How to Use Copilot for Excel

Overview:

This session is designed for professionals who want to analyze data more efficiently using Microsoft Copilot in Excel. You will discover how to generate formulas, summarize large datasets, identify trends, and create visual insights using simple natural language prompts.

Through live demonstrations and practical examples, you’ll see how Copilot acts as your AI-powered data assistant - helping you interpret information, automate calculations, and transform raw numbers into meaningful business insights.

By the end of the session, you’ll understand how to reduce manual work, improve accuracy, and make data-driven decisions faster.

Why you should Attend:

Still spending hours building formulas, cleaning data, and trying to figure out what your numbers actually mean? Manually analyzing spreadsheets is time-consuming and increases the risk of errors. While others are using AI to uncover insights in seconds, you may still be sorting, filtering, and troubleshooting formulas.

Without leveraging Copilot in Excel, you risk slower decision-making and missed insights hidden in your data. Learn how to turn Excel into an AI-powered analysis tool that helps you work faster, smarter, and more confidently.

Areas Covered in the Session:

• Generating formulas using natural language
• Explaining and troubleshooting existing formulas
• Cleaning and organizing data with AI assistance
• Summarizing large datasets quickly
• Identifying trends, patterns, and anomalies
• Creating charts and visual insights automatically
• Best practices for prompting Copilot in Excel
• Reviewing and validating AI-generated outputs

Who Will Benefit:

• Business Professionals & Managers - looking to save time and increase productivity
• Project Managers & Team Leads - needing faster reporting and stakeholder presentations
• Sales & Marketing Teams - building compelling pitch decks efficiently
• Consultants - delivering structured insights to clients
• Executives & Decision Makers - communicating strategy with clarity and speed