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In this course, you will explore the generative artificial intelligence (generative AI) application lifecycle, which includes the following:

- Defining a business use case

- Selecting a foundation model (FM)

- Improving the performance of an FM

- Evaluating the performance of an FM

- Deployment and its impact on business objectives

This course is a primer to generative AI courses, which dive deeper into concepts related to customizing an FM using prompt engineering, Retrieval Augmented Generation (RAG), and fine-tuning.

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What's inside

Syllabus

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Taught by AWS Instructor, recognized for their work with AWS
Examines generative AI, which could have applications in various industries and solve complex business problems
Provides a foundation for generative AI courses that explore advanced concepts in the field
Requires a basic understanding of generative AI concepts and applications
Emphasizes business use cases and potential impacts on business objectives, which may be beneficial for professionals seeking to apply generative AI in their organizations

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Reviews summary

Generative ai lifecycle on aws

According to learners, this course offers a largely positive and well-structured introduction to the generative AI application lifecycle, particularly within the AWS ecosystem. Students highlight its practical relevance and the value of hands-on labs for understanding model selection, evaluation, and deployment. While praised for its clear explanations and suitability for working professionals new to the domain, some note its nature as a primer course, suggesting it provides a high-level overview rather than deep technical dives. It's ideal for those seeking to connect AI solutions with business use cases.
Provides a foundational, high-level overview of Generative AI.
"This course is truly a primer, so set your expectations accordingly; it's an overview."
"It covers the lifecycle well, but I felt some parts... could have gone a bit deeper."
"I was hoping for more coding examples or advanced techniques, but it's a good starting point."
Stays current with the rapidly evolving field of Generative AI.
"The course content is highly relevant and updated regularly, which is impressive given how fast Generative AI is evolving."
"I appreciate that the course seems to be kept current, which is vital in this field."
"It addresses current trends in generative AI solutions effectively."
Presents complex concepts in an easy-to-understand manner.
"The lectures are clear and the course is very well-structured."
"The instructors explained complex concepts in a way that was easy to grasp."
"I found the explanations demystified the generative AI application process effectively."
Provides valuable practical experience using AWS services.
"The hands-on labs are incredibly helpful for understanding how to select and evaluate foundation models."
"The practical examples using AWS services were strong and gave me invaluable experience."
"I found the practical exercises useful for applying the concepts taught in the lectures."
Connects AI concepts to real-world business use cases.
"I particularly appreciated the focus on defining a business use case, which is crucial for real-world application."
"The practical relevance of this course is outstanding. It helps connect the dots between business needs and AI solutions."
"I learned to identify business use cases and select foundation models, which is directly applicable to my work."

Activities

Be better prepared before your course. Deepen your understanding during and after it. Supplement your coursework and achieve mastery of the topics covered in Developing Generative AI Solutions with these activities:
Review the fundamentals of Generative AI
Solidify understanding of the core concepts behind Generative AI and its applications.
Browse courses on Generative AI
Show steps
  • Read articles and watch videos on Generative AI
  • Review your notes or textbooks from previous courses on AI or machine learning
  • Take an online course or tutorial on Generative AI
Explore OpenAI's GPT-3 Examples
Review foundational concepts of GPT-3's language generation capabilities to better understand generative AI's potential.
Browse courses on GPT-3
Show steps
  • Visit OpenAI's GPT-3 playground
  • Experiment with different prompts and settings
  • Analyze the generated text for quality and relevance
Join a Generative AI study group or discussion forum
Connect with other learners, share knowledge, and get support in your Generative AI journey.
Browse courses on Generative AI
Show steps
  • Join a Generative AI study group or online discussion forum
  • Participate in discussions, ask questions, and share your insights
  • Collaborate with other members on projects or learning exercises
Six other activities
Expand to see all activities and additional details
Show all nine activities
Practice Prompt Engineering
Deepen understanding of how to effectively use prompts to guide Generative AI models.
Browse courses on Prompt Engineering
Show steps
  • Experiment with different prompts to see how they affect the output of a Generative AI model
  • Create a set of prompts for a specific task or use case
  • Share your prompts with others and get feedback
Follow advanced tutorials on Generative AI techniques
Expand knowledge of cutting-edge Generative AI techniques and methodologies.
Browse courses on Generative AI
Show steps
  • Identify specific areas of Generative AI you want to learn more about
  • Search for and select high-quality tutorials on those topics
  • Follow the tutorials step-by-step and implement the techniques in your own projects
Contribute to an open-source Generative AI project
Gain practical experience while contributing to the Generative AI community.
Browse courses on Generative AI
Show steps
  • Find an open-source Generative AI project that aligns with your interests
  • Review the project documentation and contribute to discussions
  • Make code contributions or help with documentation and testing
Build a Generative AI application
Gain hands-on experience in developing and deploying Generative AI applications.
Browse courses on Generative AI
Show steps
  • Choose a specific task or use case for your application
  • Select a suitable Generative AI model and API
  • Develop the front-end and back-end of your application
  • Test and deploy your application
Write a white paper or blog post on a specific Generative AI topic
Deepen understanding of a chosen Generative AI topic and share knowledge with others.
Browse courses on Generative AI
Show steps
  • Choose a specific Generative AI topic that you are interested in and knowledgeable about
  • Research the topic thoroughly and gather relevant information
  • Organize your thoughts and write a well-structured white paper or blog post
  • Publish your white paper or blog post and share it with others
Participate in a Generative AI hackathon or competition
Test skills and push boundaries in a practical and competitive environment.
Browse courses on Generative AI
Show steps
  • Find a relevant Generative AI hackathon or competition
  • Form a team or work on your own
  • Develop a creative and innovative Generative AI solution
  • Submit your solution and get feedback from experts

Career center

Learners who complete Developing Generative AI Solutions will develop knowledge and skills that may be useful to these careers:

Reading list

We've selected 45 books that we think will supplement your learning. Use these to develop background knowledge, enrich your coursework, and gain a deeper understanding of the topics covered in Developing Generative AI Solutions.
Provides a comprehensive guide to prompt engineering, covering techniques for crafting effective inputs to generative AI models. It's particularly useful for understanding how to obtain reliable and predictable results, which is crucial for both beginners and those looking to deepen their practical skills. This book is valuable as a current reference for anyone working with generative AI.
Transformers are the architecture powering most modern Foundation Models, particularly LLMs. dives specifically into the Transformer architecture and its applications in NLP, offering practical guidance and examples using the Hugging Face Transformers library. It's highly relevant for understanding the core technology behind contemporary Foundation Models and is valuable as a hands-on guide.
Provides a practical guide to using generative AI, covering the different techniques and tools available. It is written by two leading experts in the field, Josh Patterson and Adam Gibson.
Offers a deep dive into the Transformer architecture, which is fundamental to many Foundation Models. It is suitable for those who want to understand the theoretical underpinnings and various modifications of transformers. It can serve as a valuable reference for researchers and practitioners working on transformer-based models.
This interactive book offers a comprehensive introduction to deep learning with code examples. It covers various deep learning concepts and architectures, including transformers, which are key to Foundation Models. Its blend of theory and practice makes it suitable for both understanding the concepts and implementing them. It's widely adopted in universities.
This highly-regarded and comprehensive textbook covering the fundamentals of Natural Language Processing (NLP). Given that many prominent Foundation Models are language models, a strong foundation in NLP is essential. provides detailed explanations of core concepts and techniques, serving as an excellent reference for understanding the building blocks upon which many Foundation Models are built. It is commonly used as a textbook in university courses.
Provides a hands-on approach to prompt engineering with a focus on using the OpenAI API. It's particularly relevant for undergraduate students, graduate students, and working professionals who want to programmatically interact with LLMs. It serves as a practical guide for implementing prompt engineering techniques in applications.
Offers a practical, hands-on approach to prompt engineering specifically with ChatGPT. It's an excellent resource for high school and undergraduate students getting started, providing clear examples and exercises. It serves as a useful introductory guide and additional reading to complement foundational AI courses.
Focuses on the creative aspects of prompt engineering and generating diverse language outputs. It's a good fit for students and professionals looking to go beyond basic prompting and explore more advanced techniques for creative content generation. It adds breadth by covering applications in areas like creative writing and podcasting.
Authored by the same author as 'Pattern Recognition and Machine Learning', this book likely offers a more focused look at the foundations and concepts of deep learning. Given Bishop's expertise, it would provide a rigorous perspective on the theoretical underpinnings relevant to Foundation Models.
A comprehensive guide aimed at making prompt engineering accessible to a wide audience. It covers various techniques and applications for leveraging AI language models effectively. is useful for high school students through working professionals seeking a thorough introduction and practical guidance.
Provides a detailed introduction to deep learning using PyTorch and covers fine-tuning as a technique for improving model performance on specific tasks. The authors are leading researchers in the field of deep learning.
This guide aims to make prompt engineering accessible with a step-by-step approach. It is well-suited for beginners and those new to the field, including high school students and those in introductory undergraduate programs. It provides practical tips and is useful for gaining a broad understanding of how to formulate effective AI prompts.
A concise introduction specifically focused on language models, which are a core type of Foundation Model. provides a quick yet informative overview of the key concepts and techniques related to language models, making it an excellent resource for gaining a targeted understanding of this crucial area within Foundation Models.
This guide offers quick tips and tricks for prompt engineering across different generative AI models, including text and image generation models. It's a practical resource for users who want to improve their immediate results with various AI tools. It's suitable for all levels looking for actionable advice.
This textbook provides a comprehensive overview of neural networks and deep learning, covering a wide range of models and techniques. It can serve as a solid reference for understanding the various architectures and algorithms that underpin Foundation Models. Its textbook format makes it suitable for structured learning.
Provides a comprehensive overview of machine learning techniques for computer vision tasks, including fine-tuning. The author leading researcher in the field of computer vision.
Provides a thought-provoking exploration of the future of generative AI, discussing its potential benefits and risks. It is written by Gary Marcus, a leading researcher in the field.
Provides a foundational understanding of pattern recognition and machine learning from a Bayesian perspective. While published in 2006, the fundamental concepts covered are highly relevant and provide essential background knowledge for understanding the statistical and probabilistic underpinnings of Foundation Models. It classic in the field and a valuable reference for a deeper theoretical understanding.
Provides an introduction to the field of Generative AI, which is closely related to Foundation Models. It's likely to cover the fundamental concepts and various types of generative models, offering a good starting point for understanding this specific aspect of Foundation Models. Its focus on introduction makes it suitable for those new to the topic.
While not solely focused on prompt engineering, this book provides a strong foundation in understanding how LLMs work, which is essential for effective prompting. It's suitable for undergraduate and graduate students, offering technical insights into language understanding and generation. It serves as valuable background reading for those wanting to understand the underlying mechanisms of the models they are prompting. Expected publication in September 2024.
Explores prompt engineering within the broader context of generative AI and touches upon ethical considerations. It's relevant for all levels, providing a balanced view of the technical aspects and the societal impact of generative AI. It's useful for gaining a broader understanding and considering the responsible use of AI.
This handbook is geared towards engineers working with LLMs, covering the process from concept to production. It provides a deeper technical understanding of integrating and managing LLMs, which is relevant for prompt engineers working in a development context. It is best suited for graduate students and working professionals.
Provides a broad overview of deep learning techniques for NLP, including chapters on text classification, question answering, and text generation, which can be helpful for understanding the foundations of RAG.
This widely-used textbook provides a comprehensive overview of AI, including chapters on machine learning, natural language processing, and knowledge representation, which are relevant for understanding the context of RAG.
Provides a comprehensive overview of transfer learning techniques for speech and language processing tasks, including fine-tuning. The authors are leading researchers in the field of speech and language processing.
Provides a business-oriented perspective on generative AI, discussing its potential impact on industries and how companies can use it to gain a competitive advantage. It is written by three leading experts in the field, Thomas Davenport, Rajeev Ronanki, and Nitin Mittal.
Covers the broader field of AI engineering with a focus on foundation models, which include the LLMs used in prompt engineering. It's relevant for professionals and graduate students interested in the engineering aspects of building AI applications. It provides context on how prompt engineering fits into larger AI systems.
Focuses on the practical aspects of building NLP systems. While prompt engineering specific technique, understanding the entire NLP pipeline is beneficial for professionals. It's a good reference for those looking to implement prompt engineering within larger NLP applications.
Offers a concise introduction to deep learning, suitable for readers with a STEM background. It covers fundamentals needed to understand landmark AI models, likely including those relevant to Foundation Models. Its brevity makes it a good starting point for a quick overview.
For those who want to understand the mechanics of LLMs deeply, this book guides you through building one from scratch. This is highly technical and suitable for advanced undergraduate students, graduate students, and researchers. A deep understanding of LLM architecture is beneficial for advanced prompt engineering techniques.
Explores the relationship between generative AI and the creative process, discussing how generative AI can be used to enhance creativity. It is written by Margaret Boden, a leading researcher in the field.
Is specifically aimed at educators but offers valuable insights into crafting prompts for educational purposes. It's relevant for anyone interested in using prompt engineering in a learning context. It provides practical strategies and examples for a specific application domain.
Widely used introduction to NLP using the NLTK library in Python. It's excellent for beginners and undergraduate students to gain practical skills in processing and analyzing text data, which fundamental prerequisite for prompt engineering. It serves as a hands-on guide for learning the basics of NLP.
A foundational text in statistical NLP, this book provides the theoretical background necessary for understanding many of the techniques used in modern LLMs. It's a valuable resource for graduate students and researchers looking to deepen their understanding of the statistical underpinnings of language models. It is more theoretical and serves as a strong reference for advanced learners.
A beginner-friendly guide to using ChatGPT. is ideal for high school students and those new to generative AI who want a straightforward introduction to interacting with models. It focuses on practical usage and good starting point before diving into more complex prompt engineering concepts.
Explores the potential applications of generative AI in healthcare, discussing how it could be used to improve patient care and accelerate drug discovery. It is written by Eric Topol, a leading researcher in the field.
Provides a high-level overview of Generative AI and its business implications, suitable for executives and business leaders. While not technical, it offers valuable context on the impact and opportunities related to Foundation Models in a business setting. It's useful for understanding the broader landscape and strategic considerations.
Explores the philosophical implications of generative AI, discussing how it challenges our understanding of mind and consciousness. It is written by Daniel C. Dennett, a leading philosopher in the field.
Explores the potential applications of generative AI in climate change, discussing how it could be used to model climate change and develop solutions. It is written by Andrew Ng, a leading researcher in the field.
Explores the potential impact of generative AI on the law, discussing how it could be used to automate legal processes and improve access to justice. It is written by Ryan Abbott, a leading researcher in the field.
Explores the potential impact of generative AI on the economy, discussing how it could be used to create new jobs and improve productivity. It is written by two leading experts in the field, Erik Brynjolfsson and Andrew McAfee.
Explores the potential impact of generative AI on society, discussing how it could be used to solve social problems and improve quality of life. It is written by Kai-Fu Lee, a leading researcher in the field.

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