Course Outline

Introduction to RPA and UiPath Architecture

  • What is RPA?
  • Role of an Automation Solution Architect
  • UiPath platform overview: Studio, Robot, Orchestrator
  • Best practices for enterprise automation

RPA Solution Design Principles

  • Understanding business process requirements
  • Designing scalable and modular RPA solutions
  • Security and compliance considerations
  • Exception handling and logging strategies

UiPath Development Framework

  • Project structure and reusable components
  • State machine vs flowchart vs sequence workflows
  • Error handling, debugging, and logging

Orchestrator and Deployment Strategies

  • Role of UiPath Orchestrator in automation architecture
  • Managing assets, queues, and schedules
  • Multi-bot architecture and workload distribution
  • Deployment and version control best practices

Integration and Advanced Automation

  • Integrating UiPath with databases, APIs, and web services
  • Working with AI and machine learning models
  • Using attended and unattended bots effectively

Performance Optimization and Governance

  • Optimizing workflows for efficiency
  • Monitoring and troubleshooting automation solutions
  • Establishing governance and compliance frameworks

Case Studies and Real-World Applications

  • Analyzing successful RPA implementations
  • Reviewing best practices from industry case studies
  • Implementing a full-scale automation project

Summary and Next Steps

Requirements

  • Experience with UiPath Studio and Orchestrator
  • Understanding of RPA development lifecycle
  • Familiarity with software development and system architecture

Audience

  • RPA Developers
  • Solution Architects
  • Automation Engineers
  • IT Professionals with UiPath experience
 21 Hours

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