System Bootcamp Stations
BOOTCAMP STATION 01
COMMAND CENTER
SYSTEMS: NERVOUS & ENDOCRINE
Mission Objective
Explore how your body sends rapid-fire electrical signals and slower, chemical messengers to coordinate every thought, movement, and reaction.
Required Supplies
30cm (12-inch) Ruler
Endocrine Match Cards (at station)
TACTICAL INSTRUCTIONS
A
Task A: Reflex & Reaction Test (Nervous System)
- Partner 1 holds the top (30cm mark) of the ruler, letting it hang vertically.
- Partner 2 positions their thumb and index finger at the 0cm mark, hovering but NOT touching.
- Without warning, Partner 1 drops the ruler. Partner 2 catches it as quickly as possible.
- Record the centimeter mark where the catch occurred on your Lab Tracker.
- Perform 3 trials, swap roles, and convert your centimeters into reaction time using the provided chart.
B
Task B: Chemical Messenger Match (Endocrine System)
- Examine the diagram below showing major endocrine glands.
- Match each Hormone Message Card to the gland that secretes it and the target effect.
- Write the matching letter codes (e.g., Insulin → Pancreas) on your Lab Tracker.
Reaction Speed Conversion Chart
| Catch Mark | Time (seconds) |
|---|
| 5 cm - 10 cm | 0.10s - 0.14s (Commando) |
| 11 cm - 20 cm | 0.15s - 0.20s (Infantry) |
| 21 cm - 30 cm | 0.21s - 0.25s (Recruit) |
| Missed Ruler | Over 0.25s (Lagging) |
Endocrine Secretion Codes
Thyroid Gland Metabolism Control
Pancreas Blood Sugar (Insulin)
Adrenals Adrenaline (Fight/Flight)
Pituitary Growth Hormone
HUMAN BODY SYSTEMS BOOTCAMP LAB STATION 1 INSTRUCTIONS • PAGE 1 OF 6
BOOTCAMP STATION 02
SCAFFOLD & ENGINE
SYSTEMS: SKELETAL & MUSCULAR
Mission Objective
Examine the structures that hold your body upright (skeletal skeleton) and power every stride, contraction, and heartbeat (muscular engine).
Required Supplies
Hinged Muscular Arm Model (or Diagram below)
Lab scale or hand grips (optional)
TACTICAL INSTRUCTIONS
A
Task A: Antagonistic Muscle Pairs
- Place your left hand firmly on your right upper arm (bicep).
- Slowly bend your right arm upward at the elbow, keeping your bicep tensed. Feel the muscle.
- Now, push your hand downward and extend your arm completely straight. Feel the muscle on the back of your arm (tricep).
- Discuss with your partner why muscles can only pull, never push, and why they must work in pairs.
- Record which muscle contracts and which relaxes during flexion and extension on your Lab Tracker.
B
Task B: Joint Mechanics & Skeletal Roles
- Review the three joint types shown below.
- Perform each motion with your own body: neck rotation, elbow flexion, shoulder rotation.
- Match each movement to the correct joint class: Ball & Socket, Hinge, or Pivot.
- Identify the bone marrow function (producing blood cells) and skeleton's protective role for organs. Record on your tracker.
ARM MECHANICS
Flexion: Bicep CONTRACTS • Tricep RELAXES
Extension: Bicep RELAXES • Tricep CONTRACTS
Tendons link muscle to bone. Ligaments link bone to bone.
JOINT TYPE IDENTIFIERS
Hinge Elbow / Knee 1-Direction
Ball & Socket Shoulder / Hip Full Rotation
Pivot Neck (Atlas) Rotational
HUMAN BODY SYSTEMS BOOTCAMP LAB STATION 2 INSTRUCTIONS • PAGE 2 OF 6
BOOTCAMP STATION 03
LIFE PIPELINE
CIRCULATORY, RESPIRATORY, & IMMUNE
Mission Objective
Investigate how oxygen is extracted from air, pumped throughout the entire body by the heart, and how immune defenses defend this entire supply line from invaders.
Required Supplies
Stopwatch / Timer
Oxygen Transport Pathway Diagram (below)
TACTICAL INSTRUCTIONS
A
Task A: Pulse & Perfusion Challenge
- Find your pulse (carotid in neck or radial in wrist) using your index and middle fingers.
- Count your pulse beats for 15 seconds. Multiply by 4 to get your Resting Heart Rate (BPM).
- Perform 20 active jumping jacks or high knees immediately.
- Re-measure your pulse for 15 seconds. Multiply by 4 to get your Active Heart Rate (BPM).
- Record both numbers. Formulate a physiological explanation for the change on your tracker.
B
Task B: The Oxygen Delivery Pathway & Lymphatic Defense
- Look at the oxygen pathway schematic below. Trace how gas is exchanged in alveoli (Respiratory) and carried by red blood cells in capillaries (Circulatory) to power cellular respiration.
- Identify the role of the Lymphatic / Immune System: filtering pathogens out of interstitial fluid in the lymph nodes, and mobilizing white blood cells to destroy invaders.
- Complete the flow chart matching on your Lab Tracker.
OXYGEN HIGHWAY DIAGRAM
1. Alveoli (Respiratory) ↓ Diffusion ↓ 2. Pulmonary Capillaries ↓ Heart Pumps ↓ 3. Muscle Cells (Mitonchondria)
SYSTEM SYNERGY KEY
Respiratory: Draws in \(O_2\), expels \(CO_2\).
Circulatory: Vehicles blood & gases across the highway.
Immune: Patrolling white blood cells protect the pipeline.
HUMAN BODY SYSTEMS BOOTCAMP LAB STATION 3 INSTRUCTIONS • PAGE 3 OF 6
BOOTCAMP STATION 04
FUEL & WASTE
SYSTEMS: DIGESTIVE & URINARY
Mission Objective
Deconstruct how your body processes solid fuels into cellular nutrients (digestive engine) and continuously filters liquid blood to purge harmful waste (urinary detox).
Required Supplies
Coffee Filter, Sand/Water mix, Funnel
Surface Area Sponge Demo (or Diagram below)
TACTICAL INSTRUCTIONS
A
Task A: Small Intestine Surface Area (Digestive)
- Compare two structures: A flat plastic strip vs. a heavily folded paper/sponge structure (representing the villi of the small intestine).
- Dip both in water. Measure which structure absorbs and retains more water (representing nutrient absorption).
- Observe how folds dramatically increase surface area for maximum extraction.
- Record your absorption findings on your Lab Tracker.
B
Task B: Kidney Filtration Model (Urinary)
- Assemble the funnel with the coffee filter over an empty beaker.
- Pour the muddy sand-water mixture (representing unfiltered blood) into the filter.
- Observe how the water passing through is clear (clean blood/urine precursor) while the larger solid sand particles stay trapped (filtered wastes).
- Trace the path: Kidneys filter → Ureters carry → Bladder stores → Urethra expels.
- Fill out the matching diagrams on your Lab Tracker.
DIGESTIVE SURFACE ACCELERATION
The Power of Villi
Flat wall (Low absorption)
~ ~ ~ Villi Folds (+500x surface area!)
KIDNEY FILTER KEY
Nephrons at Work: Over 1 million microscopic filters (nephrons) in each kidney keep essential proteins/cells inside the bloodstream while flushing urea, salts, and excess water.
HUMAN BODY SYSTEMS BOOTCAMP LAB STATION 4 INSTRUCTIONS • PAGE 4 OF 6
BOOTCAMP STATION 05
ARMOR & LEGACY
INTEGUMENTARY & REPRODUCTIVE
Mission Objective
Observe how your outer shield (integumentary armor) keeps microbes out and heat stable, and how reproductive cells specialize to carry genetic instructions to the next generation.
Required Supplies
Unbent Paperclip (Ends spaced 2cm apart)
Ruler (for testing finger vs forearm sensitivity)
TACTICAL INSTRUCTIONS
A
Task A: Two-Point Discrimination Shield Test
- Have Partner 1 close their eyes.
- Partner 2 gently touches Partner 1's **fingertip** with either ONE or TWO points of the paperclip. Partner 1 must say how many points they feel.
- Repeat this on Partner 1's **forearm** at the same spacing.
- Measure how narrow you can make the paperclip points on the fingertip while still feeling two distinct points vs the forearm.
- Discuss: Why are sensory receptors distributed differently in different areas of your protective armor? Record results.
B
Task B: Genetic Handover (Reproductive)
- Review how the reproductive system ensures species survival by producing specialized gametes (sperm and egg cells).
- Identify that each gamete contains exactly half (23 chromosomes) of the genetic blueprint needed to assemble a human body.
- Study the primary anatomical purposes: egg production/fetal incubation (female) and sperm production/delivery (male). Record the comparison.
RECEPTOR DENSITY SCHEMATIC
Fingertip Receptors
High density • Feels detail • Micro-spacing
Forearm Receptors
Low density • Basic alert • Wide spacing required
THE CHROMOSOME MATH
SPERM (23) + EGG (23)
↓ FERTILIZATION ↓
ZYGOTE (46 Chromosomes)
HUMAN BODY SYSTEMS BOOTCAMP LAB STATION 5 INSTRUCTIONS • PAGE 5 OF 6
BOOTCAMP STATION 06
TEAMWORK CHECKPOINT
INTERACTIONS & HOMEOSTASIS
Mission Objective
Put your system knowledge to the ultimate test. Analyze how multiple organ systems lock gears to manage extreme stress, process intense heat, and secure stable homeostasis.
Required Supplies
Tactical Scenario Briefing (below)
Homeostasis Interaction Wheel (at station)
TACTICAL INSTRUCTIONS
A
Task A: Escaping the Threat (System Synergies)
- Read Scenario 1: **"A sudden alarm sounds! You jump back, your heart races, and you sprint to safety."**
- Analyze which organ systems are involved in this split-second survival action. Think of at least 4 cooperating systems.
- Record how they interact (e.g., Nervous senses risk → Endocrine releases adrenaline → Muscular pushes skeleton → Respiratory takes deep breaths).
B
Task B: The Thermoregulation Loop
- Read Scenario 2: **"Exercising on a scorching summer day. Body temperature climbs."**
- Study the negative feedback loop diagram below.
- Trace the sequence of actions that return the core temperature back down to the target 37°C (98.6°F) setpoint.
- Fill out the blanks on your Lab Tracker to demonstrate complete understanding of homeostasis.
HOMEOSTASIS LOOP FEEDBACK
STIMULUS: Temp Rises ↓ Nervous System detects heat ↓ Sweat glands activate (Integumentary) & Blood vessels dilate ↓ RESPONSE: Temp drops
SYSTEM COHESION THINK TANK
"No body system operates in a vacuum. Survival depends on the perfect cross-talk of all 11 networks at every second of every day."
HUMAN BODY SYSTEMS BOOTCAMP LAB STATION 6 INSTRUCTIONS • PAGE 6 OF 6
System Bootcamp Lab Tracker
TACTICAL LAB RECORD
SYSTEM BOOTCAMP TRACKER
NAME:
DATE:
TEAM CODE:
PERIOD:
STATION 01 COMMAND CENTER • NERVOUS & ENDOCRINE
REFLEXES & MESSENGERS
Task A: Reaction Drop Test Data
| Trial | Catch Mark (cm) | Reaction Time (seconds) | Reaction Tier Group |
|---|
| 1 | | | |
| 2 | | | |
| 3 | | | |
Task B: Chemical Messenger Matchup
Thyroid
Pancreas
Adrenals
Pituitary
STATION 02 SCAFFOLD & ENGINE • SKELETAL & MUSCULAR
SUPPORT & MOTION
Task A: Antagonistic Muscle Pair Analysis
1. Arm Bending (Flexion)
Bicep muscle is:
Tricep muscle is:
2. Arm Straightening (Extension)
Bicep muscle is:
Tricep muscle is:
Task B: Mechanical Joint Matching
Shoulder Joint Type:
Elbow Joint Type:
Neck Joint Type:
Which essential component is produced deep inside large bones?
HUMAN BODY SYSTEMS BOOTCAMP TRACKER RECORD SHEET • PAGE 1 OF 3
TACTICAL LAB RECORD
CIRCULATION, RESPIRATION, DIGESTION & PURGE
STATION 03 LIFE PIPELINE • CIRCULATORY, RESPIRATORY & IMMUNE
GAS EXCHANGE & FLOW
Task A: Pulse Rate Data
Resting BPM
Active BPM
Difference Calculation
Active BPM − Resting BPM = BPM
PHYSIOLOGICAL EXPLANATION: Why did your heart rate increase during exertion? (Incorporate respiratory role)
Task B: The Oxygen Delivery Flowchart Matchup
Alveoli (Lungs) →
Carrier Vehicle
→ Heart Pump →
Target Cell
STATION 04 FUEL & WASTE • DIGESTIVE & URINARY
ABSORPTION & DETOX
Task A: Small Intestine Surface Area Observation
Flat wall sponge water retention (g or mL):
Folded sponge water retention (g or mL):
Why does a highly folded layout optimize nutrient intake?
Task B: Kidney Filtration Pathway Sequences
1. Filter Analogy Match
Beaker fluid represents:
System Bootcamp Slides
MISSION BRIEFING
LVL: MS-BIOLOGY
BODY SYSTEM
BOOTCAMP
A hands-on, high-intensity laboratory exploration of the 11 major human organ systems, their primary mechanisms, and their pathways of interaction.
STATIONS: 06 • TIME PER STATION: 8 MIN
PRESS [DOWN/RIGHT] FOR RUN RULES →
OPERATIONAL PARAMETERS
BOOTCAMP PROTOCOLS
01
Move with Precision
On the rotation buzzer, gather all supplies, clean your station surface, and move immediately to the next numerical station. No lagging behind.
02
Log Your Intel
Every cadet is individually responsible for filling out their own **Tactical Lab Tracker**. Complete every task, table, and schematic.
03
Preserve Equipment
Handle all rulers, timers, filters, and models with extreme respect. Reset the equipment for the next group before rotating out.
04
Collaborate as a Unit
Divide tasks equally. While Partner 1 drops the reaction timer, Partner 2 records the data. Ensure all team members understand the science.
HUMAN BODY SYSTEMS BOOTCAMP SAFETY • PACING • ETHICS
THE BATTLEGROUND
MISSION STATIONS LIST
STATION 01
Command Center
Nervous & Endocrine. Reflex dropping and hormone matching.
STATION 02
Scaffold & Engine
Skeletal & Muscular. Arm mechanics and joint movement classes.
STATION 03
Life Pipeline
Circulatory, Respiratory, & Immune. Active heart rate and O₂ highway.
STATION 04
Fuel & Waste
Digestive & Urinary. Villi surface area folding and blood filtering.
STATION 05
Armor & Legacy
Integumentary & Reproductive. Skin touch grids and zygote math.
STATION 06
Teamwork Check
Homeostasis focus. Threat avoidance and temperature loop.
HUMAN BODY SYSTEMS BOOTCAMP 6 STATIONS COHESION GRAPH
ACTIVE EXERCISE TIME
ROTATION STAGE
COUNTDOWN
08:00
SYSTEM OPERATIONS RUNNING SMOOTHLY
TACTICAL CHECKLIST
Read station cards before touching supplies.
Fill in matching letters and trial scores on your tracker.
Reset the materials to pristine order on the final 30-sec warning.
HUMAN BODY SYSTEMS BOOTCAMP ACTIVE RUN SESSION • TIME: 8:00 MINS
