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AIcademy

Using Generative AI Models & Systems Effectively

Introduction


This session provides an in-depth look at the workings and applications of generative AI systems such as ChatGPT , Gemini , Claude and LLaMA . In contrast to the knowledge session on Large Language Models (LLMs), this training focuses on more advanced concepts and technical aspects , such as transformer architecture, model context, evaluation methods and integration options.

You will learn how generative models work, how to assess their output, and which approach — prompt engineering, fine-tuning, or RAG — is best suited for different use cases. We will also consider reliability, risk, and governance for large-scale deployment of generative AI in organizations.


Learning objectives


1. Understand how generative AI models work


  • Transformers Architecture and the Importance of Self-Attention

  • How tokens , embeddings and context windows work

  • Understanding training data, model size, and fine-tuning methods


2. Evaluate and assess output


  • Assess output on:
    Factuality – is the generated information correct?
    Bias – are there any biases visible in the model?
    Consistency – is the output logical and consistent?
    Helpfulness – is the output relevant and useful?

  • Difference between human evaluation and automatic scoring methods


3. Customization and integration techniques


  • Prompt engineering – controlling output via smart input

  • Fine-tuning – adapting models to specific domains or tasks

  • Retrieval-Augmented Generation (RAG) – Linking LLMs to your own documentation or knowledge bases

  • Trade-offs between flexibility, costs, control and maintenance


4. Responsible and strategic use of generative AI


  • Risk Insight: Hallucinatory Output, Misinterpretation, Dependence

  • Governance: documentation, auditing, monitoring and policy frameworks

  • Legal and ethical frameworks: AI Act , GDPR , transparency requirements

  • Practical tips for responsible implementation in organizational processes


For whom


This session is intended for AI specialists, data leads, technical decision makers, innovation advisors and architects who want to deploy generative AI strategically and responsibly — and want to gain more insight into the technical operation, evaluation and integration of these systems within their organization.


Interested in this session?


Feel free to contact us. We are happy to think along with you about a solution that fits your team, sector and technological context.

Using Generative AI Models & Systems Effectively

Introduction


This session provides an in-depth look at the workings and applications of generative AI systems such as ChatGPT , Gemini , Claude and LLaMA . In contrast to the knowledge session on Large Language Models (LLMs), this training focuses on more advanced concepts and technical aspects , such as transformer architecture, model context, evaluation methods and integration options.

You will learn how generative models work, how to assess their output, and which approach — prompt engineering, fine-tuning, or RAG — is best suited for different use cases. We will also consider reliability, risk, and governance for large-scale deployment of generative AI in organizations.


Learning objectives


1. Understand how generative AI models work


  • Transformers Architecture and the Importance of Self-Attention

  • How tokens , embeddings and context windows work

  • Understanding training data, model size, and fine-tuning methods


2. Evaluate and assess output


  • Assess output on:
    Factuality – is the generated information correct?
    Bias – are there any biases visible in the model?
    Consistency – is the output logical and consistent?
    Helpfulness – is the output relevant and useful?

  • Difference between human evaluation and automatic scoring methods


3. Customization and integration techniques


  • Prompt engineering – controlling output via smart input

  • Fine-tuning – adapting models to specific domains or tasks

  • Retrieval-Augmented Generation (RAG) – Linking LLMs to your own documentation or knowledge bases

  • Trade-offs between flexibility, costs, control and maintenance


4. Responsible and strategic use of generative AI


  • Risk Insight: Hallucinatory Output, Misinterpretation, Dependence

  • Governance: documentation, auditing, monitoring and policy frameworks

  • Legal and ethical frameworks: AI Act , GDPR , transparency requirements

  • Practical tips for responsible implementation in organizational processes


For whom


This session is intended for AI specialists, data leads, technical decision makers, innovation advisors and architects who want to deploy generative AI strategically and responsibly — and want to gain more insight into the technical operation, evaluation and integration of these systems within their organization.


Interested in this session?


Feel free to contact us. We are happy to think along with you about a solution that fits your team, sector and technological context.

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Description:
Learn about the operation, architecture and evaluation of generative AI models such as ChatGPT, Gemini and LLaMA.


Learning objectives:

  • Understand how LLMs work: transformers, tokens, embeddings and context.

  • Methods to evaluate the output of LLMs: factuality, bias, consistency, helpfulness.

  • Understanding methods to detect hallucinations

  • Gain knowledge of the different types of LLMs, such as reasoning and multimodal models.

  • Insights into prompt engineering vs. fine-tuning vs. RAG for specific use cases.


For whom: Engineers and technical professionals who really want to understand how Generative AI systems work.

Using Generative AI Models & Systems Effectively

Introduction


This session provides an in-depth look at the workings and applications of generative AI systems such as ChatGPT , Gemini , Claude and LLaMA . In contrast to the knowledge session on Large Language Models (LLMs), this training focuses on more advanced concepts and technical aspects , such as transformer architecture, model context, evaluation methods and integration options.

You will learn how generative models work, how to assess their output, and which approach — prompt engineering, fine-tuning, or RAG — is best suited for different use cases. We will also consider reliability, risk, and governance for large-scale deployment of generative AI in organizations.


Learning objectives


1. Understand how generative AI models work


  • Transformers Architecture and the Importance of Self-Attention

  • How tokens , embeddings and context windows work

  • Understanding training data, model size, and fine-tuning methods


2. Evaluate and assess output


  • Assess output on:
    Factuality – is the generated information correct?
    Bias – are there any biases visible in the model?
    Consistency – is the output logical and consistent?
    Helpfulness – is the output relevant and useful?

  • Difference between human evaluation and automatic scoring methods


3. Customization and integration techniques


  • Prompt engineering – controlling output via smart input

  • Fine-tuning – adapting models to specific domains or tasks

  • Retrieval-Augmented Generation (RAG) – Linking LLMs to your own documentation or knowledge bases

  • Trade-offs between flexibility, costs, control and maintenance


4. Responsible and strategic use of generative AI


  • Risk Insight: Hallucinatory Output, Misinterpretation, Dependence

  • Governance: documentation, auditing, monitoring and policy frameworks

  • Legal and ethical frameworks: AI Act , GDPR , transparency requirements

  • Practical tips for responsible implementation in organizational processes


For whom


This session is intended for AI specialists, data leads, technical decision makers, innovation advisors and architects who want to deploy generative AI strategically and responsibly — and want to gain more insight into the technical operation, evaluation and integration of these systems within their organization.


Interested in this session?


Feel free to contact us. We are happy to think along with you about a solution that fits your team, sector and technological context.

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