Problem-Solving and Decision-Making Flashcards
7 cards from real CTE practice questions. Tap to flip, then mark Knew It or Still Learning — missed cards come back until you master them.
Read the first 7 Problem-Solving and Decision-Making flashcards as text
Which problem-solving technique uses structured reverse thinking — starting from the desired outcome and working backward?
Answer: Backward induction
Backward induction starts with the goal and works back through required steps, helping identify what conditions must be true for success.
A CTE professional must make a decision under high uncertainty with incomplete data. The MOST appropriate action is to:
Answer: Use available data to make the best-informed decision while documenting assumptions
Acting on the best available information while documenting assumptions allows progress and provides accountability when uncertainty cannot be eliminated.
In risk-based decision-making, 'risk tolerance' refers to:
Answer: The level of risk an organization or individual is willing to accept
Risk tolerance defines how much uncertainty or potential loss is acceptable, guiding which solutions are worth pursuing.
When a technical problem has no clear precedent, a CTE professional should FIRST:
Answer: Apply analogical reasoning by comparing the problem to similar known issues
Analogical reasoning transfers knowledge from similar, solved problems to novel situations, providing a structured starting point.
Which of the following best defines 'critical thinking' in a technical context?
Answer: Objectively analyzing evidence, assumptions, and reasoning before reaching a conclusion
Critical thinking involves disciplined evaluation of evidence and logic to arrive at well-reasoned conclusions rather than reactive judgments.
A 'workaround' in technical problem-solving is best described as:
Answer: A temporary measure that restores function while a permanent solution is developed
A workaround provides temporary restoration of function without addressing the root cause, buying time for a permanent fix.
Which factor most commonly causes technically sound decisions to fail during implementation?
Answer: Lack of stakeholder communication and buy-in
Even technically correct decisions often fail because stakeholders were not informed, consulted, or engaged, leading to resistance or poor execution.