Storm Shield Lesson Plan Grade 5 STEAM Unit Guide
Storm Shield Lesson Plan
Cellular Biology, Microbial Health, and Eco-Engineering Resiliency
Duration: 5 Days (Weekly Plan)
PBL Focus: 40-Min DIG Arts Lesson
Georgia Standards of Excellence
Driving Question
How can we engineer solutions to protect local ecosystems and human health from severe storm erosion and contamination?
Empathy Anchor Question
"How might people, animals, and plants feel when severe storms cause erosion and contamination in our community, and how can we help?"
Georgia Standards of Excellence Alignment (Cross-Curricular Suitcase)
Science • S5L3 & S5L4
S5L3: Compare & contrast plant/animal cell structures (cell wall, membrane, cytoplasm, nucleus, chloroplasts, vacuoles).
S5L4: Microorganisms benefit or harm people and environment (pathogens vs. decomposers).
Earth Science • S5E1
Identify surface features caused by constructive & destructive processes (erosion, runoff, deposition, severe storm impact on soil stability).
Visual Arts • VA5.CR.1 & VA5.CN.1
VA5.CR.1: Visualize and generate art ideas using observation.
VA5.CN.1: Connect visual art ideas and work with another discipline (ecosystem engineering).
ELA & Health • ELAGSE5W7, HE5.1
ELAGSE5W7: Conduct short research projects using evidence.
HE5.1: Analyze relationship between environmental health and human waterborne disease transmission.
Target Academic Vocabulary
Plant Cell Wall & Membrane
Rigid barrier (wall) and selective gate (membrane) inspiring storm filter designs.
Pathogenic Microbes
Harmful single-celled bacteria/viruses carried in flood runoff causing illness.
Beneficial Microorganisms
Probiotic soil bacteria that neutralize toxins and decompose storm debris.
Storm Runoff & Erosion
Destructive wearing away of topsoil and rapid surface water flow into local waterways.
Riparian Bio-Buffer
Vegetated root zone along streams acting like plant vacuole/walls to trap sediment.
Biomimicry
Engineering man-made solutions inspired by cellular structures and natural systems.
Depth of Knowledge (DOK) Strategic Questioning Ladder
DOK 1: Recall
DOK 2: Skill / Concept
DOK 3: Strategic Thinking
DOK 4: Extended Thinking
Which organelle gives plant cells rigid structure that animal cells lack? Name two waterborne microbes.
How does storm runoff cause both physical erosion and biological contamination in drinking water?
How can the semi-permeable cell membrane inspire a barrier that lets water through while trapping pathogens?
Design and defend a multi-layered community eco-barrier that protects humans, pets, and plant habitats over 10 years.
Storm Shield PBL • Unit Foundations Page 1 of 3
Curriculum Scope & Sequence
5-Day Unit Roadmap: Storms, Cells & Solutions
50–60 Min / Day Flow
Day 1 Discover
Severe Storm Impact & Community Empathy Launch
S5E1, HE5.1
Analyze local Georgia storm imagery (flooding, washed-out soil, dirty stormwater). Introduce Empathy Question: What happens to families, backyard pets, and creek flora when runoff floods neighborhoods? Students complete their initial Empathy Map entry in their STEAM Journals.
Deliverable: Journal Entry #1 — Community Empathy Needs & Observation Log
Day 2 Cells
Cell Biology: Walls, Membranes & Vacuoles as Defense
S5L3, VA5.CR.1
Compare plant vs. animal cells using microscope slides or visual diagrams. Investigate why plant cell walls provide rigid strength against surging flood waters and how semi-permeable cell membranes filter nutrients while blocking large toxins. Scientific sketch of plant organelles.
Deliverable: Journal Entry #2 — Comparative Cell Diagrams with Bio-Filter Annotations
Day 3 Microbes
The Invisible Storm: Helpful & Harmful Microorganisms
S5L4, HE5.1
Investigate how severe storm runoff carries dangerous pathogens (E. coli, coliform bacteria) from sewers and fields into neighborhood streams. Contrast with beneficial soil microbes that breakdown waste and nourish plant roots. Microbe case study reading & pathogen risk map.
Deliverable: Journal Entry #3 — Beneficial vs. Harmful Microbe Venn Matrix & Contamination Map
Feature Lesson
Day 4 DIG PBL
40-Minute DIG Arts Challenge: Cell Shield Prototype
Full STEAM
Execute the 40-Minute Arts-Integrated Challenge! Students progress through Discover/Investigate (10 min), Imagine/Design (15 min), and Generate/Grow (15 min) to engineer an artistic bio-filtration model inspired by cell structures to stop soil erosion and filter microbes.
Deliverable: STEAM Journal Entry #4 — DIG Arts Blueprint & Bio-Barrier Schematic
Day 5 Grow & Share
Ecosystem Defense Gallery Walk & Reflection Piece
ELAGSE5SL1, VA5.CN.1
Students present their cell-inspired engineering solutions in an interactive museum gallery walk. Peers provide feedback using "I Notice, I Wonder, I Appreciate" sticky critique tags. Final written reflection answering the overarching Empathy Question with evidence of cellular design.
Deliverable: Final Reflection Piece & Peer Critique Evaluation Card
Visual Arts Integration Methods in this Unit
Students utilize color symbolism (earth greens for bio-retention, blues for clean hydrological flow, amber/red alerts for pathogen pathways), scientific observational illustration, cross-sectional architectural blueprint rendering, and physical mixed-media textures (fiber mesh, porous sponge, organic aggregate) to communicate scientific mechanisms visually.
Storm Shield PBL • Weekly Schedule Page 2 of 3
Detailed Lesson Facilitation
40-Minute DIG Arts-Integrated PBL Protocol
Classroom Choice Enabled
1 Phase 1: Discover & Investigate (10 Mins) Empathy & Science Anchor
Teacher Facilitation:
Project storm surge imagery. Ask: "How do stream animals and tap water feel the impact?" Review how plant cell walls give rigid strength and membranes block contaminants.
Student Action & Choice:
Open STEAM Journal. Choose location context: A) Schoolyard Slope, B) Creek Riparian Zone, or C) Agricultural Creek Runoff . Identify target sediment + pathogen hazards.
2 Phase 2: Imagine & Design (15 Mins) Biomimicry Art Blueprint
Teacher Facilitation:
Guide DOK 3 coaching: "Which organelle inspired your porous barrier?" Encourage artistic line weights and color coding (blue = clean flow, red = blocked pathogens).
Student Action & Choice:
Create Cell Shield blueprint. Choice of art medium: 1) Technical colored pencil blueprint OR 2) Mixed-media tactile collage (mesh, sponge, fiber) . Label ≥2 cell analogies.
3 Phase 3: Generate & Grow (15 Mins) Peer Critique & Empathy Synthesis
Teacher Facilitation:
Signal 3-min peer design review. Ask DOK 4 question: "If a 5-inch torrential storm hits, how does your system adapt?" Transition into individual empathy reflection writing.
Student Action & Choice:
Pair-share design with partner; add one "Growth Iteration" note to blueprint. Complete 5-minute written empathy synthesis in STEAM Journal answering community impacts.
Classroom Choice & Scaffolding Tiers
Tier 1: Guided Support Cell organelle visual bank; pre-drawn cross-section template; guided empathy sentence frames; 2 tactile materials.
Tier 2: On-Level Original student-designed blueprint; 3 labeled cellular analogies; dual-threat solution (soil erosion + bacterial runoff).
Tier 3: Extension Integrates beneficial soil microbe bed; calculates stormwater flow reduction rate; addresses long-term ecological succession.
PBL Evaluation Criteria (Mastery Standards)
Criteria
Emerging (Level 1-2)
Proficient (Level 3)
Exemplary (Level 4)
Cell Science (S5L3, S5L4)
Mentions cells or microbes with general or incomplete links.
Accurately connects cell wall/membrane to storm filter and blocks harmful microbes.
Synthesizes plant vs animal cells, vacuole storage, and beneficial microbe ecosystems.
Erosion Engineering (S5E1)
Design lacks clear mechanism to slow water or prevent soil loss.
Model demonstrates clear barrier to reduce sediment loss and surface runoff velocity.
Multi-stage system addresses high storm surges, sediment settling, and root stabilization.
Art & Empathy (VA5.CR, HE5)
Sketch lacks detail or key labels; empathy question unanswered.
Artistic blueprint uses color keys, clean symbols, and addresses community empathy.
Rich visual aesthetic with precise biomimicry keys and multi-species empathy reflection.
Storm Shield PBL • DIG Protocol & Rubric Page 3 of 3
Storm Shield STEAM Journal Grade 5 STEAM Lab Journal
Storm Shield Design Journal
Name:
Date:
Unit Driving Challenge: How can we engineer solutions to protect local ecosystems and human health from severe storm erosion and contamination?
Key Vocabulary Reference
Cell Wall Rigid outer layer in plant cells giving structural strength and pressure resistance.
Cell Membrane Semi-permeable barrier controlling which substances enter or exit the cell.
Pathogens Harmful microbes (bacteria/viruses) spread by floodwaters causing human & animal disease.
Beneficial Microbes Helpful bacteria that decompose organic waste and clean soil ecosystems.
Soil Erosion Destructive wearing away of topsoil by storm surges and rushing runoff water.
Riparian Buffer A vegetated root zone along streams that filters sediment and absorbs flood volume.
STEAM Journal Entry 1: Community Empathy Map
Empathy Question: "How might people, animals, and plants feel when severe storms cause erosion and contamination in our community, and how can we help?"
1. Local People & Families (Drinking water, property, safety) Impact & Emotions
2. Wildlife & Creek Animals (Fish, amphibians, pets) Habitat loss & dirty water
3. Native Plants & Trees (Roots stripped, soil washed out) Erosion & root stability
Storm Shield STEAM Journal • Entry 1 Page 1 of 4
Investigation & Analysis
Cellular Science & Microbe Investigation
Standards: S5L3, S5L4, S5E1
Part 1: Organelles as Natural Defense Systems
Plant cells survive extreme weather forces that would rupture fragile animal cells. Study how plant organelles protect against flooding:
Plant Cell Structure High Protection
Cell Wall: Tough cellulose fibers keep cells rigid against rushing floodwater pressure.
Cell Membrane: Selectively controls entry; lets pure water through, keeps toxins out.
Large Central Vacuole: Stores water safely without bursting the cell body.
Animal Cell Structure Flexible
No Cell Wall: Only a soft cell membrane; vulnerable to osmotic pressure and bursting.
Small Vacuoles: Cannot store large volumes of storm water.
Takeaway: Engineers mimic plant cells for erosion barriers!
Part 2: Storm Microbes — Enemies vs. Allies
Harmful Microbes (Pathogens)
E. coli bacteria and waterborne viruses wash into streams from overflowing storm drains, making water unsafe for humans and wildlife.
Engineering Goal: Filter & Trap
Beneficial Microbes (Probiotics/Decomposers)
Helpful soil microorganisms break down organic debris, bind loose soil particles together, and outcompete dangerous bacteria.
Engineering Goal: Nourish & Protect
DOK Questioning Checkpoints
[DOK 2 Concept Connection] How does severe storm runoff cause BOTH physical erosion (soil destruction) AND biological contamination (pathogen spread)?
[DOK 3 Strategic Biomimicry] How can you engineer an eco-barrier that mimics a plant cell membrane to let rainwater flow safely while trapping harmful microbes and soil?
Storm Shield STEAM Journal • Entry 2 Page 2 of 4
40-Minute Arts Challenge
DIG Challenge: Cell Shield Prototype Blueprint
Design • Investigate • Grow
Scaffolding Choice Board (Select Your Focus & Medium) Check one in each column
A. Target Ecosystem Zone:
[ ] Option 1: Schoolyard Slope (heavy grass erosion & mud)
[ ] Option 2: Neighborhood Creek Bank (waterway buffer)
[ ] Option 3: Farm Border (fertilizer & bacteria runoff)
B. Visual Arts Medium:
[ ] Medium 1: Technical Colored Pencil Blueprint
[ ] Medium 2: Mixed-Media Collage (Mesh, Sponge, Fibers)
[ ] Medium 3: Multi-Layer Watercolor & Pen Schematic
Cell Shield Blueprint Drawing Canvas Draw cross-section view with clear labels & arrows
Direction of Storm Runoff Flow ➔ Protected Ecosystem Zone ➔
Scale: 1 inch = 2 feet Elevation: Cross-Section View
Biomimicry Key & Scientific Annotations (Complete all 3)
1. Cell Wall Analogy
What rigid material blocks physical storm force?
2. Cell Membrane Analogy
What semi-permeable layer filters microbes?
3. Vacuole Analogy
What feature temporarily holds excess water?
Storm Shield STEAM Journal • DIG Blueprint Page 3 of 4
Generate & Grow
Peer Critique & Final Empathy Reflection
Culminating Assessment
Phase 3 Growth: Partner Design Pitch & Critique
Partner Feedback (Peer Name: ___________)
"I Notice" (Strength):
"I Wonder" (Question/Challenge):
My Growth Iteration
Based on peer feedback and a simulated flash flood, how did you adjust or reinforce your Cell Shield?
Final STEAM Reflection Piece: Answering the Empathy Question
Synthesize your learning. Explain how your engineered design directly protects human health (pathogen reduction), wildlife habitats (erosion prevention), and native plants (root anchoring). Use cellular biology evidence!
Student Engineering Self-Assessment
[ ] I clearly modeled plant cell walls, membranes, or vacuoles.
[ ] My design stops soil erosion and prevents waterway clogging.
[ ] My blueprint includes a method to filter harmful pathogens.
[ ] My reflection demonstrates empathy for people, animals, and plants.
Storm Shield STEAM Journal • Culminating Reflection Page 4 of 4
Storm Shield DIG Slides Grade 5 STEAM Challenge Georgia Standards of Excellence
Storm Shield: Cellular Eco-Defense
Engineering solutions inspired by plant cells and microbes to protect Georgia communities from severe storm erosion and contamination.
40-Minute Arts-Integrated DIG PBL • Discover • Imagine • Generate
Empathy Anchor
Why Do Storms Matter?
"How might people, animals, and plants feel when severe storms cause erosion and contamination in our community, and how can we help?"
— STEAM Journal Entry 1 Focus
People
Flooded yards, washed-out roads, contaminated drinking water.
Wildlife
Mud suffocates fish gills; toxic bacteria sicken pets and wildlife.
Plants
Topsoil stripped away; roots exposed and trees uprooted.
Science Foundation (S5L3)
Cellular Inspiration for Bio-Engineering
Plant Cell: Built for Defense
Nature's Shield
• Cell Wall: Rigid cellulose barrier withstands immense flood pressure.
• Cell Membrane: Selectively permeable gate; allows water through, blocks toxins.
• Large Vacuole: Safely stores water surges.
Animal Cell: Flexible
Vulnerable
• No Cell Wall: Can swell and rupture under storm surge pressure.
• Small Vacuoles: Cannot hold flood surges.
★ Engineers mimic plant cells to design storm barriers!
Key Concept: Biomimicry is solving human problems by copying nature's cellular designs.
Microbial Health (S5L4)
The Invisible Threat in Floodwaters
Harmful Microbes (Pathogens)
Severe storms wash raw sewage, animal feces, and chemicals into creeks.
Mission: Trap and neutralize dangerous bacteria before they contaminate tap water!
Beneficial Microorganisms
Healthy soil is alive with probiotic bacteria and mycorrhizal fungi.
Mission: Seed your barrier with helpful microbes that digest toxins and nourish roots!
DOK 3 Question: How can your filter block dangerous microbes while keeping good microbes alive?
PBL Challenge Sequence
The 40-Minute DIG Arts Mission
10 Minutes
Discover & Investigate
Examine the storm erosion site. Identify the threats to people, wildlife, and vegetation.
➔ Empathy Connection
15 Minutes
Imagine & Design
Sketch your Cell Shield blueprint using artistic color coding, line weight, and cellular biomimicry.
➔ Arts Blueprint
15 Minutes
Generate & Grow
Pitch your prototype to a peer, test against a storm scenario, iterate, and write your empathy reflection.
➔ Peer Pitch & Growth
Materials Ready: STEAM Journal, colored pencils, blueprint rulers, and collage swatches.
Phase 1 • 10 Minutes
Discover: Choose Your Mission Zone
Every community has different storm vulnerabilities. Select your team's engineering location:
Zone Option A
Schoolyard Hillside
Steep slope losing grass and topsoil into storm drains; muddy playground flooding.
Zone Option B
Neighborhood Creek
Eroding creek bank endangering tree roots, washing mud into wildlife fish habitats.
Zone Option C
Farm Creek Border
High bacterial runoff from animal pastures threatening town drinking water reservoirs.
Action Item: Mark your chosen zone in your STEAM Journal (Page 3) and list your 2 biggest hazards.
Phase 2 • 15 Minutes
Imagine: Design Your Arts Blueprint
Visual Arts Conventions
Thick Bold Lines: Rigid cell wall physical barriers (rocks, logs, roots).
Blue Flow Arrows: Clean, filtered water passing safely through.
Red Alert Dots: Trapped harmful bacteria and stopped sediment.
Green Zones: Native vegetation and beneficial microbe beds.
Must-Have Scientific Labels
1. Cell Wall Analogy: Where is the rigid structure stopping erosion?
2. Cell Membrane Analogy: Where is the semi-permeable filter?
3. Vacuole Analogy: Where is surge water safely absorbed?
4. Microbe Defense: How are pathogens blocked?
Timer Running: 15 minutes of focused blueprint drafting in STEAM Journal Page 3!
Phase 3 • 15 Minutes
Generate & Grow: Peer Pitch & Reflection
3-Minute Pitch Protocol
Pitch (60 sec): Explain your cell analogies and how it blocks runoff.
Feedback (60 sec): Partner gives one "I Notice" and one "I Wonder".
Growth Iteration: Add one revision to survive a 100-year storm!
Culminating Reflection
Answer the Empathy Question in Journal Page 4:
"How does your Cell Shield protect people, wildlife, and native plants from storm harm?"
Be ready to share your prototype in tomorrow's Gallery Walk! Great work, Eco-Engineers!