Quark AI for Intelligent Agents Training in Kraków, Poland

This hands-on training introduces participants to Quark as an AI agent platform. Learners will explore how to design, develop, and deploy intelligent agents capable of decision-making, automation, and real-time interactions. The program combines conceptual understanding, workflow development, and practical exercises to build AI-driven business solutions using Quark.

Foundations and Agent Development

Module 1: Introduction to Quark

• Overview of Quark as an AI agent platform
• Understanding architecture and key components
• Setting up Quark for development and agent design
• Introduction to agent lifecycle and capabilities

Module 2: Building Intelligent Agents with Quark

• Principles of agent design and decision-making frameworks
• Developing automation workflows using Quark
• Implementing decision trees and state machines
• Hands-on

Module 3: Integrating Quark with Data and Systems

• Data ingestion and preprocessing
• Connecting Quark to external APIs, databases, and business systems
• Optimizing real-time decision-making and responses
• Demonstration: Agent integration with live data

Advanced Automation and Real-World Applications

Module 4: Advanced Automation with Quark

• Event-driven automation principles
• Creating dynamic workflows and decision matrices
• Handling complex decision logic and scenarios
• Hands-on

Module 5: Testing and Monitoring Intelligent Agents

• Implementing testing frameworks for Quark agents
• Monitoring agent performance and efficiency
• Debugging and troubleshooting common issues
• Metrics and KPIs for agent evaluation

Module 6: Case Studies and Real-World Applications

• Exploring successful industry use cases of Quark agents
• Applying Quark to streamline business processes
• Hands-on
• Group discussion: Lessons learned and optimization strategies

Module 7: Summary and Next Steps

• Review of core concepts and best practices
• Roadmap for advanced Quark AI development
• Resources for continued learning
• Q&A and course closure