Controlling
Meaning and Importance
Controlling
The management process of systematically monitoring organizational activities, comparing actual performance against established standards, and taking corrective action to rectify any significant deviations.
Controlling is the crucial final link in the functional chain of management. It is the only reliable way managers know whether organizational goals—established during the planning phase—are actually being met, and if not, why they are failing. It provides an essential feedback loop that informs future planning cycles. Without control, an organization is flying blind.
The Control Process
The control process is a continuous, three-step cycle that applies to any activity, from a massive infrastructure project to an individual employee's daily output.
Procedure
- Measuring Actual Performance: Acquiring reliable data on what is actually happening. Methods include personal observation (management by walking around), statistical reports (dashboards, charts), oral reports (meetings, one-on-ones), and formal written reports.
- Comparing Actual Performance Against Standards: Determining the degree of variation between the actual performance measured in Step 1 and the standard (the goal) established during the planning phase.
- Taking Managerial Action: If the deviation is significant, the manager must act. This can involve correcting actual performance (e.g., repairing a machine, retraining an employee) or, if the original goal was unrealistic, revising the standard itself.
Range of Variation
Because absolute perfection is rarely achievable, managers must establish an acceptable range of variation (or tolerance limits) before evaluating performance. Small, random fluctuations within this range might be normal. Only deviations falling outside this acceptable range demand managerial attention to identify root causes and implement corrective actions.
Statistical Process Control (X-bar Chart)
Low (σ=0.5)High (σ=3.0)
Shifts process mean by +0 after sample 20.
Process Status
Mean (\u03BC):10
UCL (+3\u03C3):13.0
LCL (-3\u03C3):7.0
Points Out:0
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Types of Control
Controls can be implemented at different stages of an operational process. Effective engineering managers utilize a combination of all three.
Timing of Control Mechanisms
- Feedforward Control (Input Stage): This is proactive control that anticipates and prevents problems before they occur. It focuses on the quality of inputs (human, material, financial) before work begins.
Example: Rigorously testing raw concrete batches before pouring a foundation. - Concurrent Control (Process Stage): This is active, real-time control that corrects problems as they happen during the transformation process. It ensures the process complies with directives.
Example: A site supervisor immediately stopping a crane operator who is lifting a load incorrectly. - Feedback Control (Output Stage): This is reactive control that corrects problems after they occur. It focuses on the final outputs or results. While the damage is already done, it provides vital data for future improvement.
Example: Analyzing a failed bridge component after a collapse to update future design codes.
Financial Controls
Every organization relies on financial resources, making financial controls universal and critical for survival.
Budgets
Budgets are formal, numerical plans for allocating resources to specific activities over a given timeframe. They act as both a planning tool and a strict control mechanism.
- Operating Budget: Details planned revenues, expenses, and expected profit for a specific period.
- Cash Budget: Forecasts cash inflows and outflows to ensure the company has enough liquid cash on hand to meet obligations (e.g., payroll).
- Capital Expenditure Budget: Details planned investments in major, long-term assets like property, heavy machinery, and new facilities.
Financial Ratios
Financial ratios are calculated by comparing selected items on the balance sheet and income statement to assess organizational health.
- Liquidity Ratios (e.g., Current Ratio): Calculated as Current Assets / Current Liabilities. It tests the organization's ability to meet its short-term debt obligations.
- Leverage Ratios (e.g., Debt-to-Assets Ratio): Calculated as Total Debt / Total Assets. It measures the percentage of total assets financed by creditors versus owners, indicating financial risk.
- Activity Ratios (e.g., Inventory Turnover): Calculated as Cost of Goods Sold / Average Inventory. It measures how efficiently the organization is managing its physical inventory.
- Profitability Ratios (e.g., Return on Investment - ROI): Calculated as Net Profit / Total Investment. It measures the efficiency of assets in generating profit for the organization.
Audits
Formal, systematic verifications of an organization's financial and operational records to ensure authenticity and compliance with strict accounting standards and internal policies.
- External Audits: Conducted by independent, third-party accounting firms to verify that the published financial statements are absolutely accurate and not fraudulent. They are legally required for publicly traded companies.
- Internal Audits: Conducted by the company's own employees to proactively ensure that internal operating procedures, safety protocols, and management directives are actually being followed correctly on the factory floor or construction site.
- Management Audits: A holistic evaluation of the overall efficiency and effectiveness of the management team itself in utilizing resources to achieve strategic goals.
Non-Financial Controls
Relying solely on financial metrics provides an incomplete picture. Modern management requires balancing financial outcomes with operational drivers.
Benchmarking
The continuous, systematic process of measuring products, services, and heavily detailed practices against the absolutely toughest competitors or those companies universally recognized as industry leaders. The goal is to identify "best practices" and implement them internally to achieve superior performance.
Management Information Systems (MIS)
A computerized system that provides managers with the exact, real-time information they need to execute the control function. It collects, processes, and constantly disseminates data (like daily production yields, inventory levels, or machine downtime) to the appropriate managers so they can monitor deviations instantly, rather than waiting for a monthly report.
The Balanced Scorecard
A strategic performance management tool that evaluates an organization from four distinct perspectives, ensuring that short-term financial gains are not achieved at the expense of long-term viability.
- Financial Perspective: How do we look to shareholders? (e.g., revenue growth, cost reduction).
- Customer Perspective: How do customers see us? (e.g., customer satisfaction scores, market share).
- Internal Business Processes Perspective: At what processes must we excel? (e.g., manufacturing cycle time, quality defect rates).
- Learning and Growth Perspective: How can we continue to improve and create value? (e.g., employee training hours, retention rates of key personnel).
Key Takeaways
- Controlling acts as the crucial final check in the management cycle, ensuring that actual activities align with planned goals and standards, providing a feedback loop for future planning.
- The continuous control process involves three distinct steps: Measure Actual Performance, Compare Against Standards, and Take Corrective Action (if deviations exceed the acceptable range of variation).
- Organizations utilize different control types based on their timing relative to the process: Feedforward (proactive/input), Concurrent (real-time/process), and Feedback (reactive/output).
- A holistic control system requires both rigorous Financial Controls (e.g., Budgets, Ratios, External/Internal Audits) and Non-Financial Controls (e.g., Benchmarking, MIS, and the Balanced Scorecard) to ensure long-term organizational health.