This course explains how multiple AI agents can communicate, collaborate, and solve complex tasks through structured conversations.
Overview
AutoGen Agentic AI Training introduces participants to building and managing agentic AI systems using the AutoGen framework. This course explains how multiple AI agents can communicate, collaborate, and solve complex tasks through structured conversations. Participants will learn how AutoGen enables scalable, controllable, and goal-driven agent interactions for business and technical use cases.
Learning Outcomes
- Understand AutoGen and agentic AI concepts
- Build multi-agent AI workflows and systems
- Automate tasks using AI agents
- Integrate AutoGen with applications and APIs
- Evaluate and optimize agent performance
Duration & Delivery Mode
14 hours
Target Audience
โข AI and automation professionals
โข Product managers and solution architects
โข Business analysts and innovation teams
โข Developers and technical consultants
โข Professionals exploring agentic AI systems
Pre-requisites
โข Basic understanding of artificial intelligence concepts
โข Familiarity with workflows or problem-solving processes
โข No advanced programming background required
Skillset Achieved
โข Understanding AutoGen agent architecture
โข Designing conversational AI agents
โข Managing multi-agent interactions and workflows
โข Applying AutoGen to real-world use cases
โข Implementing responsible and governed agent systems
Course Outcome
By the end of this training, participants will be able to design, deploy, and manage agentic AI systems using AutoGen. Learners will gain practical skills to create collaborative AI agents that communicate effectively while maintaining oversight, accuracy, and responsible AI practices.
Course Outline
Introduction to AutoGen and Agentic AI
โข What is AutoGen and how it works
โข Agentic AI concepts and terminology
โข Key differences between AutoGen and other agent frameworks
AutoGen Architecture and Core Components
โข Agents, roles, and conversation flows
โข Task coordination through conversations
โข Tools, memory, and context handling
Designing Single and Multi-Agent Conversations
โข Defining agent roles and responsibilities
โข Structuring effective agent dialogues
โข Managing agent decision-making
Basic AutoGen Use Cases
โข Research and analysis agents
โข Planning and problem-solving workflows
โข Content and knowledge generation tasks
Advanced Agent Collaboration Patterns
โข Multi-agent coordination strategies
โข Iterative reasoning and feedback loops
โข Managing agent conflicts and redundancy
Business and Enterprise Applications
โข AutoGen for business process support
โข Cross-functional AI agent collaboration
โข Decision support and advisory systems
Governance, Ethics, and Risk Management
โข Data privacy and security considerations
โข Bias, accuracy, and reliability challenges
โข Responsible deployment of agentic AI
Hands-on Practice and Demonstrations
โข Live AutoGen agent conversations
โข Real-world scenario-based exercises
โข Participant practice and feedback
Assessment Topics
- Introduction to AutoGen
- Agentic AI workflow fundamentals
- Multi-agent communication and orchestration
- API integration and automation
- AI agent evaluation and optimization
Evaluation
โข Participation in hands-on agent exercises
โข Practical agent design assignment
โข Knowledge-based assessment
Course Materials
Participants will receive course materials, slides, reference materials, exercises and access to resources for further learning.
Certification
Participants who successfully complete the training and evaluation will receive an AcadNXT Certificate of Completion in AutoGen Agentic AI Training, validating their ability to design and manage agent-based AI systems.
Available cities in United States for this course
Explore delivery locations across United States and move into city pages for localized schedules and context.
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What Our Students Say
โExcellent introduction to agentic AI using AutoGen.โ
โThe conversational agent approach was very well explained.โ
โGreat hands-on sessions with real AutoGen scenarios.โ
โHelped us understand how to control multi-agent AI systems.โ
โA solid foundation for anyone working with agentic AI.โ