Force Field Analysis is a decision-making tool used to identify and analyze the factors that support or inhibit a proposed change.
Driving Forces are the factors that push for change, such as the need to increase profit or outdated machinery that hinders production.
Restraining Forces are the factors that resist change, such as employee fear of the unknown, rigid organizational structures, or financial constraints.
Managers assign a weighting (typically 1 to 5) to each force based on its relative importance; if the total weight of driving forces exceeds restraining forces, the change is more likely to succeed.
To increase the probability of success, management should focus on either strengthening the driving forces or, more effectively, weakening the restraining forces.
Understanding the difference between the nature of change and the forces acting upon it is vital for strategic planning.
| Feature | Incremental Change | Disruptive Change |
|---|---|---|
| Scale | Small, localized tweaks | Radical, organization-wide shift |
| Risk Level | Low; easily reversible | High; often involves significant capital |
| Employee Impact | High acceptance; low stress | High resistance; requires cultural shift |
| Goal | Efficiency and refinement | Market transformation and survival |
Analyze the Context: When discussing change, always identify if the trigger is internal (e.g., a new CEO) or external (e.g., a new competitor) to determine the appropriate management response.
Evaluate the Weights: In Force Field Analysis questions, don't just list forces; explain why one force might be weighted more heavily than another in a specific business scenario.
Check for Balance: A common mistake is only identifying driving forces. High-scoring answers must evaluate the restraining forces (like cost or culture) that could cause the change to fail.
Sanity Check: If a business is facing a disruptive external threat (like a new technology), incremental change is rarely enough; the answer should likely argue for a more radical, disruptive internal response.