Course overview
Power BI reports can become difficult to trust when source data is poorly shaped, relationships are ambiguous, measures return inconsistent totals, and pages bury the decision under visual clutter. Advanced analysts need more than attractive dashboards: they need semantic models that reconcile to source systems, DAX measures that behave correctly under filters, and reports that guide managers from headline indicators to underlying drivers. These requirements are common in banking risk reporting, public-sector performance management, retail sales analysis, NGO programme monitoring and corporate finance.
This course develops the advanced Power BI skills required to build governed, high-performing analytical solutions. Participants prepare data with Power Query, design star-schema semantic models, write and debug DAX measures, create time-intelligence calculations, and apply dynamic analysis techniques such as field parameters, disconnected tables and calculation groups. The course also covers visual design, accessibility, row-level security, workspaces, deployment pipelines, refresh reliability and performance tuning with DAX Studio and VertiPaq Analyzer.
Teaching combines short technical briefings with instructor-led demonstrations, structured case work, group analysis and individual build activities using realistic reporting scenarios. Participants examine model design choices, diagnose slow reports, test security roles and translate reporting requirements into defined measures and acceptance criteria. They leave with a reusable Power BI solution design pack containing a semantic model blueprint, DAX measure pattern library, performance checklist and workplace application plan. The five-day programme is available in classroom settings in 50+ cities or live online, with approximately 32.5 contact hours from 08:30 to 16:30 each day. Participants receive a certificate of completion.
The course suits experienced Excel, Power BI or business intelligence users who already create reports and now need stronger modelling, calculation, governance and performance capabilities.

