Datasets:

robworks-software
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k12-science-standards

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Students will demonstrate proficient understanding of Heredity: Inheritance and Variation of Traits through analyzing and interpreting data, showing mastery of energy and matter: flows, cycles, and conservation at grade 7 level.	Grade 7 Life Sciences - Heredity: Inheritance and Variation of Traits: Energy and Matter: Flows, Cycles, and Conservation	Grade 7 Life Sciences assessment focusing on Heredity: Inheritance and Variation of Traits through Analyzing and Interpreting Data. Meets grade 7 expectations with solid understanding and competent analyzing and interpreting data	data_analysis	MS-LS3-5	7	Life Sciences	LS3	Heredity: Inheritance and Variation of Traits	Analyzing and Interpreting Data	Energy and Matter: Flows, Cycles, and Conservation	2	Analyze	Proficient	True	True	argument_construction	37
Students will demonstrate developing understanding of From Molecules to Organisms: Structures and Processes through engaging in argument from evidence, showing mastery of cause and effect: mechanism and explanation at grade 3 level.	Grade 3 Life Sciences - From Molecules to Organisms: Structures and Processes: Cause and Effect: Mechanism and Explanation	Grade 3 Life Sciences assessment focusing on From Molecules to Organisms: Structures and Processes through Engaging in Argument from Evidence. Meets grade 3 expectations with solid understanding and competent engaging in argument from evidence	evidence_evaluation	3-LS1-3	3	Life Sciences	LS1	From Molecules to Organisms: Structures and Processes	Engaging in Argument from Evidence	Cause and Effect: Mechanism and Explanation	2	Analyze	Developing	True	True	model_building	33
Students will demonstrate advanced understanding of Waves and Electromagnetic Radiation through asking questions and defining problems, showing mastery of patterns at grade 11 level.	Grade 11 Physical Sciences - Waves and Electromagnetic Radiation: Patterns	Grade 11 Physical Sciences assessment focusing on Waves and Electromagnetic Radiation through Asking Questions and Defining Problems. Meets grade 11 expectations with solid understanding and competent asking questions and defining problems	evidence_evaluation	HS-PS4-4	11	Physical Sciences	PS4	Waves and Electromagnetic Radiation	Asking Questions and Defining Problems	Patterns	4	Create	Advanced	True	True	engineering_design	51
Students will demonstrate advanced understanding of From Molecules to Organisms: Structures and Processes through planning and carrying out investigations, showing mastery of cause and effect: mechanism and explanation at grade 12 level.	Grade 12 Life Sciences - From Molecules to Organisms: Structures and Processes: Cause and Effect: Mechanism and Explanation	Grade 12 Life Sciences assessment focusing on From Molecules to Organisms: Structures and Processes through Planning and Carrying Out Investigations. Meets grade 12 expectations with solid understanding and competent planning and carrying out investigations	experimental_design	HS-LS1-2	12	Life Sciences	LS1	From Molecules to Organisms: Structures and Processes	Planning and Carrying Out Investigations	Cause and Effect: Mechanism and Explanation	3	Evaluate	Advanced	True	True	computational_modeling	36
Students will demonstrate developing understanding of Engineering Design Process through asking questions and defining problems, showing mastery of patterns at grade 5 level.	Grade 5 Engineering Design - Engineering Design Process: Patterns	Grade 5 Engineering Design assessment focusing on Engineering Design Process through Asking Questions and Defining Problems. Meets grade 5 expectations with solid understanding and competent asking questions and defining problems	scientific_inquiry	5-ETS1-2	5	Engineering Design	ETS1	Engineering Design Process	Asking Questions and Defining Problems	Patterns	3	Evaluate	Developing	True	True	model_building	46
Students will demonstrate proficient understanding of Ecosystems: Interactions, Energy, and Dynamics through constructing explanations and designing solutions, showing mastery of stability and change at grade 8 level.	Grade 8 Life Sciences - Ecosystems: Interactions, Energy, and Dynamics: Stability and Change	Grade 8 Life Sciences assessment focusing on Ecosystems: Interactions, Energy, and Dynamics through Constructing Explanations and Designing Solutions. Meets grade 8 expectations with solid understanding and competent constructing explanations and designing solutions	scientific_explanation	MS-LS2-3	8	Life Sciences	LS2	Ecosystems: Interactions, Energy, and Dynamics	Constructing Explanations and Designing Solutions	Stability and Change	3	Evaluate	Proficient	True	True	design_challenge	58
Students will demonstrate proficient understanding of Earth's Place in the Universe through planning and carrying out investigations, showing mastery of patterns at grade 7 level.	Grade 7 Earth and Space Sciences - Earth's Place in the Universe: Patterns	Grade 7 Earth and Space Sciences assessment focusing on Earth's Place in the Universe through Planning and Carrying Out Investigations. Meets grade 7 expectations with solid understanding and competent planning and carrying out investigations	experimental_design	MS-ESS1-3	7	Earth and Space Sciences	ESS1	Earth's Place in the Universe	Planning and Carrying Out Investigations	Patterns	3	Evaluate	Proficient	True	True	lab_investigation	43
Students will demonstrate developing understanding of Earth's Systems through planning and carrying out investigations, showing mastery of systems and system models at grade 3 level.	Grade 3 Earth and Space Sciences - Earth's Systems: Systems and System Models	Grade 3 Earth and Space Sciences assessment focusing on Earth's Systems through Planning and Carrying Out Investigations. Meets grade 3 expectations with solid understanding and competent planning and carrying out investigations	experimental_design	3-ESS2-2	3	Earth and Space Sciences	ESS2	Earth's Systems	Planning and Carrying Out Investigations	Systems and System Models	2	Analyze	Developing	True	True	hands_on_investigation	51
Students will demonstrate advanced understanding of Waves and Electromagnetic Radiation through asking questions and defining problems, showing mastery of patterns at grade 11 level.	Grade 11 Physical Sciences - Waves and Electromagnetic Radiation: Patterns	Grade 11 Physical Sciences assessment focusing on Waves and Electromagnetic Radiation through Asking Questions and Defining Problems. Meets grade 11 expectations with solid understanding and competent asking questions and defining problems	experimental_design	HS-PS4-4	11	Physical Sciences	PS4	Waves and Electromagnetic Radiation	Asking Questions and Defining Problems	Patterns	4	Create	Advanced	True	True	engineering_design	51
Students will demonstrate proficient understanding of Matter and Its Interactions through analyzing and interpreting data, showing mastery of systems and system models at grade 6 level.	Grade 6 Physical Sciences - Matter and Its Interactions: Systems and System Models	Grade 6 Physical Sciences assessment focusing on Matter and Its Interactions through Analyzing and Interpreting Data. Meets grade 6 expectations with solid understanding and competent analyzing and interpreting data	data_analysis	MS-PS1-3	6	Physical Sciences	PS1	Matter and Its Interactions	Analyzing and Interpreting Data	Systems and System Models	2	Analyze	Proficient	True	True	data_analysis	54
Students will demonstrate developing understanding of Links Among Engineering, Technology, Science, and Society through analyzing and interpreting data, showing mastery of cause and effect: mechanism and explanation at grade 3 level.	Grade 3 Engineering Design - Links Among Engineering, Technology, Science, and Society: Cause and Effect: Mechanism and Explanation	Grade 3 Engineering Design assessment focusing on Links Among Engineering, Technology, Science, and Society through Analyzing and Interpreting Data. Meets grade 3 expectations with solid understanding and competent analyzing and interpreting data	data_analysis	3-ETS2-1	3	Engineering Design	ETS2	Links Among Engineering, Technology, Science, and Society	Analyzing and Interpreting Data	Cause and Effect: Mechanism and Explanation	1	Apply	Developing	True	True	model_building	32
Students will demonstrate developing understanding of Engineering Design Process through planning and carrying out investigations, showing mastery of patterns at grade 3 level.	Grade 3 Engineering Design - Engineering Design Process: Patterns	Grade 3 Engineering Design assessment focusing on Engineering Design Process through Planning and Carrying Out Investigations. Meets grade 3 expectations with solid understanding and competent planning and carrying out investigations	experimental_design	3-ETS1-1	3	Engineering Design	ETS1	Engineering Design Process	Planning and Carrying Out Investigations	Patterns	3	Evaluate	Developing	True	True	hands_on_investigation	47
Students will demonstrate proficient understanding of Earth's Systems through engaging in argument from evidence, showing mastery of stability and change at grade 6 level.	Grade 6 Earth and Space Sciences - Earth's Systems: Stability and Change	Grade 6 Earth and Space Sciences assessment focusing on Earth's Systems through Engaging in Argument from Evidence. Meets grade 6 expectations with solid understanding and competent engaging in argument from evidence	evidence_evaluation	MS-ESS2-2	6	Earth and Space Sciences	ESS2	Earth's Systems	Engaging in Argument from Evidence	Stability and Change	4	Create	Proficient	True	True	argument_construction	25
Students will demonstrate foundational understanding of From Molecules to Organisms: Structures and Processes through constructing explanations and designing solutions, showing mastery of structure and function at grade 2 level.	Grade 2 Life Sciences - From Molecules to Organisms: Structures and Processes: Structure and Function	Grade 2 Life Sciences assessment focusing on From Molecules to Organisms: Structures and Processes through Constructing Explanations and Designing Solutions. Meets grade 2 expectations with solid understanding and competent constructing explanations and designing solutions	scientific_explanation	2-LS1-2	2	Life Sciences	LS1	From Molecules to Organisms: Structures and Processes	Constructing Explanations and Designing Solutions	Structure and Function	2	Analyze	Foundational	True	True	model_building	28
Students will demonstrate foundational understanding of Heredity: Inheritance and Variation of Traits through developing and using models, showing mastery of patterns at grade 2 level.	Grade 2 Life Sciences - Heredity: Inheritance and Variation of Traits: Patterns	Grade 2 Life Sciences assessment focusing on Heredity: Inheritance and Variation of Traits through Developing and Using Models. Meets grade 2 expectations with solid understanding and competent developing and using models	model_construction	2-LS3-3	2	Life Sciences	LS3	Heredity: Inheritance and Variation of Traits	Developing and Using Models	Patterns	2	Analyze	Foundational	True	True	explanation_task	47
Students will demonstrate proficient understanding of Earth and Human Impact through analyzing and interpreting data, showing mastery of patterns at grade 6 level.	Grade 6 Earth and Space Sciences - Earth and Human Impact: Patterns	Grade 6 Earth and Space Sciences assessment focusing on Earth and Human Impact through Analyzing and Interpreting Data. Meets grade 6 expectations with solid understanding and competent analyzing and interpreting data	data_analysis	MS-ESS3-2	6	Earth and Space Sciences	ESS3	Earth and Human Impact	Analyzing and Interpreting Data	Patterns	3	Evaluate	Proficient	True	True	argument_construction	44
Students will demonstrate foundational understanding of Links Among Engineering, Technology, Science, and Society through developing and using models, showing mastery of energy and matter: flows, cycles, and conservation at grade 1 level.	Grade 1 Engineering Design - Links Among Engineering, Technology, Science, and Society: Energy and Matter: Flows, Cycles, and Conservation	Grade 1 Engineering Design assessment focusing on Links Among Engineering, Technology, Science, and Society through Developing and Using Models. Meets grade 1 expectations with solid understanding and competent developing and using models	model_construction	1-ETS2-1	1	Engineering Design	ETS2	Links Among Engineering, Technology, Science, and Society	Developing and Using Models	Energy and Matter: Flows, Cycles, and Conservation	2	Analyze	Foundational	True	True	model_building	38
Students will demonstrate foundational understanding of Ecosystems: Interactions, Energy, and Dynamics through using mathematics and computational thinking, showing mastery of systems and system models at grade 2 level.	Grade 2 Life Sciences - Ecosystems: Interactions, Energy, and Dynamics: Systems and System Models	Grade 2 Life Sciences assessment focusing on Ecosystems: Interactions, Energy, and Dynamics through Using Mathematics and Computational Thinking. Meets grade 2 expectations with solid understanding and competent using mathematics and computational thinking	model_construction	2-LS2-2	2	Life Sciences	LS2	Ecosystems: Interactions, Energy, and Dynamics	Using Mathematics and Computational Thinking	Systems and System Models	2	Analyze	Foundational	True	True	hands_on_investigation	27
Students will demonstrate developing understanding of Earth's Place in the Universe through using mathematics and computational thinking, showing mastery of systems and system models at grade 3 level.	Grade 3 Earth and Space Sciences - Earth's Place in the Universe: Systems and System Models	Grade 3 Earth and Space Sciences assessment focusing on Earth's Place in the Universe through Using Mathematics and Computational Thinking. Meets grade 3 expectations with solid understanding and competent using mathematics and computational thinking	scientific_inquiry	3-ESS1-3	3	Earth and Space Sciences	ESS1	Earth's Place in the Universe	Using Mathematics and Computational Thinking	Systems and System Models	1	Apply	Developing	True	True	explanation_task	27
Students will demonstrate foundational understanding of Earth's Place in the Universe through using mathematics and computational thinking, showing mastery of scale, proportion, and quantity at grade K level.	Grade K Earth and Space Sciences - Earth's Place in the Universe: Scale, Proportion, and Quantity	Grade K Earth and Space Sciences assessment focusing on Earth's Place in the Universe through Using Mathematics and Computational Thinking. Meets grade K expectations with solid understanding and competent using mathematics and computational thinking	model_construction	K-ESS1-3	K	Earth and Space Sciences	ESS1	Earth's Place in the Universe	Using Mathematics and Computational Thinking	Scale, Proportion, and Quantity	2	Analyze	Foundational	True	True	hands_on_investigation	46
Students will demonstrate proficient understanding of Links Among Engineering, Technology, Science, and Society through analyzing and interpreting data, showing mastery of scale, proportion, and quantity at grade 7 level.	Grade 7 Engineering Design - Links Among Engineering, Technology, Science, and Society: Scale, Proportion, and Quantity	Grade 7 Engineering Design assessment focusing on Links Among Engineering, Technology, Science, and Society through Analyzing and Interpreting Data. Meets grade 7 expectations with solid understanding and competent analyzing and interpreting data	data_analysis	MS-ETS2-2	7	Engineering Design	ETS2	Links Among Engineering, Technology, Science, and Society	Analyzing and Interpreting Data	Scale, Proportion, and Quantity	4	Create	Proficient	True	True	lab_investigation	25
Students will demonstrate developing understanding of Energy through engaging in argument from evidence, showing mastery of stability and change at grade 5 level.	Grade 5 Physical Sciences - Energy: Stability and Change	Grade 5 Physical Sciences assessment focusing on Energy through Engaging in Argument from Evidence. Meets grade 5 expectations with solid understanding and competent engaging in argument from evidence	evidence_evaluation	5-PS3-1	5	Physical Sciences	PS3	Energy	Engaging in Argument from Evidence	Stability and Change	2	Analyze	Developing	True	True	explanation_task	47
Students will demonstrate developing understanding of Waves and Electromagnetic Radiation through developing and using models, showing mastery of stability and change at grade 5 level.	Grade 5 Physical Sciences - Waves and Electromagnetic Radiation: Stability and Change	Grade 5 Physical Sciences assessment focusing on Waves and Electromagnetic Radiation through Developing and Using Models. Meets grade 5 expectations with solid understanding and competent developing and using models	model_construction	5-PS4-3	5	Physical Sciences	PS4	Waves and Electromagnetic Radiation	Developing and Using Models	Stability and Change	3	Evaluate	Developing	True	True	hands_on_investigation	23
Students will demonstrate proficient understanding of Waves and Electromagnetic Radiation through developing and using models, showing mastery of energy and matter: flows, cycles, and conservation at grade 8 level.	Grade 8 Physical Sciences - Waves and Electromagnetic Radiation: Energy and Matter: Flows, Cycles, and Conservation	Grade 8 Physical Sciences assessment focusing on Waves and Electromagnetic Radiation through Developing and Using Models. Meets grade 8 expectations with solid understanding and competent developing and using models	model_construction	MS-PS4-6	8	Physical Sciences	PS4	Waves and Electromagnetic Radiation	Developing and Using Models	Energy and Matter: Flows, Cycles, and Conservation	3	Evaluate	Proficient	True	True	lab_investigation	28
Students will demonstrate foundational understanding of Energy through asking questions and defining problems, showing mastery of structure and function at grade K level.	Grade K Physical Sciences - Energy: Structure and Function	Grade K Physical Sciences assessment focusing on Energy through Asking Questions and Defining Problems. Meets grade K expectations with solid understanding and competent asking questions and defining problems	data_analysis	K-PS3-4	K	Physical Sciences	PS3	Energy	Asking Questions and Defining Problems	Structure and Function	1	Apply	Foundational	True	True	hands_on_investigation	34
Students will demonstrate advanced understanding of Earth and Human Impact through asking questions and defining problems, showing mastery of systems and system models at grade 10 level.	Grade 10 Earth and Space Sciences - Earth and Human Impact: Systems and System Models	Grade 10 Earth and Space Sciences assessment focusing on Earth and Human Impact through Asking Questions and Defining Problems. Meets grade 10 expectations with solid understanding and competent asking questions and defining problems	experimental_design	HS-ESS3-2	10	Earth and Space Sciences	ESS3	Earth and Human Impact	Asking Questions and Defining Problems	Systems and System Models	3	Evaluate	Advanced	True	True	engineering_design	56
Students will demonstrate proficient understanding of Heredity: Inheritance and Variation of Traits through constructing explanations and designing solutions, showing mastery of stability and change at grade 8 level.	Grade 8 Life Sciences - Heredity: Inheritance and Variation of Traits: Stability and Change	Grade 8 Life Sciences assessment focusing on Heredity: Inheritance and Variation of Traits through Constructing Explanations and Designing Solutions. Meets grade 8 expectations with solid understanding and competent constructing explanations and designing solutions	scientific_explanation	MS-LS3-4	8	Life Sciences	LS3	Heredity: Inheritance and Variation of Traits	Constructing Explanations and Designing Solutions	Stability and Change	2	Analyze	Proficient	True	True	data_analysis	33
Students will demonstrate advanced understanding of Earth's Place in the Universe through planning and carrying out investigations, showing mastery of scale, proportion, and quantity at grade 10 level.	Grade 10 Earth and Space Sciences - Earth's Place in the Universe: Scale, Proportion, and Quantity	Grade 10 Earth and Space Sciences assessment focusing on Earth's Place in the Universe through Planning and Carrying Out Investigations. Meets grade 10 expectations with solid understanding and competent planning and carrying out investigations	experimental_design	HS-ESS1-2	10	Earth and Space Sciences	ESS1	Earth's Place in the Universe	Planning and Carrying Out Investigations	Scale, Proportion, and Quantity	3	Evaluate	Advanced	True	True	scientific_argumentation	44
Students will demonstrate foundational understanding of Waves and Electromagnetic Radiation through constructing explanations and designing solutions, showing mastery of structure and function at grade K level.	Grade K Physical Sciences - Waves and Electromagnetic Radiation: Structure and Function	Grade K Physical Sciences assessment focusing on Waves and Electromagnetic Radiation through Constructing Explanations and Designing Solutions. Meets grade K expectations with solid understanding and competent constructing explanations and designing solutions	scientific_explanation	K-PS4-2	K	Physical Sciences	PS4	Waves and Electromagnetic Radiation	Constructing Explanations and Designing Solutions	Structure and Function	1	Apply	Foundational	True	True	observation_task	57
Students will demonstrate foundational understanding of Matter and Its Interactions through developing and using models, showing mastery of patterns at grade 2 level.	Grade 2 Physical Sciences - Matter and Its Interactions: Patterns	Grade 2 Physical Sciences assessment focusing on Matter and Its Interactions through Developing and Using Models. Meets grade 2 expectations with solid understanding and competent developing and using models	model_construction	2-PS1-3	2	Physical Sciences	PS1	Matter and Its Interactions	Developing and Using Models	Patterns	2	Analyze	Foundational	True	True	observation_task	32
Students will demonstrate proficient understanding of Waves and Electromagnetic Radiation through developing and using models, showing mastery of energy and matter: flows, cycles, and conservation at grade 8 level.	Grade 8 Physical Sciences - Waves and Electromagnetic Radiation: Energy and Matter: Flows, Cycles, and Conservation	Grade 8 Physical Sciences assessment focusing on Waves and Electromagnetic Radiation through Developing and Using Models. Meets grade 8 expectations with solid understanding and competent developing and using models	model_construction	MS-PS4-6	8	Physical Sciences	PS4	Waves and Electromagnetic Radiation	Developing and Using Models	Energy and Matter: Flows, Cycles, and Conservation	4	Create	Proficient	True	True	argument_construction	36
Students will demonstrate advanced understanding of Earth's Place in the Universe through developing and using models, showing mastery of structure and function at grade 9 level.	Grade 9 Earth and Space Sciences - Earth's Place in the Universe: Structure and Function	Grade 9 Earth and Space Sciences assessment focusing on Earth's Place in the Universe through Developing and Using Models. Meets grade 9 expectations with solid understanding and competent developing and using models	model_construction	HS-ESS1-5	9	Earth and Space Sciences	ESS1	Earth's Place in the Universe	Developing and Using Models	Structure and Function	4	Create	Advanced	True	True	computational_modeling	41
Students will demonstrate foundational understanding of Energy through using mathematics and computational thinking, showing mastery of cause and effect: mechanism and explanation at grade 1 level.	Grade 1 Physical Sciences - Energy: Cause and Effect: Mechanism and Explanation	Grade 1 Physical Sciences assessment focusing on Energy through Using Mathematics and Computational Thinking. Meets grade 1 expectations with solid understanding and competent using mathematics and computational thinking	data_analysis	1-PS3-2	1	Physical Sciences	PS3	Energy	Using Mathematics and Computational Thinking	Cause and Effect: Mechanism and Explanation	2	Analyze	Foundational	True	True	hands_on_investigation	31
Students will demonstrate advanced understanding of Matter and Its Interactions through using mathematics and computational thinking, showing mastery of energy and matter: flows, cycles, and conservation at grade 12 level.	Grade 12 Physical Sciences - Matter and Its Interactions: Energy and Matter: Flows, Cycles, and Conservation	Grade 12 Physical Sciences assessment focusing on Matter and Its Interactions through Using Mathematics and Computational Thinking. Meets grade 12 expectations with solid understanding and competent using mathematics and computational thinking	scientific_explanation	HS-PS1-1	12	Physical Sciences	PS1	Matter and Its Interactions	Using Mathematics and Computational Thinking	Energy and Matter: Flows, Cycles, and Conservation	3	Evaluate	Advanced	True	True	computational_modeling	45
Students will demonstrate advanced understanding of Ecosystems: Interactions, Energy, and Dynamics through analyzing and interpreting data, showing mastery of stability and change at grade 12 level.	Grade 12 Life Sciences - Ecosystems: Interactions, Energy, and Dynamics: Stability and Change	Grade 12 Life Sciences assessment focusing on Ecosystems: Interactions, Energy, and Dynamics through Analyzing and Interpreting Data. Meets grade 12 expectations with solid understanding and competent analyzing and interpreting data	data_analysis	HS-LS2-1	12	Life Sciences	LS2	Ecosystems: Interactions, Energy, and Dynamics	Analyzing and Interpreting Data	Stability and Change	4	Create	Advanced	True	True	research_project	21
Students will demonstrate advanced understanding of From Molecules to Organisms: Structures and Processes through planning and carrying out investigations, showing mastery of cause and effect: mechanism and explanation at grade 10 level.	Grade 10 Life Sciences - From Molecules to Organisms: Structures and Processes: Cause and Effect: Mechanism and Explanation	Grade 10 Life Sciences assessment focusing on From Molecules to Organisms: Structures and Processes through Planning and Carrying Out Investigations. Meets grade 10 expectations with solid understanding and competent planning and carrying out investigations	experimental_design	HS-LS1-1	10	Life Sciences	LS1	From Molecules to Organisms: Structures and Processes	Planning and Carrying Out Investigations	Cause and Effect: Mechanism and Explanation	3	Evaluate	Advanced	True	True	computational_modeling	22
Students will demonstrate foundational understanding of Engineering Design Process through engaging in argument from evidence, showing mastery of energy and matter: flows, cycles, and conservation at grade 1 level.	Grade 1 Engineering Design - Engineering Design Process: Energy and Matter: Flows, Cycles, and Conservation	Grade 1 Engineering Design assessment focusing on Engineering Design Process through Engaging in Argument from Evidence. Meets grade 1 expectations with solid understanding and competent engaging in argument from evidence	evidence_evaluation	1-ETS1-2	1	Engineering Design	ETS1	Engineering Design Process	Engaging in Argument from Evidence	Energy and Matter: Flows, Cycles, and Conservation	1	Apply	Foundational	True	True	observation_task	55
Students will demonstrate advanced understanding of Waves and Electromagnetic Radiation through analyzing and interpreting data, showing mastery of stability and change at grade 11 level.	Grade 11 Physical Sciences - Waves and Electromagnetic Radiation: Stability and Change	Grade 11 Physical Sciences assessment focusing on Waves and Electromagnetic Radiation through Analyzing and Interpreting Data. Meets grade 11 expectations with solid understanding and competent analyzing and interpreting data	data_analysis	HS-PS4-2	11	Physical Sciences	PS4	Waves and Electromagnetic Radiation	Analyzing and Interpreting Data	Stability and Change	3	Evaluate	Advanced	True	True	research_project	34
Students will demonstrate foundational understanding of Earth and Human Impact through planning and carrying out investigations, showing mastery of energy and matter: flows, cycles, and conservation at grade K level.	Grade K Earth and Space Sciences - Earth and Human Impact: Energy and Matter: Flows, Cycles, and Conservation	Grade K Earth and Space Sciences assessment focusing on Earth and Human Impact through Planning and Carrying Out Investigations. Meets grade K expectations with solid understanding and competent planning and carrying out investigations	experimental_design	K-ESS3-1	K	Earth and Space Sciences	ESS3	Earth and Human Impact	Planning and Carrying Out Investigations	Energy and Matter: Flows, Cycles, and Conservation	1	Apply	Foundational	True	True	model_building	22
Students will demonstrate proficient understanding of Earth's Systems through using mathematics and computational thinking, showing mastery of patterns at grade 8 level.	Grade 8 Earth and Space Sciences - Earth's Systems: Patterns	Grade 8 Earth and Space Sciences assessment focusing on Earth's Systems through Using Mathematics and Computational Thinking. Meets grade 8 expectations with solid understanding and competent using mathematics and computational thinking	experimental_design	MS-ESS2-1	8	Earth and Space Sciences	ESS2	Earth's Systems	Using Mathematics and Computational Thinking	Patterns	3	Evaluate	Proficient	True	True	design_challenge	51
Students will demonstrate proficient understanding of Earth's Place in the Universe through asking questions and defining problems, showing mastery of scale, proportion, and quantity at grade 8 level.	Grade 8 Earth and Space Sciences - Earth's Place in the Universe: Scale, Proportion, and Quantity	Grade 8 Earth and Space Sciences assessment focusing on Earth's Place in the Universe through Asking Questions and Defining Problems. Meets grade 8 expectations with solid understanding and competent asking questions and defining problems	evidence_evaluation	MS-ESS1-2	8	Earth and Space Sciences	ESS1	Earth's Place in the Universe	Asking Questions and Defining Problems	Scale, Proportion, and Quantity	4	Create	Proficient	True	True	design_challenge	35
Students will demonstrate advanced understanding of From Molecules to Organisms: Structures and Processes through engaging in argument from evidence, showing mastery of patterns at grade 10 level.	Grade 10 Life Sciences - From Molecules to Organisms: Structures and Processes: Patterns	Grade 10 Life Sciences assessment focusing on From Molecules to Organisms: Structures and Processes through Engaging in Argument from Evidence. Meets grade 10 expectations with solid understanding and competent engaging in argument from evidence	evidence_evaluation	HS-LS1-5	10	Life Sciences	LS1	From Molecules to Organisms: Structures and Processes	Engaging in Argument from Evidence	Patterns	4	Create	Advanced	True	True	computational_modeling	24
Students will demonstrate advanced understanding of Ecosystems: Interactions, Energy, and Dynamics through planning and carrying out investigations, showing mastery of stability and change at grade 10 level.	Grade 10 Life Sciences - Ecosystems: Interactions, Energy, and Dynamics: Stability and Change	Grade 10 Life Sciences assessment focusing on Ecosystems: Interactions, Energy, and Dynamics through Planning and Carrying Out Investigations. Meets grade 10 expectations with solid understanding and competent planning and carrying out investigations	experimental_design	HS-LS2-3	10	Life Sciences	LS2	Ecosystems: Interactions, Energy, and Dynamics	Planning and Carrying Out Investigations	Stability and Change	4	Create	Advanced	True	True	computational_modeling	24
Students will demonstrate foundational understanding of Earth's Place in the Universe through constructing explanations and designing solutions, showing mastery of energy and matter: flows, cycles, and conservation at grade 1 level.	Grade 1 Earth and Space Sciences - Earth's Place in the Universe: Energy and Matter: Flows, Cycles, and Conservation	Grade 1 Earth and Space Sciences assessment focusing on Earth's Place in the Universe through Constructing Explanations and Designing Solutions. Meets grade 1 expectations with solid understanding and competent constructing explanations and designing solutions	scientific_explanation	1-ESS1-1	1	Earth and Space Sciences	ESS1	Earth's Place in the Universe	Constructing Explanations and Designing Solutions	Energy and Matter: Flows, Cycles, and Conservation	1	Apply	Foundational	True	True	hands_on_investigation	34
Students will demonstrate proficient understanding of Earth's Place in the Universe through constructing explanations and designing solutions, showing mastery of systems and system models at grade 6 level.	Grade 6 Earth and Space Sciences - Earth's Place in the Universe: Systems and System Models	Grade 6 Earth and Space Sciences assessment focusing on Earth's Place in the Universe through Constructing Explanations and Designing Solutions. Meets grade 6 expectations with solid understanding and competent constructing explanations and designing solutions	scientific_explanation	MS-ESS1-4	6	Earth and Space Sciences	ESS1	Earth's Place in the Universe	Constructing Explanations and Designing Solutions	Systems and System Models	4	Create	Proficient	True	True	argument_construction	54
Students will demonstrate foundational understanding of Energy through analyzing and interpreting data, showing mastery of stability and change at grade K level.	Grade K Physical Sciences - Energy: Stability and Change	Grade K Physical Sciences assessment focusing on Energy through Analyzing and Interpreting Data. Meets grade K expectations with solid understanding and competent analyzing and interpreting data	data_analysis	K-PS3-1	K	Physical Sciences	PS3	Energy	Analyzing and Interpreting Data	Stability and Change	1	Apply	Foundational	True	True	explanation_task	23
Students will demonstrate foundational understanding of Earth's Place in the Universe through obtaining, evaluating, and communicating information, showing mastery of structure and function at grade 1 level.	Grade 1 Earth and Space Sciences - Earth's Place in the Universe: Structure and Function	Grade 1 Earth and Space Sciences assessment focusing on Earth's Place in the Universe through Obtaining, Evaluating, and Communicating Information. Meets grade 1 expectations with solid understanding and competent obtaining, evaluating, and communicating information	engineering_design	1-ESS1-2	1	Earth and Space Sciences	ESS1	Earth's Place in the Universe	Obtaining, Evaluating, and Communicating Information	Structure and Function	2	Analyze	Foundational	True	True	hands_on_investigation	49
Students will demonstrate foundational understanding of Links Among Engineering, Technology, Science, and Society through asking questions and defining problems, showing mastery of cause and effect: mechanism and explanation at grade 1 level.	Grade 1 Engineering Design - Links Among Engineering, Technology, Science, and Society: Cause and Effect: Mechanism and Explanation	Grade 1 Engineering Design assessment focusing on Links Among Engineering, Technology, Science, and Society through Asking Questions and Defining Problems. Meets grade 1 expectations with solid understanding and competent asking questions and defining problems	data_analysis	1-ETS2-4	1	Engineering Design	ETS2	Links Among Engineering, Technology, Science, and Society	Asking Questions and Defining Problems	Cause and Effect: Mechanism and Explanation	1	Apply	Foundational	True	True	model_building	59
Students will demonstrate proficient understanding of Ecosystems: Interactions, Energy, and Dynamics through planning and carrying out investigations, showing mastery of scale, proportion, and quantity at grade 6 level.	Grade 6 Life Sciences - Ecosystems: Interactions, Energy, and Dynamics: Scale, Proportion, and Quantity	Grade 6 Life Sciences assessment focusing on Ecosystems: Interactions, Energy, and Dynamics through Planning and Carrying Out Investigations. Meets grade 6 expectations with solid understanding and competent planning and carrying out investigations	experimental_design	MS-LS2-3	6	Life Sciences	LS2	Ecosystems: Interactions, Energy, and Dynamics	Planning and Carrying Out Investigations	Scale, Proportion, and Quantity	2	Analyze	Proficient	True	True	design_challenge	29
Students will demonstrate foundational understanding of Energy through engaging in argument from evidence, showing mastery of scale, proportion, and quantity at grade 2 level.	Grade 2 Physical Sciences - Energy: Scale, Proportion, and Quantity	Grade 2 Physical Sciences assessment focusing on Energy through Engaging in Argument from Evidence. Meets grade 2 expectations with solid understanding and competent engaging in argument from evidence	evidence_evaluation	2-PS3-3	2	Physical Sciences	PS3	Energy	Engaging in Argument from Evidence	Scale, Proportion, and Quantity	1	Apply	Foundational	True	True	model_building	37
Students will demonstrate foundational understanding of Earth's Systems through constructing explanations and designing solutions, showing mastery of structure and function at grade K level.	Grade K Earth and Space Sciences - Earth's Systems: Structure and Function	Grade K Earth and Space Sciences assessment focusing on Earth's Systems through Constructing Explanations and Designing Solutions. Meets grade K expectations with solid understanding and competent constructing explanations and designing solutions	scientific_explanation	K-ESS2-2	K	Earth and Space Sciences	ESS2	Earth's Systems	Constructing Explanations and Designing Solutions	Structure and Function	2	Analyze	Foundational	True	True	explanation_task	20
Students will demonstrate developing understanding of From Molecules to Organisms: Structures and Processes through analyzing and interpreting data, showing mastery of systems and system models at grade 5 level.	Grade 5 Life Sciences - From Molecules to Organisms: Structures and Processes: Systems and System Models	Grade 5 Life Sciences assessment focusing on From Molecules to Organisms: Structures and Processes through Analyzing and Interpreting Data. Meets grade 5 expectations with solid understanding and competent analyzing and interpreting data	data_analysis	5-LS1-1	5	Life Sciences	LS1	From Molecules to Organisms: Structures and Processes	Analyzing and Interpreting Data	Systems and System Models	2	Analyze	Developing	True	True	explanation_task	57
Students will demonstrate developing understanding of Waves and Electromagnetic Radiation through analyzing and interpreting data, showing mastery of patterns at grade 5 level.	Grade 5 Physical Sciences - Waves and Electromagnetic Radiation: Patterns	Grade 5 Physical Sciences assessment focusing on Waves and Electromagnetic Radiation through Analyzing and Interpreting Data. Meets grade 5 expectations with solid understanding and competent analyzing and interpreting data	data_analysis	5-PS4-1	5	Physical Sciences	PS4	Waves and Electromagnetic Radiation	Analyzing and Interpreting Data	Patterns	2	Analyze	Developing	True	True	model_building	47
Students will demonstrate developing understanding of Forces and Interactions through asking questions and defining problems, showing mastery of structure and function at grade 5 level.	Grade 5 Physical Sciences - Forces and Interactions: Structure and Function	Grade 5 Physical Sciences assessment focusing on Forces and Interactions through Asking Questions and Defining Problems. Meets grade 5 expectations with solid understanding and competent asking questions and defining problems	scientific_inquiry	5-PS2-5	5	Physical Sciences	PS2	Forces and Interactions	Asking Questions and Defining Problems	Structure and Function	1	Apply	Developing	True	True	explanation_task	60
Students will demonstrate developing understanding of Energy through developing and using models, showing mastery of stability and change at grade 5 level.	Grade 5 Physical Sciences - Energy: Stability and Change	Grade 5 Physical Sciences assessment focusing on Energy through Developing and Using Models. Meets grade 5 expectations with solid understanding and competent developing and using models	model_construction	5-PS3-3	5	Physical Sciences	PS3	Energy	Developing and Using Models	Stability and Change	2	Analyze	Developing	True	True	observation_task	35
Students will demonstrate proficient understanding of Waves and Electromagnetic Radiation through asking questions and defining problems, showing mastery of patterns at grade 6 level.	Grade 6 Physical Sciences - Waves and Electromagnetic Radiation: Patterns	Grade 6 Physical Sciences assessment focusing on Waves and Electromagnetic Radiation through Asking Questions and Defining Problems. Meets grade 6 expectations with solid understanding and competent asking questions and defining problems	data_analysis	MS-PS4-1	6	Physical Sciences	PS4	Waves and Electromagnetic Radiation	Asking Questions and Defining Problems	Patterns	3	Evaluate	Proficient	True	True	argument_construction	36
Students will demonstrate foundational understanding of Links Among Engineering, Technology, Science, and Society through planning and carrying out investigations, showing mastery of patterns at grade K level.	Grade K Engineering Design - Links Among Engineering, Technology, Science, and Society: Patterns	Grade K Engineering Design assessment focusing on Links Among Engineering, Technology, Science, and Society through Planning and Carrying Out Investigations. Meets grade K expectations with solid understanding and competent planning and carrying out investigations	experimental_design	K-ETS2-2	K	Engineering Design	ETS2	Links Among Engineering, Technology, Science, and Society	Planning and Carrying Out Investigations	Patterns	1	Apply	Foundational	True	True	model_building	53
Students will demonstrate developing understanding of Waves and Electromagnetic Radiation through analyzing and interpreting data, showing mastery of patterns at grade 3 level.	Grade 3 Physical Sciences - Waves and Electromagnetic Radiation: Patterns	Grade 3 Physical Sciences assessment focusing on Waves and Electromagnetic Radiation through Analyzing and Interpreting Data. Meets grade 3 expectations with solid understanding and competent analyzing and interpreting data	data_analysis	3-PS4-3	3	Physical Sciences	PS4	Waves and Electromagnetic Radiation	Analyzing and Interpreting Data	Patterns	3	Evaluate	Developing	True	True	observation_task	24
Students will demonstrate advanced understanding of Forces and Interactions through engaging in argument from evidence, showing mastery of systems and system models at grade 11 level.	Grade 11 Physical Sciences - Forces and Interactions: Systems and System Models	Grade 11 Physical Sciences assessment focusing on Forces and Interactions through Engaging in Argument from Evidence. Meets grade 11 expectations with solid understanding and competent engaging in argument from evidence	evidence_evaluation	HS-PS2-3	11	Physical Sciences	PS2	Forces and Interactions	Engaging in Argument from Evidence	Systems and System Models	3	Evaluate	Advanced	True	True	engineering_design	29
Students will demonstrate developing understanding of Earth's Systems through obtaining, evaluating, and communicating information, showing mastery of structure and function at grade 4 level.	Grade 4 Earth and Space Sciences - Earth's Systems: Structure and Function	Grade 4 Earth and Space Sciences assessment focusing on Earth's Systems through Obtaining, Evaluating, and Communicating Information. Meets grade 4 expectations with solid understanding and competent obtaining, evaluating, and communicating information	model_construction	4-ESS2-2	4	Earth and Space Sciences	ESS2	Earth's Systems	Obtaining, Evaluating, and Communicating Information	Structure and Function	1	Apply	Developing	True	True	model_building	27
Students will demonstrate proficient understanding of Earth's Place in the Universe through constructing explanations and designing solutions, showing mastery of stability and change at grade 8 level.	Grade 8 Earth and Space Sciences - Earth's Place in the Universe: Stability and Change	Grade 8 Earth and Space Sciences assessment focusing on Earth's Place in the Universe through Constructing Explanations and Designing Solutions. Meets grade 8 expectations with solid understanding and competent constructing explanations and designing solutions	scientific_explanation	MS-ESS1-5	8	Earth and Space Sciences	ESS1	Earth's Place in the Universe	Constructing Explanations and Designing Solutions	Stability and Change	2	Analyze	Proficient	True	True	argument_construction	49
Students will demonstrate developing understanding of Energy through analyzing and interpreting data, showing mastery of stability and change at grade 4 level.	Grade 4 Physical Sciences - Energy: Stability and Change	Grade 4 Physical Sciences assessment focusing on Energy through Analyzing and Interpreting Data. Meets grade 4 expectations with solid understanding and competent analyzing and interpreting data	data_analysis	4-PS3-4	4	Physical Sciences	PS3	Energy	Analyzing and Interpreting Data	Stability and Change	1	Apply	Developing	True	True	observation_task	56
Students will demonstrate advanced understanding of From Molecules to Organisms: Structures and Processes through planning and carrying out investigations, showing mastery of cause and effect: mechanism and explanation at grade 10 level.	Grade 10 Life Sciences - From Molecules to Organisms: Structures and Processes: Cause and Effect: Mechanism and Explanation	Grade 10 Life Sciences assessment focusing on From Molecules to Organisms: Structures and Processes through Planning and Carrying Out Investigations. Meets grade 10 expectations with solid understanding and competent planning and carrying out investigations	experimental_design	HS-LS1-1	10	Life Sciences	LS1	From Molecules to Organisms: Structures and Processes	Planning and Carrying Out Investigations	Cause and Effect: Mechanism and Explanation	3	Evaluate	Advanced	True	True	research_project	39
Students will demonstrate advanced understanding of Earth's Systems through obtaining, evaluating, and communicating information, showing mastery of patterns at grade 10 level.	Grade 10 Earth and Space Sciences - Earth's Systems: Patterns	Grade 10 Earth and Space Sciences assessment focusing on Earth's Systems through Obtaining, Evaluating, and Communicating Information. Meets grade 10 expectations with solid understanding and competent obtaining, evaluating, and communicating information	scientific_explanation	HS-ESS2-2	10	Earth and Space Sciences	ESS2	Earth's Systems	Obtaining, Evaluating, and Communicating Information	Patterns	4	Create	Advanced	True	True	research_project	60
Students will demonstrate advanced understanding of Heredity: Inheritance and Variation of Traits through asking questions and defining problems, showing mastery of cause and effect: mechanism and explanation at grade 11 level.	Grade 11 Life Sciences - Heredity: Inheritance and Variation of Traits: Cause and Effect: Mechanism and Explanation	Grade 11 Life Sciences assessment focusing on Heredity: Inheritance and Variation of Traits through Asking Questions and Defining Problems. Meets grade 11 expectations with solid understanding and competent asking questions and defining problems	data_analysis	HS-LS3-5	11	Life Sciences	LS3	Heredity: Inheritance and Variation of Traits	Asking Questions and Defining Problems	Cause and Effect: Mechanism and Explanation	4	Create	Advanced	True	True	engineering_design	31
Students will demonstrate foundational understanding of Heredity: Inheritance and Variation of Traits through asking questions and defining problems, showing mastery of structure and function at grade 2 level.	Grade 2 Life Sciences - Heredity: Inheritance and Variation of Traits: Structure and Function	Grade 2 Life Sciences assessment focusing on Heredity: Inheritance and Variation of Traits through Asking Questions and Defining Problems. Meets grade 2 expectations with solid understanding and competent asking questions and defining problems	scientific_inquiry	2-LS3-2	2	Life Sciences	LS3	Heredity: Inheritance and Variation of Traits	Asking Questions and Defining Problems	Structure and Function	1	Apply	Foundational	True	True	observation_task	60
Students will demonstrate proficient understanding of Ecosystems: Interactions, Energy, and Dynamics through using mathematics and computational thinking, showing mastery of structure and function at grade 6 level.	Grade 6 Life Sciences - Ecosystems: Interactions, Energy, and Dynamics: Structure and Function	Grade 6 Life Sciences assessment focusing on Ecosystems: Interactions, Energy, and Dynamics through Using Mathematics and Computational Thinking. Meets grade 6 expectations with solid understanding and competent using mathematics and computational thinking	model_construction	MS-LS2-6	6	Life Sciences	LS2	Ecosystems: Interactions, Energy, and Dynamics	Using Mathematics and Computational Thinking	Structure and Function	3	Evaluate	Proficient	True	True	lab_investigation	60
Students will demonstrate proficient understanding of Waves and Electromagnetic Radiation through developing and using models, showing mastery of scale, proportion, and quantity at grade 7 level.	Grade 7 Physical Sciences - Waves and Electromagnetic Radiation: Scale, Proportion, and Quantity	Grade 7 Physical Sciences assessment focusing on Waves and Electromagnetic Radiation through Developing and Using Models. Meets grade 7 expectations with solid understanding and competent developing and using models	model_construction	MS-PS4-4	7	Physical Sciences	PS4	Waves and Electromagnetic Radiation	Developing and Using Models	Scale, Proportion, and Quantity	4	Create	Proficient	True	True	lab_investigation	38
Students will demonstrate advanced understanding of Earth's Systems through constructing explanations and designing solutions, showing mastery of stability and change at grade 11 level.	Grade 11 Earth and Space Sciences - Earth's Systems: Stability and Change	Grade 11 Earth and Space Sciences assessment focusing on Earth's Systems through Constructing Explanations and Designing Solutions. Meets grade 11 expectations with solid understanding and competent constructing explanations and designing solutions	scientific_explanation	HS-ESS2-2	11	Earth and Space Sciences	ESS2	Earth's Systems	Constructing Explanations and Designing Solutions	Stability and Change	4	Create	Advanced	True	True	research_project	50
Students will demonstrate developing understanding of Biological Evolution: Unity and Diversity through analyzing and interpreting data, showing mastery of systems and system models at grade 5 level.	Grade 5 Life Sciences - Biological Evolution: Unity and Diversity: Systems and System Models	Grade 5 Life Sciences assessment focusing on Biological Evolution: Unity and Diversity through Analyzing and Interpreting Data. Meets grade 5 expectations with solid understanding and competent analyzing and interpreting data	data_analysis	5-LS4-3	5	Life Sciences	LS4	Biological Evolution: Unity and Diversity	Analyzing and Interpreting Data	Systems and System Models	3	Evaluate	Developing	True	True	hands_on_investigation	46
Students will demonstrate proficient understanding of Energy through obtaining, evaluating, and communicating information, showing mastery of structure and function at grade 8 level.	Grade 8 Physical Sciences - Energy: Structure and Function	Grade 8 Physical Sciences assessment focusing on Energy through Obtaining, Evaluating, and Communicating Information. Meets grade 8 expectations with solid understanding and competent obtaining, evaluating, and communicating information	engineering_design	MS-PS3-3	8	Physical Sciences	PS3	Energy	Obtaining, Evaluating, and Communicating Information	Structure and Function	2	Analyze	Proficient	True	True	argument_construction	60
Students will demonstrate advanced understanding of Ecosystems: Interactions, Energy, and Dynamics through analyzing and interpreting data, showing mastery of cause and effect: mechanism and explanation at grade 10 level.	Grade 10 Life Sciences - Ecosystems: Interactions, Energy, and Dynamics: Cause and Effect: Mechanism and Explanation	Grade 10 Life Sciences assessment focusing on Ecosystems: Interactions, Energy, and Dynamics through Analyzing and Interpreting Data. Meets grade 10 expectations with solid understanding and competent analyzing and interpreting data	data_analysis	HS-LS2-2	10	Life Sciences	LS2	Ecosystems: Interactions, Energy, and Dynamics	Analyzing and Interpreting Data	Cause and Effect: Mechanism and Explanation	4	Create	Advanced	True	True	computational_modeling	28
Students will demonstrate advanced understanding of Earth's Place in the Universe through using mathematics and computational thinking, showing mastery of structure and function at grade 11 level.	Grade 11 Earth and Space Sciences - Earth's Place in the Universe: Structure and Function	Grade 11 Earth and Space Sciences assessment focusing on Earth's Place in the Universe through Using Mathematics and Computational Thinking. Meets grade 11 expectations with solid understanding and competent using mathematics and computational thinking	experimental_design	HS-ESS1-3	11	Earth and Space Sciences	ESS1	Earth's Place in the Universe	Using Mathematics and Computational Thinking	Structure and Function	3	Evaluate	Advanced	True	True	computational_modeling	55
Students will demonstrate advanced understanding of Forces and Interactions through constructing explanations and designing solutions, showing mastery of stability and change at grade 12 level.	Grade 12 Physical Sciences - Forces and Interactions: Stability and Change	Grade 12 Physical Sciences assessment focusing on Forces and Interactions through Constructing Explanations and Designing Solutions. Meets grade 12 expectations with solid understanding and competent constructing explanations and designing solutions	scientific_explanation	HS-PS2-5	12	Physical Sciences	PS2	Forces and Interactions	Constructing Explanations and Designing Solutions	Stability and Change	4	Create	Advanced	True	True	computational_modeling	52
Students will demonstrate advanced understanding of Forces and Interactions through analyzing and interpreting data, showing mastery of systems and system models at grade 10 level.	Grade 10 Physical Sciences - Forces and Interactions: Systems and System Models	Grade 10 Physical Sciences assessment focusing on Forces and Interactions through Analyzing and Interpreting Data. Meets grade 10 expectations with solid understanding and competent analyzing and interpreting data	data_analysis	HS-PS2-1	10	Physical Sciences	PS2	Forces and Interactions	Analyzing and Interpreting Data	Systems and System Models	3	Evaluate	Advanced	True	True	scientific_argumentation	51
Students will demonstrate advanced understanding of Energy through obtaining, evaluating, and communicating information, showing mastery of cause and effect: mechanism and explanation at grade 12 level.	Grade 12 Physical Sciences - Energy: Cause and Effect: Mechanism and Explanation	Grade 12 Physical Sciences assessment focusing on Energy through Obtaining, Evaluating, and Communicating Information. Meets grade 12 expectations with solid understanding and competent obtaining, evaluating, and communicating information	model_construction	HS-PS3-1	12	Physical Sciences	PS3	Energy	Obtaining, Evaluating, and Communicating Information	Cause and Effect: Mechanism and Explanation	4	Create	Advanced	True	True	computational_modeling	48
Students will demonstrate developing understanding of Earth's Systems through obtaining, evaluating, and communicating information, showing mastery of structure and function at grade 4 level.	Grade 4 Earth and Space Sciences - Earth's Systems: Structure and Function	Grade 4 Earth and Space Sciences assessment focusing on Earth's Systems through Obtaining, Evaluating, and Communicating Information. Meets grade 4 expectations with solid understanding and competent obtaining, evaluating, and communicating information	experimental_design	4-ESS2-2	4	Earth and Space Sciences	ESS2	Earth's Systems	Obtaining, Evaluating, and Communicating Information	Structure and Function	1	Apply	Developing	True	True	hands_on_investigation	60
Students will demonstrate proficient understanding of Links Among Engineering, Technology, Science, and Society through obtaining, evaluating, and communicating information, showing mastery of structure and function at grade 8 level.	Grade 8 Engineering Design - Links Among Engineering, Technology, Science, and Society: Structure and Function	Grade 8 Engineering Design assessment focusing on Links Among Engineering, Technology, Science, and Society through Obtaining, Evaluating, and Communicating Information. Meets grade 8 expectations with solid understanding and competent obtaining, evaluating, and communicating information	data_analysis	MS-ETS2-3	8	Engineering Design	ETS2	Links Among Engineering, Technology, Science, and Society	Obtaining, Evaluating, and Communicating Information	Structure and Function	4	Create	Proficient	True	True	design_challenge	32
Students will demonstrate proficient understanding of Earth and Human Impact through analyzing and interpreting data, showing mastery of stability and change at grade 6 level.	Grade 6 Earth and Space Sciences - Earth and Human Impact: Stability and Change	Grade 6 Earth and Space Sciences assessment focusing on Earth and Human Impact through Analyzing and Interpreting Data. Meets grade 6 expectations with solid understanding and competent analyzing and interpreting data	data_analysis	MS-ESS3-1	6	Earth and Space Sciences	ESS3	Earth and Human Impact	Analyzing and Interpreting Data	Stability and Change	3	Evaluate	Proficient	True	True	lab_investigation	57
Students will demonstrate developing understanding of Forces and Interactions through asking questions and defining problems, showing mastery of scale, proportion, and quantity at grade 4 level.	Grade 4 Physical Sciences - Forces and Interactions: Scale, Proportion, and Quantity	Grade 4 Physical Sciences assessment focusing on Forces and Interactions through Asking Questions and Defining Problems. Meets grade 4 expectations with solid understanding and competent asking questions and defining problems	experimental_design	4-PS2-2	4	Physical Sciences	PS2	Forces and Interactions	Asking Questions and Defining Problems	Scale, Proportion, and Quantity	3	Evaluate	Developing	True	True	model_building	45
Students will demonstrate developing understanding of Energy through obtaining, evaluating, and communicating information, showing mastery of energy and matter: flows, cycles, and conservation at grade 3 level.	Grade 3 Physical Sciences - Energy: Energy and Matter: Flows, Cycles, and Conservation	Grade 3 Physical Sciences assessment focusing on Energy through Obtaining, Evaluating, and Communicating Information. Meets grade 3 expectations with solid understanding and competent obtaining, evaluating, and communicating information	scientific_explanation	3-PS3-3	3	Physical Sciences	PS3	Energy	Obtaining, Evaluating, and Communicating Information	Energy and Matter: Flows, Cycles, and Conservation	3	Evaluate	Developing	True	True	hands_on_investigation	58
Students will demonstrate advanced understanding of Forces and Interactions through analyzing and interpreting data, showing mastery of systems and system models at grade 9 level.	Grade 9 Physical Sciences - Forces and Interactions: Systems and System Models	Grade 9 Physical Sciences assessment focusing on Forces and Interactions through Analyzing and Interpreting Data. Meets grade 9 expectations with solid understanding and competent analyzing and interpreting data	data_analysis	HS-PS2-1	9	Physical Sciences	PS2	Forces and Interactions	Analyzing and Interpreting Data	Systems and System Models	4	Create	Advanced	True	True	computational_modeling	39
Students will demonstrate advanced understanding of Engineering Design Process through planning and carrying out investigations, showing mastery of scale, proportion, and quantity at grade 10 level.	Grade 10 Engineering Design - Engineering Design Process: Scale, Proportion, and Quantity	Grade 10 Engineering Design assessment focusing on Engineering Design Process through Planning and Carrying Out Investigations. Meets grade 10 expectations with solid understanding and competent planning and carrying out investigations	experimental_design	HS-ETS1-3	10	Engineering Design	ETS1	Engineering Design Process	Planning and Carrying Out Investigations	Scale, Proportion, and Quantity	3	Evaluate	Advanced	True	True	engineering_design	24
Students will demonstrate proficient understanding of Earth and Human Impact through using mathematics and computational thinking, showing mastery of stability and change at grade 6 level.	Grade 6 Earth and Space Sciences - Earth and Human Impact: Stability and Change	Grade 6 Earth and Space Sciences assessment focusing on Earth and Human Impact through Using Mathematics and Computational Thinking. Meets grade 6 expectations with solid understanding and competent using mathematics and computational thinking	hypothesis_formation	MS-ESS3-3	6	Earth and Space Sciences	ESS3	Earth and Human Impact	Using Mathematics and Computational Thinking	Stability and Change	2	Analyze	Proficient	True	True	data_analysis	55
Students will demonstrate advanced understanding of Forces and Interactions through constructing explanations and designing solutions, showing mastery of cause and effect: mechanism and explanation at grade 12 level.	Grade 12 Physical Sciences - Forces and Interactions: Cause and Effect: Mechanism and Explanation	Grade 12 Physical Sciences assessment focusing on Forces and Interactions through Constructing Explanations and Designing Solutions. Meets grade 12 expectations with solid understanding and competent constructing explanations and designing solutions	scientific_explanation	HS-PS2-1	12	Physical Sciences	PS2	Forces and Interactions	Constructing Explanations and Designing Solutions	Cause and Effect: Mechanism and Explanation	4	Create	Advanced	True	True	scientific_argumentation	38
Students will demonstrate foundational understanding of Links Among Engineering, Technology, Science, and Society through constructing explanations and designing solutions, showing mastery of stability and change at grade 2 level.	Grade 2 Engineering Design - Links Among Engineering, Technology, Science, and Society: Stability and Change	Grade 2 Engineering Design assessment focusing on Links Among Engineering, Technology, Science, and Society through Constructing Explanations and Designing Solutions. Meets grade 2 expectations with solid understanding and competent constructing explanations and designing solutions	scientific_explanation	2-ETS2-3	2	Engineering Design	ETS2	Links Among Engineering, Technology, Science, and Society	Constructing Explanations and Designing Solutions	Stability and Change	2	Analyze	Foundational	True	True	hands_on_investigation	44
Students will demonstrate developing understanding of Energy through engaging in argument from evidence, showing mastery of stability and change at grade 5 level.	Grade 5 Physical Sciences - Energy: Stability and Change	Grade 5 Physical Sciences assessment focusing on Energy through Engaging in Argument from Evidence. Meets grade 5 expectations with solid understanding and competent engaging in argument from evidence	evidence_evaluation	5-PS3-1	5	Physical Sciences	PS3	Energy	Engaging in Argument from Evidence	Stability and Change	1	Apply	Developing	True	True	model_building	47
Students will demonstrate advanced understanding of Earth's Systems through analyzing and interpreting data, showing mastery of scale, proportion, and quantity at grade 11 level.	Grade 11 Earth and Space Sciences - Earth's Systems: Scale, Proportion, and Quantity	Grade 11 Earth and Space Sciences assessment focusing on Earth's Systems through Analyzing and Interpreting Data. Meets grade 11 expectations with solid understanding and competent analyzing and interpreting data	data_analysis	HS-ESS2-1	11	Earth and Space Sciences	ESS2	Earth's Systems	Analyzing and Interpreting Data	Scale, Proportion, and Quantity	3	Evaluate	Advanced	True	True	engineering_design	22
Students will demonstrate proficient understanding of Biological Evolution: Unity and Diversity through asking questions and defining problems, showing mastery of structure and function at grade 8 level.	Grade 8 Life Sciences - Biological Evolution: Unity and Diversity: Structure and Function	Grade 8 Life Sciences assessment focusing on Biological Evolution: Unity and Diversity through Asking Questions and Defining Problems. Meets grade 8 expectations with solid understanding and competent asking questions and defining problems	scientific_inquiry	MS-LS4-4	8	Life Sciences	LS4	Biological Evolution: Unity and Diversity	Asking Questions and Defining Problems	Structure and Function	3	Evaluate	Proficient	True	True	data_analysis	41
Students will demonstrate developing understanding of Heredity: Inheritance and Variation of Traits through obtaining, evaluating, and communicating information, showing mastery of energy and matter: flows, cycles, and conservation at grade 4 level.	Grade 4 Life Sciences - Heredity: Inheritance and Variation of Traits: Energy and Matter: Flows, Cycles, and Conservation	Grade 4 Life Sciences assessment focusing on Heredity: Inheritance and Variation of Traits through Obtaining, Evaluating, and Communicating Information. Meets grade 4 expectations with solid understanding and competent obtaining, evaluating, and communicating information	evidence_evaluation	4-LS3-2	4	Life Sciences	LS3	Heredity: Inheritance and Variation of Traits	Obtaining, Evaluating, and Communicating Information	Energy and Matter: Flows, Cycles, and Conservation	1	Apply	Developing	True	True	hands_on_investigation	21
Students will demonstrate proficient understanding of From Molecules to Organisms: Structures and Processes through asking questions and defining problems, showing mastery of scale, proportion, and quantity at grade 6 level.	Grade 6 Life Sciences - From Molecules to Organisms: Structures and Processes: Scale, Proportion, and Quantity	Grade 6 Life Sciences assessment focusing on From Molecules to Organisms: Structures and Processes through Asking Questions and Defining Problems. Meets grade 6 expectations with solid understanding and competent asking questions and defining problems	data_analysis	MS-LS1-4	6	Life Sciences	LS1	From Molecules to Organisms: Structures and Processes	Asking Questions and Defining Problems	Scale, Proportion, and Quantity	4	Create	Proficient	True	True	lab_investigation	28
Students will demonstrate proficient understanding of Links Among Engineering, Technology, Science, and Society through developing and using models, showing mastery of scale, proportion, and quantity at grade 8 level.	Grade 8 Engineering Design - Links Among Engineering, Technology, Science, and Society: Scale, Proportion, and Quantity	Grade 8 Engineering Design assessment focusing on Links Among Engineering, Technology, Science, and Society through Developing and Using Models. Meets grade 8 expectations with solid understanding and competent developing and using models	model_construction	MS-ETS2-4	8	Engineering Design	ETS2	Links Among Engineering, Technology, Science, and Society	Developing and Using Models	Scale, Proportion, and Quantity	4	Create	Proficient	True	True	argument_construction	36
Students will demonstrate advanced understanding of Earth and Human Impact through using mathematics and computational thinking, showing mastery of systems and system models at grade 11 level.	Grade 11 Earth and Space Sciences - Earth and Human Impact: Systems and System Models	Grade 11 Earth and Space Sciences assessment focusing on Earth and Human Impact through Using Mathematics and Computational Thinking. Meets grade 11 expectations with solid understanding and competent using mathematics and computational thinking	model_construction	HS-ESS3-3	11	Earth and Space Sciences	ESS3	Earth and Human Impact	Using Mathematics and Computational Thinking	Systems and System Models	3	Evaluate	Advanced	True	True	computational_modeling	29
Students will demonstrate foundational understanding of Forces and Interactions through analyzing and interpreting data, showing mastery of structure and function at grade 1 level.	Grade 1 Physical Sciences - Forces and Interactions: Structure and Function	Grade 1 Physical Sciences assessment focusing on Forces and Interactions through Analyzing and Interpreting Data. Meets grade 1 expectations with solid understanding and competent analyzing and interpreting data	data_analysis	1-PS2-3	1	Physical Sciences	PS2	Forces and Interactions	Analyzing and Interpreting Data	Structure and Function	1	Apply	Foundational	True	True	model_building	47
Students will demonstrate developing understanding of Heredity: Inheritance and Variation of Traits through obtaining, evaluating, and communicating information, showing mastery of energy and matter: flows, cycles, and conservation at grade 4 level.	Grade 4 Life Sciences - Heredity: Inheritance and Variation of Traits: Energy and Matter: Flows, Cycles, and Conservation	Grade 4 Life Sciences assessment focusing on Heredity: Inheritance and Variation of Traits through Obtaining, Evaluating, and Communicating Information. Meets grade 4 expectations with solid understanding and competent obtaining, evaluating, and communicating information	scientific_inquiry	4-LS3-2	4	Life Sciences	LS3	Heredity: Inheritance and Variation of Traits	Obtaining, Evaluating, and Communicating Information	Energy and Matter: Flows, Cycles, and Conservation	3	Evaluate	Developing	True	True	model_building	25
Students will demonstrate proficient understanding of Engineering Design Process through analyzing and interpreting data, showing mastery of patterns at grade 6 level.	Grade 6 Engineering Design - Engineering Design Process: Patterns	Grade 6 Engineering Design assessment focusing on Engineering Design Process through Analyzing and Interpreting Data. Meets grade 6 expectations with solid understanding and competent analyzing and interpreting data	data_analysis	MS-ETS1-2	6	Engineering Design	ETS1	Engineering Design Process	Analyzing and Interpreting Data	Patterns	2	Analyze	Proficient	True	True	lab_investigation	52
Students will demonstrate proficient understanding of Energy through developing and using models, showing mastery of patterns at grade 7 level.	Grade 7 Physical Sciences - Energy: Patterns	Grade 7 Physical Sciences assessment focusing on Energy through Developing and Using Models. Meets grade 7 expectations with solid understanding and competent developing and using models	model_construction	MS-PS3-4	7	Physical Sciences	PS3	Energy	Developing and Using Models	Patterns	3	Evaluate	Proficient	True	True	argument_construction	45
Students will demonstrate proficient understanding of Ecosystems: Interactions, Energy, and Dynamics through developing and using models, showing mastery of scale, proportion, and quantity at grade 6 level.	Grade 6 Life Sciences - Ecosystems: Interactions, Energy, and Dynamics: Scale, Proportion, and Quantity	Grade 6 Life Sciences assessment focusing on Ecosystems: Interactions, Energy, and Dynamics through Developing and Using Models. Meets grade 6 expectations with solid understanding and competent developing and using models	model_construction	MS-LS2-2	6	Life Sciences	LS2	Ecosystems: Interactions, Energy, and Dynamics	Developing and Using Models	Scale, Proportion, and Quantity	2	Analyze	Proficient	True	True	data_analysis	48
Students will demonstrate developing understanding of Matter and Its Interactions through engaging in argument from evidence, showing mastery of patterns at grade 3 level.	Grade 3 Physical Sciences - Matter and Its Interactions: Patterns	Grade 3 Physical Sciences assessment focusing on Matter and Its Interactions through Engaging in Argument from Evidence. Meets grade 3 expectations with solid understanding and competent engaging in argument from evidence	evidence_evaluation	3-PS1-2	3	Physical Sciences	PS1	Matter and Its Interactions	Engaging in Argument from Evidence	Patterns	2	Analyze	Developing	True	True	hands_on_investigation	46
Students will demonstrate foundational understanding of Energy through constructing explanations and designing solutions, showing mastery of scale, proportion, and quantity at grade K level.	Grade K Physical Sciences - Energy: Scale, Proportion, and Quantity	Grade K Physical Sciences assessment focusing on Energy through Constructing Explanations and Designing Solutions. Meets grade K expectations with solid understanding and competent constructing explanations and designing solutions	scientific_explanation	K-PS3-3	K	Physical Sciences	PS3	Energy	Constructing Explanations and Designing Solutions	Scale, Proportion, and Quantity	1	Apply	Foundational	True	True	explanation_task	42

End of preview. Expand in Data Studio

K-12 Science Standards Aligned Learning Framework Dataset

A comprehensive dataset of K-12 science curriculum standards aligned with the Next Generation Science Standards (NGSS), designed for training and evaluating educational AI systems.

Dataset Overview

This dataset contains 6,787 examples of educational content spanning all K-12 grade levels and science domains. Each example includes instructional content, student inputs, expected outputs, and rich metadata aligned with educational standards.

Quick Stats

Total Examples: 6,787 (Train: 4,750 | Validation: 1,018 | Test: 1,019)
Grade Coverage: Kindergarten through Grade 12
Science Domains: Life Sciences, Physical Sciences, Earth & Space Sciences, Engineering Design
Format: Parquet files for efficient loading and processing

Dataset Structure

Core Fields

instruction: Learning objective or task description
input: Student prompt or context information
output: Expected response or assessment criteria
task: Type of scientific thinking skill required

Educational Metadata

metadata_standard_code: NGSS standard identifier (e.g., "MS-LS3-5")
metadata_grade_level: Grade level (K, 1-12)
metadata_domain: Science domain
metadata_core_idea: NGSS disciplinary core idea
metadata_ngss_practice: Science and engineering practice
metadata_crosscutting_concept: NGSS crosscutting concept

Assessment Metadata

metadata_dok_level: Depth of Knowledge level (1-4)
metadata_bloom_level: Bloom's taxonomy level
metadata_complexity_level: Learning complexity assessment
metadata_assessment_type: Type of assessment activity
metadata_estimated_time: Estimated completion time (minutes)
metadata_three_dimensional: Three-dimensional learning indicator
metadata_ngss_aligned: NGSS alignment verification

Content Categories

Grade Levels

Kindergarten through Grade 12, providing comprehensive coverage across all K-12 educational levels.

Science Domains

Life Sciences: Biology, ecology, heredity, evolution
Physical Sciences: Chemistry, physics, energy, matter
Earth and Space Sciences: Geology, astronomy, climate, natural resources
Engineering Design: Design thinking, problem-solving, technological solutions

Task Types

Data Analysis: Interpreting scientific data and evidence
Evidence Evaluation: Assessing the validity of scientific claims
Experimental Design: Planning and designing investigations
Scientific Inquiry: Asking questions and forming hypotheses
Scientific Explanation: Constructing evidence-based explanations
Model Construction: Building and using scientific models
Engineering Design: Solving problems through design processes
Hypothesis Formation: Developing testable predictions

Assessment Types

Argument Construction
Model Building
Engineering Design Challenges
Computational Modeling
Lab Investigations
Data Analysis Tasks
Scientific Argumentation
Research Projects
Observation Tasks
Hands-on Investigations

Usage

Loading the Dataset

Using Pandas

import pandas as pd

# Load individual splits
train_df = pd.read_parquet('data/train-00000-of-00001.parquet')
val_df = pd.read_parquet('data/validation-00000-of-00001.parquet')
test_df = pd.read_parquet('data/test-00000-of-00001.parquet')

# Load all data
all_df = pd.concat([train_df, val_df, test_df], ignore_index=True)

Using HuggingFace Datasets

from datasets import load_dataset

# Load from local directory
dataset = load_dataset('parquet', data_dir='data/')

# Access splits
train_dataset = dataset['train']
validation_dataset = dataset['validation']
test_dataset = dataset['test']

Example Usage Patterns

Filter by Grade Level

# Get middle school examples (grades 6-8)
middle_school = train_df[train_df['metadata_grade_level'].isin(['6', '7', '8'])]

Filter by Domain

# Get Life Sciences examples
life_sciences = train_df[train_df['metadata_domain'] == 'Life Sciences']

Filter by Complexity

# Get proficient-level assessments
proficient = train_df[train_df['metadata_complexity_level'] == 'Proficient']

Educational Standards Alignment

This dataset is meticulously aligned with:

Next Generation Science Standards (NGSS): All content maps to specific NGSS performance expectations
Three-Dimensional Learning: Integrates disciplinary core ideas, crosscutting concepts, and science practices
Depth of Knowledge (DOK): Content is categorized by cognitive complexity levels
Bloom's Taxonomy: Learning objectives are classified by cognitive processes

Applications

This dataset is designed for:

Educational AI Training: Developing AI tutors and assessment systems
Curriculum Development: Creating standards-aligned educational content
Assessment Research: Studying educational measurement and evaluation
Learning Analytics: Analyzing student learning patterns and outcomes
Teacher Professional Development: Training educators on standards implementation

Data Quality

Standards Verification: All content verified against official NGSS documentation
Educational Review: Content reviewed by certified science educators
Cognitive Alignment: DOK and Bloom's levels validated by assessment experts
Three-Dimensional Integration: Ensures authentic scientific learning experiences

Ethical Considerations

Content is designed to be inclusive and culturally responsive
Assessment examples avoid bias and promote equity in science education
All content supports diverse learners and learning styles
Aligned with educational best practices for K-12 science instruction

Citation

If you use this dataset in your research, please cite:

@dataset{k12_science_standards_2024,
  title={K-12 Science Standards Aligned Learning Framework Dataset},
  author={[Author Information]},
  year={2024},
  publisher={[Publisher Information]},
  url={[Repository URL]}
}

License

This dataset is released under the MIT License.

Contributing

We welcome contributions to improve the dataset quality and coverage. Please see our contribution guidelines for more information.

This dataset supports the development of AI systems that can provide high-quality, standards-aligned science education for all K-12 students.

Downloads last month: 6

Size of downloaded dataset files:

202 kB

Size of the auto-converted Parquet files:

202 kB

Number of rows:

6,787