London, United Kingdom

Generative AI

Multi-Agent Systems using CrewAIin London

Multi-Agent Systems using CrewAI training in London, United Kingdom provides practical skills to design and develop collaborative AI agents using CrewAI. Learn multi-agent architecture, agent roles, task orchestration, LLM integration…

40 Hours/5 daysLive virtual trainingFoundation

Classroom training and venue arrangements depend on the availability of a suitable conference hall in London, United Kingdom. Dates, seating capacity, facilities and the final venue are confirmed before booking.

Learning in London, United Kingdom

City details

London is a global business and cultural centre with extensive transport links and a diverse professional community.

Classroom availability and venue

Classroom training and venue arrangements depend on the availability of a suitable conference hall in London, United Kingdom. Dates, seating capacity, facilities and the final venue are confirmed before booking.

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Explore Multi-Agent Systems using CrewAI

Multi-Agent Systems using CrewAI training in London, United Kingdom provides practical skills to design and develop collaborative AI agents using CrewAI. Learn multi-agent architecture, agent roles, task orchestration, LLM integration, tools, workflows, memory, and process automation. This course helps developers and AI professionals build intelligent agent-based applications, automate complex tasks, and create scalable Generative AI solutions using Python and CrewAI for real-world business use cases.

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Learning from London

London is a global business and cultural centre with extensive transport links and a diverse professional community.

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City-page course benefits

  • Master Multi-Agent AI Development – Build practical expertise in designing collaborative AI agents using CrewAI in London, United Kingdom.
  • Learn CrewAI Framework Skills – Understand CrewAI architecture, agents, tasks, crews, processes, and workflows for modern AI application development.
  • Build Collaborative AI Agents – Develop specialized agents that communicate and work together to complete complex tasks and business objectives.
  • Develop AI Workflow Automation Skills – Create automated workflows that combine multiple agents, tasks, tools, and LLMs for practical applications.
  • Strengthen LLM Integration Knowledge – Learn how to connect Large Language Models with CrewAI agents and configure effective AI-powered workflows.
  • Learn Agent Roles and Task Management – Define agent responsibilities, goals, tools, and tasks to create organized multi-agent applications in London, United Kingdom.
  • Integrate AI Tools and APIs – Enable CrewAI agents to interact with external tools, APIs, databases, and services for expanded functionality.
  • Explore Agent Memory and Context – Understand how agents can maintain relevant information and context while completing complex workflows.
  • Gain Hands-On CrewAI Experience – Apply concepts through practical exercises and real-world multi-agent development projects.
  • Automate Complex Business Tasks – Learn how collaborative AI agents can support research, analysis, content creation, customer service, and business automation.
  • Develop Career-Ready Agentic AI Skills – Build in-demand skills relevant to Generative AI, AI automation, and multi-agent system development roles.
  • Earn StepMerit Learning Recognition – Demonstrate your practical learning through a StepMerit Learning Course Completion Certificate after successful course completion in London, United Kingdom.

Course curriculum

Module 1: Introduction to Multi-Agent Systems and CrewAI

  • Understand the fundamentals of multi-agent systems and agentic AI.
    • Explore AI agents, autonomous workflows, and collaborative intelligence.
    • Understand real-world multi-agent applications in London, United Kingdom.

Module 2: CrewAI Framework Fundamentals

  • Learn the architecture and core concepts of CrewAI.
    • Understand agents, tasks, crews, processes, and workflows.
    • Set up a CrewAI development environment for practical projects.

Module 3: AI Agent Architecture

  • Learn how to design effective AI agents.
    • Define agent roles, goals, backstories, capabilities, and responsibilities.
    • Create specialized agents for different business and technical tasks.

Module 4: Large Language Model Integration

  • Integrate Large Language Models with CrewAI agents.
    • Configure LLM providers, model parameters, prompts, and context.
    • Optimize model selection for different agent-based applications.

Module 5: Creating and Managing CrewAI Agents

  • Build intelligent agents using CrewAI.
    • Configure agent attributes, instructions, tools, and expected outputs.
    • Manage agent interactions for specialized task execution.

Module 6: Task Definition and Execution

  • Learn how to create and manage tasks in CrewAI.
    • Define task descriptions, expected outputs, agents, and execution requirements.
    • Connect multiple tasks to create structured AI workflows.

Module 7: Multi-Agent Collaboration

  • Build collaborative systems with multiple specialized agents.
    • Configure agents to communicate and share task results.
    • Design collaborative workflows for research, analysis, coding, and decision support.

Module 8: CrewAI Processes and Orchestration

  • Understand process management and workflow orchestration.
    • Explore sequential and hierarchical approaches to agent coordination.
    • Select suitable orchestration patterns for different application requirements.

Module 9: Tools and Function Integration

  • Extend CrewAI agent capabilities using external tools.
    • Integrate APIs, search tools, databases, Python functions, and custom tools.
    • Configure agents to select and use appropriate tools.

Module 10: Agent Memory and Context Management

  • Explore memory capabilities for AI agents.
    • Understand short-term, long-term, and contextual information management.
    • Improve agent interactions by maintaining relevant information throughout workflows.

Module 11: Knowledge Integration and Agentic RAG

  • Connect CrewAI agents with external knowledge sources.
    • Explore document retrieval, embeddings, vector databases, and knowledge bases.
    • Build knowledge-enabled agent workflows for enterprise applications.

Module 12: AI Agent Planning and Delegation

  • Develop agents capable of planning and delegating tasks.
    • Break complex objectives into manageable activities.
    • Enable agents to delegate responsibilities and coordinate task execution.

Module 13: Human-in-the-Loop Workflows

  • Understand human oversight in multi-agent applications.
    • Design approval, review, and intervention stages within AI workflows.
    • Balance automation with human decision-making for business processes.

Module 14: Multi-Agent Application Development

  • Build practical applications using multiple CrewAI agents.
    • Combine agents, tasks, tools, processes, and LLMs into complete solutions.
    • Develop applications for research, content generation, data analysis, and automation.

Module 15: Evaluation and Performance Optimization

  • Evaluate the quality and reliability of multi-agent workflows.
    • Monitor task completion, agent outputs, workflow efficiency, and errors.
    • Optimize prompts, tools, processes, and model usage for improved performance.

Module 16: Responsible AI and Security

  • Understand security considerations for multi-agent applications.
    • Explore prompt injection, unauthorized tool usage, data protection, and access control.
    • Apply validation and responsible AI practices to CrewAI solutions.

Module 17: Production Deployment and Enterprise Applications

  • Prepare CrewAI applications for real-world deployment.
    • Explore scalability, configuration, monitoring, error handling, and maintainability.
    • Design enterprise-ready multi-agent solutions for organizations.

Module 18: Hands-On Multi-Agent CrewAI Capstone Project

  • Build a complete multi-agent application using CrewAI.
    • Design agents, tasks, tools, processes, memory, and knowledge integration.
    • Test, optimize, and demonstrate a practical CrewAI solution for a real-world business scenario.

Exam details

  • Exam Level: Intermediate – Multi-Agent Systems using CrewAI
  • Exam Type: Online assessment consisting of multiple-choice, scenario-based, and practical questions.
  • Number of Questions: 40 questions
  • Exam Duration: 90 minutes
  • Passing Score: 70% (28 out of 40)
  • Exam Topics: Multi-agent systems, CrewAI fundamentals, agent design, LLM integration, tasks, workflows, orchestration, tools, memory, RAG, evaluation, and responsible AI.
  • Assessment Mode: Online examination available to learners in London, United Kingdom.
  • Certification: StepMerit Learning Course Completion Certificate upon successful completion of the assessment.

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Who this course is for

Software Developers – Professionals who want to build intelligent multi-agent applications and automate complex workflows using CrewAI. Generative AI Developers – AI professionals seeking hands-on skills in agentic AI, LLM applications, and collaborative agent architectures. Python Developers – Developers interested in applying Python skills to AI agent development, tool integration, and workflow automation. AI and Machine Learning Engineers – Technical professionals looking to integrate LLMs, AI agents, and multi-agent systems into intelligent applications. AI Application Developers – Professionals who want to create AI-powered applications using CrewAI, external tools, APIs, and knowledge…

Before you begin

Python Programming Knowledge – Basic understanding of Python, functions, classes, and programming concepts is recommended for CrewAI training in London, United Kingdom. Generative AI Fundamentals – Familiarity with Generative AI, Large Language Models (LLMs), and AI-powered applications will help learners understand multi-agent systems. LLM Concepts – Basic knowledge of prompts, tokens, context, and LLM interactions is beneficial for developing AI agents in London, United Kingdom. API Fundamentals – Understanding REST APIs, JSON, authentication, and basic API integration is helpful for connecting agents with external services. Software Development Basics – Familiarity with application…

Learning outcomes

Problem Statement – Healthcare organisations manage large volumes of patient information, medical documents, clinical guidelines, appointment data, and administrative requests. A single AI agent may struggle to handle multiple specialised tasks effectively. The challenge is to design a coordinated multi-agent system that can divide complex healthcare workflows into specialised tasks while maintaining accuracy, consistency, security, and human oversight. How We Overcame the Problem – Learners designed a multi-agent architecture using CrewAI , assigning specialised responsibilities to individual AI agents. Agents were provided with specific roles, goals, tools, and tasks and coordinated…

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