Name
Medication Math Made Easy: Calculations That Can Save a Life
Date & Time
Wednesday, February 4, 2026, 2:00 PM - 4:00 PM
Speakers
Description
Do you struggle with medication math? You’re not alone. This hands-on workshop will simplify the most critical medication calculations for EMS providers, from dosing and drip rates to weight-based medications. Through real-world scenarios and easy-to-remember techniques, you'll gain the confidence and skills needed to ensure accuracy in the field. Whether you’re a seasoned provider or new to EMS, this session will sharpen your math game!
Member Price: $50
Non-Member Price: $75
Location Name
Meeting Suites 3 & 4
Full Address
Resch Expo
840 Armed Forces Dr
Ashwaubenon, WI 54304
United States
840 Armed Forces Dr
Ashwaubenon, WI 54304
United States
Session Type
Workshop
CAPCE Topic Area
Medication Delivery
CAPCE Category
Medical
Number of CE Credits
2
Learning Objectives
At the end of this session, the participants will be able to:
1. Demonstrate proficiency in calculating weight-based, volume-based, and infusion rate drug dosages using standard EMS formulas.
2. Apply key mathematical formulas used in EMS drug calculations, including dose per kilogram, infusion rates, and concentration conversions.
3. Develop a strategy to quickly and accurately calculate dosages in high-stress situations, such as pediatric emergencies and cardiac arrests.
4. Identify common mathematical mistakes in drug calculations and apply strategies to avoid errors that could lead to patient harm.
1. Demonstrate proficiency in calculating weight-based, volume-based, and infusion rate drug dosages using standard EMS formulas.
2. Apply key mathematical formulas used in EMS drug calculations, including dose per kilogram, infusion rates, and concentration conversions.
3. Develop a strategy to quickly and accurately calculate dosages in high-stress situations, such as pediatric emergencies and cardiac arrests.
4. Identify common mathematical mistakes in drug calculations and apply strategies to avoid errors that could lead to patient harm.