Mini-Med School

Carl Albert Talent Search · Afternoon Session

This afternoon you're a medical team. You'll measure vital signs, practice real suturing technique, learn how an operating room works, and make triage decisions in a mass-casualty scenario.

One patient follows you the whole way. His name is Marco Torres. Let's meet him.

❤️ Session 1: Vital Signs & Patient Assessment
Phase 1
Meet Your Patient
Your Patient: Marco Torres
Name:Marco Torres
Age:45
Occupation:Construction Foreman
Why he's here:Dizzy for 3 days. Chest tightness climbing stairs. Tingling in his left arm.
Background:Smokes half a pack a day. Long hours, high stress. Father had a heart attack at 52. Doctor recently flagged elevated blood sugar.

Your mission: You are Marco's medical team. Run a complete assessment — vital signs, heart, lungs, neuro — and figure out what's going on.

Discuss before you measure anything:

  1. What concerns you most about Marco? Why?
  2. If you were the ER team, what would you check first?
  3. What does his family history tell you?
Phase 2
Skills Stations
Sub-Station A — Blood Pressure

Marco reports dizziness and chest tightness. High blood pressure could explain both.

  1. Resting BP: Wrap the cuff snugly around your partner's bare upper arm, just above the elbow. Press START and stay still. Record systolic (top) and diastolic (bottom).
  2. Stress BP: Do 2 minutes of jumping jacks. Measure immediately and record.
  3. Recovery BP: Wait 3 minutes, measure again. Switch roles and repeat.
BP Classification: Normal <120/80 · Elevated 120–129 · Stage 1 130–139/80–89 · Stage 2 140+/90+ · Crisis 180+/120+
Sub-Station B — Pulse Oximetry

Low oxygen levels can cause dizziness. Check if Marco's blood is carrying enough oxygen.

Clip the sensor to your index finger. Wait for a stable reading (~10 sec). Record SpO2 and pulse rate. Try a different finger — does it change? Switch and repeat.

Normal ranges: SpO2 = 95–100% · Pulse = 60–100 BPM at rest
Sub-Station C — Stethoscope

Marco's chest tightness could be his heart or his lungs. Listen to both.

  1. Heart: Clean earpieces. Tips angled forward. Diaphragm on upper left chest. Listen for LUB-DUB.
  2. Lungs: Front of chest (both sides), then back (both sides). Even, quiet breathing = normal. Switch and repeat.
Sub-Station D — Neurological Assessment (PERRLA + Reflex)
Safety: Reflex hammer — tap the patellar tendon gently, never the kneecap. Penlight — don't shine directly into a partner's eye for more than a moment.
  1. Pupil size: Are both pupils the same size in normal light? Unequal pupils can signal stroke or head injury.
  2. Light reactivity: Shine penlight into one eye — both pupils should constrict. Repeat with the other eye.
  3. Accommodation: Hold a finger 30 cm away. Ask partner to shift focus between your finger and a far object. Both pupils should change size together.
  4. Patellar reflex: Partner sits with legs hanging free. Gentle tap just below the kneecap. Watch for the knee-jerk. Check both sides — same response?
Phase 3
Make Sense of the Data

Raw numbers don't help a patient — you need to interpret them. Watch the screen as your teacher runs the Vital Signs Interpreter.

Marco's actual ER vitals:

  • Blood Pressure: 158/94 (Normal: <120/80)
  • Heart Rate: 92 BPM (Normal: 60–100)
  • SpO2: 96% (Normal: 95–100%)
  • Pupils: Equal and reactive
  • Reflexes: Normal, both sides
  1. What BP stage is Marco in?
  2. Which of his vitals worry you most? Why?
  3. Based on everything — symptoms, history, and these numbers — what do you think is happening with Marco?
Career Connection

Paramedics and EMTs run this exact assessment every shift — on the side of a road, in someone's kitchen, in a parking lot. EMT certification takes about 150 hours. Paramedic certification takes 1,200–1,800 hours. Every skill you practiced in the last hour is in their daily toolkit.

🧵 Session 3: Suturing — Close the Wound
New Patient: Sofia Reyes, age 16

She skateboards into a metal rail. 5 cm laceration on her right forearm — deep enough to see fatty tissue. She's terrified. Her parents are watching. The window to close this without infection is 6 hours.

  1. Why does Sofia have a 6-hour window?
  2. What could happen if the wound isn't closed properly?
  3. Beyond the physical repair — what does Sofia need from her team right now?
Phase 1
Tool Identification

Open your kit. Don't pick anything up yet. Your teacher will hold up each instrument — call out what you think it is before they tell you. Then you'll pick up yours and find the correct grip.

Tool What it does How to hold it
Needle Driver Grips and drives the needle through tissue Like a pen — thumb and ring finger through the rings, index finger along the shaft for control
Hemostat Clamps blood vessels to stop bleeding Same grip as needle driver — ratchet locks it closed so you don't have to squeeze continuously
Tissue Forceps Holds tissue steady while you pass the needle Like tweezers — gentle squeeze between thumb and fingers; teeth grip without tearing
Suture Scissors Cuts the suture tail after tying the knot Standard scissor grip — blunt tips prevent accidental punctures
Scalpel Handle #3 Holds the scalpel blade for incisions — for ID only today, no blade attached Pencil grip — the number tells you which blade size fits
Also in your kit: One packet of 4-0 nylon monofilament suture (19mm needle, 3/8 circle) — the same material used for skin closure in the ER. And a silicone practice pad pre-cut with incision lines. This is what you're closing today.
⚠️ Sharps protocol: Open the suture packet over the table — never hold it in the air. All needles go directly into the sharps container when you're done. Count your needles at the end of the session. This is real OR protocol.
Phase 2
Suture Pad Practice

Place 3 simple interrupted sutures on your practice pad. Goal: edges meet, spacing is even (~5mm apart), knots lie flat.

  1. Enter at 90 degrees — perpendicular to the wound edge.
  2. Pass the needle through both sides in one smooth arc.
  3. Tie the instrument knot: first throw counterclockwise (wrap, grab, pull), second throw clockwise. Square knot — won't slip.
  4. Trim the tail leaving ~5mm. Don't cut too close to the knot.
Phase 3
Self-Assessment + Sofia's Real Treatment

Score your own sutures 1–5 on four things: Spacing (even ~5mm), Depth (consistent), Tension (edges meet without puckering), Knot quality (flat, secure).

What actually happened with Sofia:

The attending chooses 3-0 nylon suture — the same material you just used. Five to seven stitches, evenly spaced. But before the first stitch, the doctor explains every step, acknowledges Sofia's fear, and talks her through the whole thing. The technical skill matters. So does the human skill.

Discuss: Based on your self-assessment — would you trust yourself to close Sofia's wound right now? What would you need to improve?

Career Connection

ER physicians handle lacerations every shift alongside fractures, cardiac cases, and everything in between. The path is long — 4 years undergrad, 4 years med school, 3–4 years residency. Surgical technologists assist in the OR and manage the sterile field; they typically need a 2-year associate's degree.

🚨 Session 6: Triage Capstone
Mass Casualty Event

A charter bus carrying a high school group has collided with a delivery truck. Four people are injured. Paramedics are 15 minutes out. You are the first responders on scene.

Your teacher will read each patient aloud. Listen, look at the numbers on screen, and decide: what tag would you give them — and why? The order you treat people in could determine who survives.

🔴 RED
Immediate — treat first
🟡 YELLOW
Delayed — treat second
🟢 GREEN
Minor — treat last
⬛ BLACK
Expectant — comfort only
Phase 1
Meet the Patients — Decide as a Class

Your teacher will present each patient on screen. Fill in your triage tag on your handout. Be ready to defend it — the class will debate the hard calls.

Patient 1 — Lena, age 13

Severe abdominal pain. Was pinned under a seat during impact. Pale, sweating, appears confused when spoken to.

BP: 88/54 · HR: 144 · SpO2: 89% · RR: 28
What do these numbers together suggest? Why does it matter that she's confused?
Patient 2 — James, age 14

Deep laceration to right thigh, actively bleeding through a pressure dressing a bystander applied. Alert and anxious, asking what's happening.

BP: 98/62 · HR: 132 · SpO2: 95% · RR: 22
He's conscious and talking. Does that mean he's stable? What do his numbers say?
Patient 3 — Ms. Rodriguez, age 42 (bus driver)

Chest pain and dizziness. Possible seatbelt bruising to sternum. Alert, oriented, no loss of consciousness.

BP: 152/98 · HR: 102 · SpO2: 96% · RR: 18
Is this a cardiac event or a stress response? YELLOW or RED — and what's your evidence?
Patient 4 — Kai, age 16

Bruising on left arm, small cut on forehead. Walking on their own — self-rescued from the vehicle. Fully alert, talking normally.

BP: 118/76 · HR: 86 · SpO2: 99% · RR: 16
Numbers look clean. Are you done? What would you still want to rule out?
Phase 2
Class Debate + Triage Simulator

Your teacher will call on students to share their tags. If someone says RED for a patient you tagged YELLOW — challenge them. Make your case. What number drove your decision?

The one everyone will argue about: Ms. Rodriguez. There is a defensible case for YELLOW and for RED. What's yours?

Then your teacher runs the Triage Simulator on screen — see how the clinical reasoning compares to what the class decided. Finally, Marco's vitals go back into the Vital Signs Interpreter. Where does he land now that you know what the thresholds actually mean?

🎓 Healthcare Career Pathways

Today you measured vital signs like a paramedic, sutured like a surgeon, managed an OR like a scrub tech, and triaged like an ER first responder. These aren't simulations of jobs — they are the actual skills those jobs require.

Real Careers in Healthcare
CareerWhat they doPath
EMTFirst on scene — assess, stabilize, transport~150 hrs + state certification
ParamedicAdvanced pre-hospital care, medications, procedures1,200–1,800 hrs + certification
Surgical TechnologistManages sterile field and instruments in the OR2-year associate's degree
OR Nurse (RN)Patient advocate, OR coordinatorBSN (4-year) + CNOR certification
Nurse PractitionerDiagnoses, treats, and prescribes independentlyBSN + master's — fastest-growing high-salary role in healthcare
ER PhysicianFull assessment and treatment for any emergency4 yr undergrad + 4 yr med school + 3–4 yr residency
Cardiovascular TechImaging equipment that caught Marco's blockageAssociate's or bachelor's degree
Biomedical EngineerDesigns and maintains medical devices and equipmentBachelor's in engineering

Two things worth knowing:

1. Not every path takes 8 years. EMT certification takes 150 hours. Surgical Tech is a 2-year degree. Paramedic is 1–2 years. Healthcare has more entry points than almost any other field.

2. Allied health is 60% of the healthcare workforce — techs, therapists, aides, technicians. These aren't backup careers. They're the backbone of how medicine gets done. Search any career above at bls.gov for real salary and job-growth data.

This Week
Pick one next step
  • Research — look up one career above. What does a real workday look like?
  • Look up — find a community college near you with an EMT or Surgical Tech program. Note the cost and time commitment.
  • Shadow — ask your school counselor about healthcare job shadowing in your area.
  • Search — go to bls.gov and find the salary range for one career that pulled at you today.

The skills you used today are real. Treat them that way.

💭 End of Day

This morning you said one word that described the Foley session. One question to close the day:

Which half of today surprised you more — and why?

Well done. Today you translated anime, built sound effects from scratch, performed live, measured vitals, sutured a wound, ran an OR simulation, and made triage decisions under pressure.

Two completely different fields. Both of them real. Both of them open to you.