WEEK 5: Testing the Cognitive Domain (14 OF 29)

Item Design for Each Cognitive Level: Application

Application: Types of Questions and Assessment Strategies for Using Information in New Ways

The text discusses the concept of application in cognitive learning, which involves using learned information in new situations. It emphasizes that application goes beyond simply knowing the information and requires effective use of it. The purpose of application-level items is to test the ability to apply theoretical knowledge in diverse clinical situations, encourage real-time problem-solving and critical thinking, and prepare students for hands-on clinical responsibilities.

    BASIC Information

"Application" in the realm of cognitive learning evaluates a student's ability to use learned information in novel scenarios. It's not about just knowing the information; it's about applying it effectively.
Types of questions geared toward this include:

Problem-Solving Questions: These ask students to apply their knowledge to solve specific issues.
Scenario-Based Questions: Here, students have to apply what they've learned to hypothetical situations, often mirroring real-world challenges.
For PA students: Example (Problem-Solving): "A patient has overdosed on acetaminophen. What would be the immediate course of action?" Answer: Immediate evaluation in a hospital setting. N-acetylcysteine is an antidote for acetaminophen toxicity and should be administered as soon as possible.
Example (Scenario-Based): "A patient comes in with chest pain radiating to the left arm and shortness of breath. How would you apply your knowledge to manage this patient initially?"

Answer: Given the symptoms, one should consider acute coronary syndrome. The initial steps would involve an ECG, administering aspirin, and continuous monitoring, among other interventions.

    INTERMEDIATE Information

Intermediate strategies challenge the student further, intertwining various areas of knowledge into practical applications.

Extended Response: Delve deeper into the application, often incorporating multiple aspects of a topic.
Simulated Patient Encounters: Students interact with actor-patients, applying their medical knowledge in real-time.
Data Interpretation: Applying knowledge to interpret medical tests, charts, and more.
For PA students:

Example (Extended Response): "A patient presents with severe polyuria, polydipsia, and unexplained weight loss. Describe your diagnostic approach and potential management."

Answer: The symptoms hint at diabetes mellitus. One would start with a fasting blood glucose test, possibly followed by an oral glucose tolerance test. Depending on results, management could range from dietary control and oral hypoglycemics to insulin therapy.
Example (Simulated Patient Encounter): In a clinical skills lab, a student might encounter an actor-patient with symptoms of meningitis. They'd need to apply their knowledge to perform a lumbar puncture and interpret cerebrospinal fluid results accordingly.
Example (Data Interpretation): "A lipid panel shows LDL of 200 mg/dL, HDL of 35 mg/dL, and total cholesterol of 280 mg/dL. Apply your knowledge to provide a risk assessment and recommend treatment."

Answer: These values indicate high cholesterol levels, raising the risk of atherosclerotic cardiovascular disease. Treatment might involve statins, lifestyle changes, and possibly other lipid-lowering medications.

    ADVANCED Information

Purpose of Application-Level Items:

Test ability to apply theoretical knowledge in diverse clinical situations.
Encourage real-time problem-solving and critical thinking.
Prepare students for hands-on clinical responsibilities.
Advanced Item Design Techniques:

Integrated Case Studies: Comprehensive cases combining multiple systems or conditions.
Clinical Decision-Making Scenarios: Dynamic scenarios where decisions influence patient outcomes.
Procedure Simulations: Applying knowledge in procedural settings, often with medical simulation tools.
Additional Material:

Advanced application-level items mimic the intricacies and unpredictability of actual medical practice. They bridge the gap between classroom learning and the challenges of patient care.
Example (Integrated Case Study): A patient with diabetes mellitus, hypertension, and kidney disease presents with shortness of breath and swollen ankles. Students would apply their knowledge of all three conditions, considering how they might exacerbate one another, to diagnose and treat the patient comprehensively.

Example (Clinical Decision-Making Scenario): Using a digital platform, students manage a critically ill patient. Each decision (e.g., medication dosages, interventions) alters the patient's prognosis, demanding nuanced application of knowledge.

Example (Procedure Simulation): Using a medical manikin or VR, students might perform a central line insertion, ensuring sterility, correct placement, and patient safety—applying knowledge from anatomy, technique, and potential complications.


I need to go back and review the PREVIOUS TOPIC I'm comfortable now, take me to the NEXT TOPIC
WEEK 5: Testing the Cognitive Domain (13 OF 29)
Item Design for Each Cognitive Level: Understanding
Understanding: Types of Questions and Assessment Strategies for Explaining Ideas/Concepts
WEEK 5: Testing the Cognitive Domain (15 OF 29)
Item Design for Each Cognitive Level: Analysis
Analysis: Types of Questions and Assessment Strategies
Examining and Breaking Information into Parts

REFERENCES

ChatGPT1 was used to generate most of the textual aspects of this page, as well as the HTML code, which were then checked for quality and corrected as necessary.
Midjourney Bot (in Discord) and Canva were used to generate images
1. ChatGPT. Version 4. OpenAI; 2023. Accessed August, 2023. OpenAI.com
2. Midjourney. Version 5.2. Midjourney; 2013. Accessed August, 2023. Midjourney.com
3. Discord. Discord, Inc.; 2023. Accessed August, 2023. Discord.com
4. Canva. Canva Pty Ltd; 2023. Accessed August, 2023. Canva.com