“Science for All: Making Thinking Visible, Accessible, and Engaging” is designed to enhance existing 5th grade science instruction by providing targeted tools that support student explanation, differentiation, and intervention. This project focuses on helping all students, especially those receiving special education services, emergent bilingual students, and struggling learners, develop the ability to understand and clearly communicate scientific concepts. Rather than replacing curriculum, this grant strengthens current instruction by making learning more accessible, interactive, and engaging, ultimately improving student performance on TEKS-aligned assessments and STAAR.
Our 5th grade science classes serve a diverse student population that includes general education learners, emergent bilingual (EB) students, and students receiving special education and 504 services. A significant portion of these students require additional academic support to access, process, and communicate grade-level scientific concepts aligned to the Texas Essential Knowledge and Skills (TEKS) and the expectations of STAAR 2.0 assessments, which place increased emphasis on constructed responses, data interpretation, and scientific reasoning.
Despite strong curriculum alignment to TEKS standards, including 5.5 Scientific Inquiry and Reasoning, 5.6 Matter and Energy, 5.7 Force, Motion, and Energy, 5.8 Earth and Space, and 5.9 Organisms and Environments, students continue to demonstrate gaps between content exposure and the ability to clearly articulate understanding using academic language. This gap is most evident in STAAR-aligned tasks requiring students to construct responses using evidence-based reasoning, where students must move beyond recall and demonstrate conceptual understanding through explanation and justification.
Current classroom performance data and teacher observations indicate that many students struggle with the CER (Claim, Evidence, Reasoning) framework, particularly in the reasoning component, which requires higher-order thinking and academic vocabulary. While students are often able to participate in hands-on investigations and identify basic concepts, they frequently lack structured opportunities to verbally process and refine their thinking before translating it into written responses. As a result, student work may not fully reflect their conceptual understanding, particularly in STAAR-format constructed response items.
This need is further intensified among emergent bilingual students and students receiving special education or 504 services, who require explicit scaffolding, repeated exposure to academic language, and multimodal supports to access grade-level content. Without intentional instructional structures, these students face barriers in both comprehension and expression, limiting their ability to fully demonstrate mastery of TEKS-aligned objectives. Additionally, while inquiry-based instruction is embedded within the science curriculum, there is a need for more systematic integration of student explanation, academic discourse, and formative reteach opportunities. To meet the expectations of STAAR 2.0, which increasingly emphasizes application, justification, and evidence-based responses, students must be provided with consistent opportunities to engage in structured scientific communication. This includes the ability to explain phenomena, interpret data, and justify conclusions using academic vocabulary aligned to TEKS science process skills.
The target population for this project includes approximately 150 5th grade students, with a significant subset requiring additional linguistic and instructional support. These students represent those most at risk of underperforming on STAAR assessments due to gaps in academic language development and scientific reasoning skills. Without targeted intervention, these instructional gaps will continue to impact student performance on TEKS-aligned assessments, particularly in constructed response and performance-based items. This project addresses an immediate instructional need by strengthening students’ ability to process, articulate, and apply scientific understanding through structured explanation, targeted intervention, and differentiated academic supports.
By embedding systematic opportunities for student explanation, intervention-based reteaching, and scaffolded academic language development, this project directly addresses identified gaps in instruction and ensures equitable access to rigorous, TEKS-aligned science learning for all students.
The “Science for All: Making Thinking Visible, Accessible, and Engaging” project is designed to directly address identified gaps in 5th grade student performance in scientific reasoning, academic language development, and TEKS-aligned constructed response writing as measured through STAAR 2.0 expectations. This project will be implemented in 5th grade science classrooms serving approximately 150 students and will be embedded into daily instruction, small-group intervention, and structured academic discourse routines. The primary goal of this project is to strengthen students’ ability to understand, explain, and justify scientific thinking using Claim, Evidence, and Reasoning (CER), while ensuring equitable access for emergent bilingual students, students receiving special education or 504 services, and students performing below grade level. Instruction will be enhanced through three integrated components: a Student Explanation Station, Science Intervention & Reteach Kits, and a Differentiation Toolkit. These tools are designed to work together to improve comprehension, communication, and mastery of TEKS-aligned science content.
A central component of this project is the Student Explanation Station, which will provide students with structured opportunities to verbally explain scientific concepts, investigations, and CER responses. Using recording devices funded through this grant, students will respond to TEKS-aligned prompts during and after hands-on investigations. These recordings will serve as formative assessments, allowing teachers to evaluate student understanding beyond written responses and provide targeted feedback on scientific reasoning and academic language use. This process ensures students are not only completing tasks but actively articulating their thinking in alignment with STAAR 2.0 constructed response expectations.
To support students who require additional instruction, Science Intervention & Reteach Kits will be used in small-group settings. These kits will include hands-on materials and structured task cards aligned to key TEKS strands, including matter and energy (5.6), force and motion (5.7), Earth and space (5.8), and organisms and environments (5.9). These kits will allow for immediate reteaching of concepts based on formative assessment data, ensuring misconceptions are addressed in real time rather than after summative assessments. Instruction will be responsive, targeted, and directly aligned to student need.
A Differentiation Toolkit will be embedded into daily instruction to ensure equitable access for all learners. This toolkit will include visual vocabulary supports, CER sentence stems, graphic organizers, and manipulatives designed to reduce language and cognitive barriers. These supports will be used during whole group instruction, small group instruction, and independent work, ensuring that all students (particularly EB, 504, and SPED students) can access grade-level science content and participate fully in academic discourse.
This project will significantly impact student learning by increasing both conceptual understanding and scientific communication skills. Students will move beyond passive participation in science activities to actively engaging in explanation, justification, and application of scientific concepts. The integration of verbal explanation through recorded responses will strengthen academic vocabulary, improve reasoning skills, and provide multiple opportunities for students to process and refine their thinking. By consistently engaging in CER-based responses and structured scientific discourse, students will demonstrate improved performance on TEKS-aligned assessments, particularly in constructed response items required by STAAR 2.0. The combination of hands-on learning, structured intervention, and differentiated supports ensures that students receive instruction that is both rigorous and accessible.
This project directly supports the district’s mission of personalizing learning by meeting the diverse academic, linguistic, and cognitive needs of all students. The use of multimodal instruction, including visual, verbal, and hands-on learning, ensures that students are provided with multiple entry points to access rigorous science content. Instruction is intentionally responsive, with intervention kits allowing teachers to adjust instruction based on real-time student data. Additionally, this project aligns with campus goals focused on increasing student achievement in science and improving outcomes on STAAR 2.0 assessments. By embedding structured academic discourse and formative assessment practices into daily instruction, teachers can continuously monitor student progress and adjust instruction to meet individual needs.
This project is grounded in research supporting the use of structured academic discourse, formative assessment, and multimodal instruction. Studies show that students who engage regularly in scientific explanation using frameworks such as CER demonstrate deeper conceptual understanding and improved performance on performance-based assessments. Research on formative assessment practices indicates that immediate feedback and responsive instruction significantly improve student achievement outcomes. Furthermore, research on emergent bilingual education and special education supports the use of visual scaffolds, sentence stems, and hands-on learning experiences to increase access to grade-level content. Dual coding theory further supports the integration of verbal, visual, and kinesthetic learning strategies to improve retention and comprehension of complex scientific concepts.
This project will be evaluated using multiple data points to ensure measurable impact. Specifically, students will demonstrate:
• Increased proficiency in CER-based constructed responses
• Improved use of academic vocabulary in oral and written explanations
• Growth in STAAR-aligned science assessment performance
• Increased engagement and participation in scientific discourse activities
Progress will be measured through teacher-created rubrics, formative assessment data, student recordings, and performance on TEKS-aligned tasks. Instruction will be adjusted throughout the year based on ongoing data analysis to ensure continuous improvement.
“Science for All: Making Thinking Visible, Accessible, and Engaging” transforms science instruction by embedding structured opportunities for explanation, targeted intervention, and differentiated support into daily learning. This project ensures that all students are not only exposed to TEKS-aligned science content but are also supported in developing the skills necessary to think, communicate, and perform like scientists. Through intentional design and evidence-based instructional practices, this project directly addresses current instructional gaps while creating a sustainable system for long-term student success.
Our 5th grade science classes serve a diverse student population that includes general education learners, emergent bilingual (EB) students, and students receiving special education and 504 services. A significant portion of these students require additional academic support to access, process, and communicate grade-level scientific concepts aligned to the Texas Essential Knowledge and Skills (TEKS) and the expectations of STAAR 2.0 assessments, which place increased emphasis on constructed responses, data interpretation, and scientific reasoning.
Despite strong curriculum alignment to TEKS standards, including 5.5 Scientific Inquiry and Reasoning, 5.6 Matter and Energy, 5.7 Force, Motion, and Energy, 5.8 Earth and Space, and 5.9 Organisms and Environments, students continue to demonstrate gaps between content exposure and the ability to clearly articulate understanding using academic language. This gap is most evident in STAAR-aligned tasks requiring students to construct responses using evidence-based reasoning, where students must move beyond recall and demonstrate conceptual understanding through explanation and justification.
Current classroom performance data and teacher observations indicate that many students struggle with the CER (Claim, Evidence, Reasoning) framework, particularly in the reasoning component, which requires higher-order thinking and academic vocabulary. While students are often able to participate in hands-on investigations and identify basic concepts, they frequently lack structured opportunities to verbally process and refine their thinking before translating it into written responses. As a result, student work may not fully reflect their conceptual understanding, particularly in STAAR-format constructed response items.
This need is further intensified among emergent bilingual students and students receiving special education or 504 services, who require explicit scaffolding, repeated exposure to academic language, and multimodal supports to access grade-level content. Without intentional instructional structures, these students face barriers in both comprehension and expression, limiting their ability to fully demonstrate mastery of TEKS-aligned objectives. Additionally, while inquiry-based instruction is embedded within the science curriculum, there is a need for more systematic integration of student explanation, academic discourse, and formative reteach opportunities. To meet the expectations of STAAR 2.0, which increasingly emphasizes application, justification, and evidence-based responses, students must be provided with consistent opportunities to engage in structured scientific communication. This includes the ability to explain phenomena, interpret data, and justify conclusions using academic vocabulary aligned to TEKS science process skills.
The target population for this project includes approximately 150 5th grade students, with a significant subset requiring additional linguistic and instructional support. These students represent those most at risk of underperforming on STAAR assessments due to gaps in academic language development and scientific reasoning skills. Without targeted intervention, these instructional gaps will continue to impact student performance on TEKS-aligned assessments, particularly in constructed response and performance-based items. This project addresses an immediate instructional need by strengthening students’ ability to process, articulate, and apply scientific understanding through structured explanation, targeted intervention, and differentiated academic supports.
By embedding systematic opportunities for student explanation, intervention-based reteaching, and scaffolded academic language development, this project directly addresses identified gaps in instruction and ensures equitable access to rigorous, TEKS-aligned science learning for all students.
The “Science for All: Making Thinking Visible, Accessible, and Engaging” project is designed to directly address identified gaps in 5th grade student performance in scientific reasoning, academic language development, and TEKS-aligned constructed response writing as measured through STAAR 2.0 expectations. This project will be implemented in 5th grade science classrooms serving approximately 150 students and will be embedded into daily instruction, small-group intervention, and structured academic discourse routines. The primary goal of this project is to strengthen students’ ability to understand, explain, and justify scientific thinking using Claim, Evidence, and Reasoning (CER), while ensuring equitable access for emergent bilingual students, students receiving special education or 504 services, and students performing below grade level. Instruction will be enhanced through three integrated components: a Student Explanation Station, Science Intervention & Reteach Kits, and a Differentiation Toolkit. These tools are designed to work together to improve comprehension, communication, and mastery of TEKS-aligned science content.
A central component of this project is the Student Explanation Station, which will provide students with structured opportunities to verbally explain scientific concepts, investigations, and CER responses. Using recording devices funded through this grant, students will respond to TEKS-aligned prompts during and after hands-on investigations. These recordings will serve as formative assessments, allowing teachers to evaluate student understanding beyond written responses and provide targeted feedback on scientific reasoning and academic language use. This process ensures students are not only completing tasks but actively articulating their thinking in alignment with STAAR 2.0 constructed response expectations.
To support students who require additional instruction, Science Intervention & Reteach Kits will be used in small-group settings. These kits will include hands-on materials and structured task cards aligned to key TEKS strands, including matter and energy (5.6), force and motion (5.7), Earth and space (5.8), and organisms and environments (5.9). These kits will allow for immediate reteaching of concepts based on formative assessment data, ensuring misconceptions are addressed in real time rather than after summative assessments. Instruction will be responsive, targeted, and directly aligned to student need.
A Differentiation Toolkit will be embedded into daily instruction to ensure equitable access for all learners. This toolkit will include visual vocabulary supports, CER sentence stems, graphic organizers, and manipulatives designed to reduce language and cognitive barriers. These supports will be used during whole group instruction, small group instruction, and independent work, ensuring that all students (particularly EB, 504, and SPED students) can access grade-level science content and participate fully in academic discourse.
This project will significantly impact student learning by increasing both conceptual understanding and scientific communication skills. Students will move beyond passive participation in science activities to actively engaging in explanation, justification, and application of scientific concepts. The integration of verbal explanation through recorded responses will strengthen academic vocabulary, improve reasoning skills, and provide multiple opportunities for students to process and refine their thinking. By consistently engaging in CER-based responses and structured scientific discourse, students will demonstrate improved performance on TEKS-aligned assessments, particularly in constructed response items required by STAAR 2.0. The combination of hands-on learning, structured intervention, and differentiated supports ensures that students receive instruction that is both rigorous and accessible.
This project directly supports the district’s mission of personalizing learning by meeting the diverse academic, linguistic, and cognitive needs of all students. The use of multimodal instruction, including visual, verbal, and hands-on learning, ensures that students are provided with multiple entry points to access rigorous science content. Instruction is intentionally responsive, with intervention kits allowing teachers to adjust instruction based on real-time student data. Additionally, this project aligns with campus goals focused on increasing student achievement in science and improving outcomes on STAAR 2.0 assessments. By embedding structured academic discourse and formative assessment practices into daily instruction, teachers can continuously monitor student progress and adjust instruction to meet individual needs.
This project is grounded in research supporting the use of structured academic discourse, formative assessment, and multimodal instruction. Studies show that students who engage regularly in scientific explanation using frameworks such as CER demonstrate deeper conceptual understanding and improved performance on performance-based assessments. Research on formative assessment practices indicates that immediate feedback and responsive instruction significantly improve student achievement outcomes. Furthermore, research on emergent bilingual education and special education supports the use of visual scaffolds, sentence stems, and hands-on learning experiences to increase access to grade-level content. Dual coding theory further supports the integration of verbal, visual, and kinesthetic learning strategies to improve retention and comprehension of complex scientific concepts.
This project will be evaluated using multiple data points to ensure measurable impact. Specifically, students will demonstrate:
• Increased proficiency in CER-based constructed responses
• Improved use of academic vocabulary in oral and written explanations
• Growth in STAAR-aligned science assessment performance
• Increased engagement and participation in scientific discourse activities
Progress will be measured through teacher-created rubrics, formative assessment data, student recordings, and performance on TEKS-aligned tasks. Instruction will be adjusted throughout the year based on ongoing data analysis to ensure continuous improvement.
“Science for All: Making Thinking Visible, Accessible, and Engaging” transforms science instruction by embedding structured opportunities for explanation, targeted intervention, and differentiated support into daily learning. This project ensures that all students are not only exposed to TEKS-aligned science content but are also supported in developing the skills necessary to think, communicate, and perform like scientists. Through intentional design and evidence-based instructional practices, this project directly addresses current instructional gaps while creating a sustainable system for long-term student success.
$1,200
Value:
priceless