Generative AI for Business with Microsoft Azure OpenAI
- Offered byGreat Learning
Generative AI for Business with Microsoft Azure OpenAI at Great Learning Overview
Duration | 4 months |
Total fee | ₹1.20 Lakh |
Mode of learning | Online |
Official Website | Go to Website |
Credential | Certificate |
Generative AI for Business with Microsoft Azure OpenAI at Great Learning Highlights
- Earn a certificate after completion of course from Microsoft Azure
- Fee payment can be done in installments
- Azure Lab access with OpenAI Studio
- 8+ hands-on case studies, 2 hands-on projects + 2 additional projects
- Get personalised assistance with dedicated Program Manager and Academic Support
Generative AI for Business with Microsoft Azure OpenAI at Great Learning Course details
Prompt Engineering
Using OpenAI API
Using Python SDK for Prompt Engineering
Microsoft Azure Cloud Services for AI
Gain expertise in generative AI principles, leveraging its problem-solving capabilities, effective use of Microsoft Azure OpenAI, harnessing Prompt Engineering for business use-cases, and fine-tuning Large Language Models to achieve desired outputs
Generative AI for Business with Microsoft Azure OpenAI at Great Learning Curriculum
Module-1: Leveraging Generative AI for Business Applications
Week-1: ML Foundations for Generative AI
Mathematical Foundations of Generative AI
Understanding Machine Learning for Generative AI
Connect NLP fundamentals with advanced Generative AI applications
Week-2: Generative AI: Business Landscape & Overview
Understanding Generative and Discriminative AI
A brief timeline of Generative AI
A peek into generative models
Deconstructing the behavior of a large language models
ML, DL, and GenAI applications in business
Hands-on Demonstration of popular tools (ChatGPT & DALL-E)
Week-3: Prompt Engineering without Code
LLMs and the genesis of Prompting
How does the Attention Mechanism work
A brief history of the GPT model series
Accessing GPT through Azure
Designing prompts for business use cases using playground templates
Prompting techniques (Prompt templates, precise instructions, chain of thought prompting)
Ideating for prompts (prompt generation by induction, prompt paraphrasing)
Understand the concept of prompt engineering and its role in optimizing Azure OpenAI models' performance.
Learn the capabilities of DALL-E in the Azure openAI service and Use the DALL-E playground in Azure OpenAI Studio
Week-4: Project: Product Feedback Review & Sentiment Analysis
Module-2: Python for Generative AI
Week-5: Python for Prompt Engineering : Part-1
Variables
Data types
Data Structures
Conditions and Loops
Functions
Strings
Use natural language prompts to write code
Week-6: Python for Prompt Engineering: Part-2
Store text in Python
Edit, add, and delete text in Python
How to read files in Python
How to work with a database
Manipulate string columns
Week-7: Learning Break
Module-3: Designing Generative AI Solutions with Azure Open AI
Week-8: Prompt Engineering at Scale
Getting set with your Azure Open AI key and Python SDK
Completions and Chat API
Kinds of APIs, Models, Token, Rate Limits and Pricing
Evaluating Generative AI Outputs
Generate completions to prompts and begin to manage model parameters
Include clear instructions, request output composition, and use contextual content to improve the quality of the model's responses
Week-9: Classification Tasks with Generative AI
Framing text classification tasks as Generative AI problem
Sentiment classification
Assigning themes to a body of text
Aspect-based sentiment analysis
Week-10: Content Generation and Summarization with Generative AI
Content generation using Generative AI
Abstractive summarization
Text generation
Week-11: Information Retrieval and Synthesis workflow with Gen AI
Overview of advanced application of Generative AI
Understand information retrieval and synthesis workflow using Azure Open AI
Effectively communicate the core concepts of Retrieval-Augmented Generation (RAG) with the help of the LangChain package
Use Azure OpenAI API to generate responses based on your own data
Week-12: Final Project: Aspect-based Classification for Sentiment Analysis
Module-4: AI-900: Azure AI Fundamentals (Optional 4-week elective)
Week-13: Machine Learning workloads on Azure
Identify regression, classification, and clustering machine learning scenarios
Identify features and labels in a dataset for machine learning
Describe the capabilities of Automated machine learning
Describe data and compute services for data science and machine learning
Describe model management and deployment capabilities in Azure Machine Learning
Week-14: Computer Vision workloads on Azure
Identify common types of computer vision solution
Identify features of optical character recognition solutions
Capabilities of the Azure AI Vision service
Capabilities of the Azure AI Face detection service
Week-15: Natural Language workloads on Azure
Identify features and uses for key phrase extraction
Identify features and uses for entity recognition
Identify features and uses for language modeling
Identify features of common NLP Workload Scenarios
Identify Azure tools and services for NLP workloads
Week-16: Generative AI workloads on Azure
Identify features of generative AI solutions
Identify capabilities of Azure OpenAI Service