AI-300: Implement machine learning and generative AI solutions

Price
Net
VAT

Price
Price on Request

Duration
4 days

For companies and job seekers:
this course is 100% fundable!
 

Location

Course Language
English

Training Solutions
Online Live

From intelligent assistance systems to automated decision-making processes: generative AI and machine learning are shaping modern digital business models. The key to success lies in the professional implementation of these technologies.

Key Topics

  • Productive use of ML and GenAI models
  • Deployment, scaling, and cloud operations
  • Lifecycle management and model maintenance
  • Monitoring, drift, and quality control
  • Security, compliance, and governance
  • Interfaces, APIs, and system integration
  • Increasing Efficiency Through Automation

Prerequisites:
Solid technical understanding of data processes, AI fundamentals, and modern IT infrastructures.

Target Audience
: Professionals in AI, data, IT operations, cloud, and software engineering.

Those who successfully integrate intelligent systems into productive processes create direct value for innovation, efficiency, and competitiveness. This establishes a skill set that remains in high demand in modern companies.

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Course Content
  • Preprocess data and configure feature engineering
  • Run an automated machine learning experiment
  • Evaluate and compare models
  • Configure MLflow for model tracking in notebooks
  • Train and track models in notebooks
  • Evaluate models using the Responsible AI dashboard
  • Define search space
  • Configure sampling method
  • Configure early termination
  • Use a sweep job for hyperparameter tuning
  • Create components
  • Create a pipeline
  • Run a pipeline job
  • Understanding the business problem
  • Exploring the solution architecture
  • Using GitHub Actions for model training
  • Understanding the business problem
  • Examining the solution architecture
  • Trigger a workflow
  • Understanding the business problem
  • Exploring the Solution Architecture
  • Set up environments
  • Understanding the business problem
  • Exploring the Solution Architecture
  • Model deployment
  • Explore Use Cases for GenAIOps
  • Selecting the Right Generative AI Model
  • Understanding the development cycle of a language model application
  • Explore available tools and frameworks for implementing GenAIOps
  • Apply version control to Prompts
  • Understanding Microsoft Foundry agents and prompt version control
  • Organizing Prompts in GitHub repositories
  • Develop secure workflows for deploying prompts
  • Designing evaluation experiments
  • Apply Git-based workflows to optimization experiments
  • Apply evaluation rubrics for consistent evaluation
  • Why automated reviews are important
  • Align ratings with human criteria
  • Creating evaluation datasets
  • Implementing batch evaluations with Python
  • Integrating evaluations into GitHub Actions
  • Why is monitoring necessary?
  • Understanding key metrics to monitor
  • Explore monitoring options with Azure
  • Integrate monitoring into your app
  • Interpret monitoring results
  • Why is tracing useful?
  • Determining what should be traced in generative AI applications
  • Implementing tracing in generative AI applications
  • Debugging complex workflows with advanced tracing patterns
  • Making informed decisions based on the analysis of trace data

Frequently Asked Questions

  • This course demonstrates how to effectively deploy, monitor, and reliably scale machine learning and generative AI solutions.
  • Companies are investing heavily in AI-powered processes and need expertise to deploy models securely and efficiently.
  • Ideal for professionals in data, AI, cloud, and IT operations who want to build practical, productive AI workflows.
  • The focus is on deployment, monitoring, model optimization, governance, and the secure use of generative AI in real-world scenarios.
  • A good model alone isn't enough—only stable operation, scalability, and control create real business value.
  • The course helps you avoid common pitfalls such as model drift, performance issues, security vulnerabilities, and uncontrolled AI outputs.
  • This expertise is in high demand and significantly improves career prospects in fields such as AI engineering, MLOps, and cloud AI.
  • Yes, especially for the professional use of large language models (LLMs), automation, and scalable AI applications in a corporate environment.

Do you have any further questions? Please contact us.