Topic 2:

Part 1: Standards, Learning Objectives, and Assessments

For this assignment, complete the following components in the “Science Unit Plan” template:

• Lesson Title and Brief Summary: Include a daily lesson title and summarize the scope/intent of the lesson.
• National/State Standard(s): List the specific grade-level standards that will be taught throughout the week. Include the standards with the performance indicators and the standard language in its entirety.
• Learning Objectives: Write daily, measurable learning objectives that align with the national/state standards and specify what will be assessed at the completion of the lesson. Note: This should not be a summary of the lesson, but a measurable statement demonstrating what the student will be assessed on at the completion of the lesson. For instance, “understand” is not measurable, but “describe” and “identify” are.
• Three-Dimensional Learning: Describe the crosscutting concepts and the science and engineering practices that support the learning objectives. Include a brief description of how these will be integrated throughout the weekly plan.
• Formative Assessments: Describe how you will formatively assess the learning objectives for the lessons. These should be designed to provide data on student performance for monitoring and adjusting instruction and provide students feedback so they can evaluate and adjust their own learning.
• Summative Assessment: Describe a summative assessment that measures the learning for the unit. This should provide the student with an opportunity to demonstrate mastery of the standards.
• Differentiation of Assessments: Describe how the formative and summative assessments will be differentiated to support students with disabilities, students with gifted abilities, ELLs, and early finishers.

Part 2: Reflection

In 250 words, summarize and reflect on the process of beginning your unit plan. Include the following in your reflection:

• Discuss your experience so far with the process of backward design in planning your science unit and describe how it compares with other planning experiences you have had throughout your coursework.
• Describe how the assessments chosen for your unit plan support the three dimensions of science learning.
• Explain the factors you considered when designing assessments that are aligned to learning objectives and state standards. Additionally, discuss how you will ensure all students are prepared for the assessments by making appropriate modifications and accommodations for students with disabilities and language learning needs.

Support your assignment with a minimum of two scholarly resources.

Topic 3

Part 1: Vocabulary, Instructional Strategies, and Lesson Activities

• Vocabulary: Identify the appropriate general academic and content-specific vocabulary students need to be successful in each lesson and explain how the vocabulary will be taught to students.
• Instructional Strategy/Strategies: Identify the instructional strategy/strategies that will be used each day to provide students opportunities to explore, practice, and apply the science content. At least two days should be inquiry-based and focus on student-centered learning opportunities. Use a combination of instructional strategies that are best suited for each day’s lesson and students in the classroom.
• Summary of Instruction and Activities: Write a brief summary of the instruction, activities, and learning content for each lesson, including how you will connect students’ prior knowledge to key science concepts through the application of major standards-based concepts and modes of inquiry.
• Differentiation and Accommodations: Describe strategies to differentiate and accommodate the lessons’ activities for students with disabilities, students with gifted abilities, ELLs, and early finishers.

Part 2: Reflection

In 250 words, summarize and reflect on the process of continuing your unit plan and deciding on instructional strategies that best complement your standards, learning objectives, and assessments. Include the following in your reflection:

• Describe how your instructional strategies align with your standards, learning objectives, and assessments.
• Discuss how your instructional strategies promote exploration/investigation, critical thinking, and problem-solving. Explain how your inquiry-based science instruction will support students in mastering the science content.
• Describe a challenge or misconception that might arise during one of the activities and require additional emphasis or greater accommodations. Explain how you would handle the need for additional differentiation or accommodations, and include any resources or support staff you may be able to utilize to meet specific students’ needs.
• Support your assignment with a minimum of two scholarly resources.

Topic 4

Part 1: Materials, Resources, and Integration

For this assignment, complete the following components in the “ELM-570 Science Unit Plan” template:

• Materials and Resources: List appropriate and relevant materials and resources needed for each day’s lesson.
• Technology Integration: Describe technological tools and strategies for integrating technology into the week’s unit plan to support and enhance the science content.
• Health Integration: Identify health skills and concepts, such as human movement, activity, fitness, emotional health, and motor skills, that will be supported throughout the unit plan and describe how those concepts will be integrated into the designed activities from Topic 3.
• Math Connections: Identify at least one mathematical practice standard or skill (e.g., accuracy, precision, estimation, measurement, and data analysis ) to support the science instruction and describe how the practice standard or skill will support student learning in the unit plan.
• Literacy: Describe a minimum of two areas of literacy (reading, writing, listening, and speaking) that are integrated into the unit plan. Identify which activities designed in Topic 3 support each literacy area.

Part 2: Reflection

In 250 words, summarize and reflect on the process of creating a cohesive, weeklong unit plan that successfully incorporates crosscutting concepts, science and engineering practices, and multiple disciplines. Include the following in your reflection:

• Describe how you seamlessly integrated technology and cross-curricular skills into the unit plan.
• Discuss how you created opportunities to promote health education that will positively contribute to a good quality of life for students and explain why this is important.
• Explain how your materials, resources, and technology can create engagement and motivation during science instruction.

Support your assignment with at least two scholarly resources.

How to Write Science Unit Plan Development: Topics 2–4

Introduction

Effective science instruction requires careful planning that aligns standards, learning objectives, instructional strategies, assessments, and cross-curricular integration. Unit planning provides a framework that ensures learning experiences build progressively toward mastery of required concepts and skills. Backward design serves as a structured planning approach that begins with learning outcomes and assessments before instructional activities are developed. This process helps educators create meaningful experiences that support inquiry, critical thinking, and student engagement. The following science unit plan uses a weeklong elementary science example focused on plant growth and environmental factors while integrating the three dimensions of science learning and multiple academic disciplines.

Section 1: Topic 2 Part 1 Standards, Learning Objectives, and Assessments

Lesson Title and Brief Summary

Day One: What Do Plants Need to Grow?

Students explore basic plant needs and activate prior knowledge regarding plant growth factors.

Day Two: Investigating Sunlight and Plant Growth

Students conduct an inquiry investigation examining the effects of sunlight on plants.

Day Three: Investigating Water and Plant Growth

Students explore how different water amounts affect plant development.

Day Four: Data Analysis and Patterns in Plant Growth

Students organize collected information and identify patterns within investigation results.

Day Five: Presenting Scientific Conclusions

Students communicate findings and explain evidence-supported conclusions.

National/State Standard

Tennessee Science Standard 4.LS1.2

“Use evidence to support an explanation of how plants receive and use external inputs to grow, survive, and reproduce.”

Learning Objectives

Day One

Students will identify at least three environmental factors necessary for plant growth with 80% accuracy.

Day Two

Students will predict and describe how varying sunlight conditions affect plant growth.

Day Three

Students will collect and record observational data regarding water effects on plants.

Day Four

Students will analyze investigation data and identify patterns within collected results.

Day Five

Students will explain investigation conclusions using evidence collected during the investigation.

Three-Dimensional Learning

Crosscutting Concepts

Cause and effect relationships

Patterns

Systems and system models

Science and Engineering Practices

Planning investigations

Analyzing and interpreting data

Constructing explanations

Communicating scientific information

These concepts will be integrated through observations, experiments, data collection, discussions, and evidence-based conclusions throughout the week.

Formative Assessments

Students complete observation journals.

Teacher questioning occurs during activities.

Students participate in class discussions.

Exit tickets assess understanding.

Observation checklists monitor learning progress.

Peer discussions provide feedback opportunities.

Summative Assessment

Students create a science presentation explaining how environmental factors affect plant growth using charts, evidence, and conclusions from investigations.

Differentiation of Assessments

Students with disabilities receive graphic organizers, modified assignments, and additional instructional support.

Gifted students complete extension activities involving additional variables and independent research.

English language learners receive visual supports, vocabulary scaffolds, and language modeling.

Early finishers complete enrichment investigations and advanced questions.

Section 2: Topic 2 Reflection

Backward design has created a more intentional approach to science planning because instruction begins with identifying desired outcomes before activities are developed. Previous planning experiences often focused first on interesting activities and later considered assessment alignment. This process emphasizes planning instruction with clear goals and measurable outcomes in mind.

The assessments selected for this unit support the three dimensions of science learning because they incorporate scientific practices, crosscutting concepts, and content knowledge simultaneously. Students engage in investigation, data analysis, and explanation rather than memorization alone.

Several factors influenced assessment development including alignment with standards, objective measurability, developmental appropriateness, and accessibility for diverse learners. Ensuring assessments accurately measure intended outcomes remains important. Modifications such as visual supports, additional processing time, language scaffolds, and flexible assessment methods support equitable participation and increase opportunities for student success (Bybee, 2018; NGSS Lead States, 2019).

Section 3: Topic 3 Part 1 Vocabulary, Strategies, and Activities

Vocabulary

General Academic Vocabulary

Predict

Observe

Analyze

Evidence

Compare

Content Vocabulary

Photosynthesis

Sunlight

Nutrients

Environment

Growth

Vocabulary instruction includes visual word walls, student illustrations, interactive notebooks, and repeated contextual use.

Instructional Strategies

Day One

Direct instruction with collaborative discussion

Day Two

Inquiry-based investigation

Day Three

Inquiry-based experimentation

Day Four

Cooperative learning and data analysis

Day Five

Scientific presentations and discussion

Summary of Instruction and Activities

Day One activates prior knowledge through discussions and brainstorming activities.

Day Two involves student investigations regarding sunlight effects.

Day Three focuses on experimental observations involving water conditions.

Day Four requires students to organize and analyze collected data.

Day Five allows students to communicate findings through presentations.

Differentiation and Accommodations

Students with disabilities receive additional instructional support and modified materials.

Gifted students investigate additional variables independently.

English language learners receive visual supports and language scaffolds.

Early finishers complete extension investigations.

Section 4: Topic 3 Reflection

Instructional strategies align with standards, objectives, and assessments because each activity supports measurable outcomes and scientific practices. Inquiry-based investigations allow students to actively construct knowledge through experiences rather than passive information delivery.

Student-centered instruction promotes critical thinking and problem-solving by encouraging questioning, evidence collection, and explanation development. Inquiry instruction strengthens conceptual understanding because students actively participate in scientific processes.

One possible misconception involves students believing that larger amounts of water automatically improve plant growth. Additional investigation and visual demonstrations would address this misunderstanding. Differentiation may involve peer support, special education collaboration, visual supports, and assistance from intervention specialists when necessary (National Research Council, 2018; Bybee, 2018).

Section 5: Topic 4 Part 1 Materials, Resources, and Integration

Materials and Resources

Plant seeds

Soil

Plant containers

Rulers

Observation journals

Tablets

Computers

Graph paper

Science notebooks

Presentation software

Technology Integration

Students use Google Sheets for data collection.

Canva supports presentation development.

Interactive videos reinforce concepts.

Digital cameras document observations.

Health Integration

Students learn about nutrition, healthy environments, and relationships between living organisms and wellness.

Activities support awareness of healthy growth conditions and environmental influences affecting living systems.

Math Connections

Students apply measurement and data analysis skills.

Students measure plant height and analyze numerical patterns.

Mathematical accuracy supports scientific understanding.

Literacy Integration

Reading activities include informational texts regarding plants.

Writing activities include observation journals and evidence-based explanations.

Listening occurs during discussions.

Speaking occurs during presentations.

Section 6: Topic 4 Reflection

Technology and cross-curricular integration strengthened the unit plan by creating meaningful connections among science, mathematics, literacy, and health concepts. Students engage with technology tools that enhance investigation and communication while supporting multiple learning styles.

Health education integration supports student understanding of relationships among environments, living systems, and overall well-being. Understanding these concepts contributes positively to healthy decision making and quality of life.

Materials, technology, and resources increase student motivation by supporting active engagement and hands-on learning opportunities. Interactive activities and digital tools create opportunities for exploration and strengthen student interest in science learning (National Research Council, 2018; NGSS Lead States, 2019).

References

Bybee, R. W. (2018). The BSCS 5E instructional model: Creating teachable moments. NSTA Press.

National Research Council. (2018). How people learn II: Learners, contexts, and cultures. National Academies Press.

NGSS Lead States. (2019). Next generation science standards: For states, by states. National Academies Press.

Last Completed Projects