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Identifying Tasks for AI Automation

Not all tasks are equally suitable for automation. Here are some criteria to consider when identifying tasks for AI automation, with a special focus on employee satisfaction and the potential reduction of human error:

The COMPLETE™ Framework

To systematically evaluate and prioritize these tasks, we’ve developed the COMPLETE™ Framework, which balances key factors to ensure optimal automation outcomes. COMPLETE™ stands for:

  • Complexity: How hard it is to automate the task.
  • Occurrence (Frequency): How often the task needs to be done.
  • Monetary Investment (Allocation): How much time and money the task costs.
  • Priority (Client Importance): How important it is to the client that a real human does the task.
  • Likability (Affect): How much the employee likes or dislikes the task.
  • Error Reduction: How much AI can reduce mistakes compared to humans doing the task.
  • Time Savings (Resource Savings Potential): How much time AI can save by doing the task.
  • Efficiency: How much overall efficiency is gained from automating the task.

Applying the COMPLETE™ Framework

By applying the COMPLETE™ score, we can identify which tasks to automate first, ensuring that we maximize both efficiency and employee satisfaction while minimizing the risk of human error.

Benefits of the COMPLETE™ Approach

Getting Started with COMPLETE™

To begin using the COMPLETE™ framework in your organization:

  1. Identify a list of potential tasks for automation across your organization.
  2. Score each task on the eight COMPLETE™ factors.
  3. Calculate an overall COMPLETE™ score for each task.
  4. Prioritize tasks with the highest COMPLETE™ scores for automation.
  5. Develop an implementation plan for automating the top-priority tasks.
  6. Monitor the results and adjust your automation strategy as needed.

Quantitative Analysis and Scoring

To make the COMPLETE™ framework more actionable, we recommend using a quantitative scoring system:

ROI Calculation

Estimate the Return on Investment (ROI) for each automation opportunity:

Change Management and Employee Engagement

Address the human side of AI automation:

Implementation Roadmap

Phased Approach to AI Task Automation

  1. Discovery and Assessment (1-2 months)
  2. Pilot Project Selection (2-4 weeks)
  3. Proof of Concept Development (1-3 months)
  4. Scaling and Integration (3-6 months)
  5. Continuous Improvement and Expansion (Ongoing)

Case Study: COMPLETE™ in Action

Global Financial Services Firm

Challenge: High-volume data entry tasks were causing employee burnout and increasing error rates.

Solution: Applied COMPLETE™ framework to identify and automate 15 key processes.

Results:

  • 70% reduction in processing time
  • 95% decrease in data entry errors
  • $2.5M annual cost savings
  • 30% increase in employee satisfaction scores

Key Performance Indicators (KPIs) for AI Automation

Track these metrics to measure the success of your AI automation initiatives:

KPI Description
Time Savings Hours saved per week/month due to automation
Error Rate Reduction Percentage decrease in errors after automation
Cost Savings Total monetary savings from automated processes
Employee Satisfaction Change in satisfaction scores post-automation
Process Cycle Time Reduction in end-to-end process completion time

Future-Proofing Your Automation Strategy

Ensure long-term success of your AI automation initiatives:

Conclusion

The COMPLETE™ framework provides a comprehensive, strategic approach to AI task automation. By considering all aspects of the automation process, from technical feasibility to employee impact, organizations can maximize the benefits of AI while minimizing risks and disruptions. Remember, successful automation is not just about technology—it’s about transforming your organization to be more efficient, innovative, and employee-centric.

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I turn AI tech & strategy into clear, actionable insights. You’ll discover how to leverage AI, how to integrate it strategically to get a competitive edge, automate tedious tasks, and improve business decision-making.

– Alastair.