receiving special education services struggle to develop foundational mathematical concepts through traditional paper-and-pencil instruction alone. Students in grades three through five often enter resource math with significant learning gaps in number sense, computation, place value, fractions, multiplication, division, and problem-solving. These deficits make it increasingly difficult for students to access grade-level TEKS and demonstrate mastery on classroom assessments and the STAAR assessment.
As the Math Resource teacher serving approximately 40 - 50 students in grades three through five, I provide intensive small-group intervention designed to meet each student's individualized learning needs. While differentiated instruction is essential, the classroom currently lacks enough high-quality manipulatives and hands-on learning games to consistently provide engaging, multisensory instruction across multiple intervention groups.
Research consistently supports the use of concrete manipulatives and educational games for students with disabilities. Hands-on learning allows students to visualize mathematical concepts, make meaningful connections, increase engagement, and improve retention of skills. Students with learning disabilities particularly benefit from explicit instruction paired with concrete models before transitioning to abstract mathematical thinking.
Funding this project will allow students to actively participate in math instruction rather than simply completing worksheets. By increasing opportunities for interactive learning, students will build confidence, strengthen foundational skills, and experience greater academic success in mathematics.
This project will transform daily math resource instruction by integrating high-quality manipulatives and educational math games into small-group intervention lessons for approximately 40 -50 students in grades three through five. Students will use these materials during teacher-led instruction, guided practice, intervention rotations, independent centers, and progress-monitoring activities throughout the school year.
Grant funds will be used to purchase instructional resources such as base-ten blocks, fraction tiles, place value manipulatives, algebra tiles, number lines, geometric manipulatives, math fact fluency games, multiplication and division games, decimal and fraction models, dice activities, card games, and problem-solving resources aligned to the Texas Essential Knowledge and Skills (TEKS).
The project's objectives include:
Increase student engagement during math intervention as measured by teacher observation and participation data throughout the school year.
Improve students' mastery of targeted IEP goals and grade-level TEKS through weekly progress monitoring.
Increase student performance on classroom assessments and district benchmark assessments by providing consistent opportunities for hands-on practice.
Build student confidence and independence when solving mathematical problems using multiple representations and instructional strategies.
Instruction will occur daily in the math resource classroom, where students receive intensive, individualized intervention in small groups. Lessons will incorporate the concrete-representational-abstract (CRA) instructional approach, allowing students to first manipulate physical objects, then represent their thinking through drawings and models, before solving abstract problems independently.
Research supports the effectiveness of hands-on mathematics instruction for students with learning disabilities. Studies have shown that the use of manipulatives increases conceptual understanding, problem-solving ability, student engagement, and long-term retention of mathematical concepts. Interactive educational games also provide repeated practice while maintaining student motivation and encouraging productive mathematical discussions among peers.
This project aligns with Crosby ISD's commitment to providing personalized learning experiences that meet the unique needs of every student. By offering differentiated, engaging instruction that addresses individual learning gaps, students will receive the support necessary to make meaningful academic growth. These resources will also strengthen implementation of students' Individualized Education Programs (IEPs), promote mastery of grade-level standards, and prepare students for continued success in mathematics.
Ultimately, this project will create a more engaging, student-centered learning environment where every child has the opportunity to develop mathematical understanding, build confidence, and achieve success through meaningful, hands-on learning experiences.
$532
Sold Out!Value:
priceless