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A smarter way to learn with interactive, real-time conversations that help you test your knowledge, challenge assumptions, and deepen your understanding as you progress through the course.

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A smarter way to learn with interactive, real-time conversations that help you test your knowledge, challenge assumptions, and deepen your understanding as you progress through the course.

In this course, you will embark on an exciting culinary adventure of Large Language Models (LLMs), from the foundational ingredients to the final deployment of your own LLM-powered app. Through each module, you'll gain hands-on experience in model training, fine-tuning, and deployment, equipping you with the skills to become a proficient LLM engineer. By the end, you’ll understand how LLMs are created, optimized, and evaluated, and how they’re applied to real-world problems.

Your learning journey will start with understanding the core principles behind LLMs, like data tokenization, training mechanisms, and the nuances of prompt engineering. As you dive deeper, you'll explore different architectures and learn how to fine-tune LLMs to suit specific needs, using techniques like transfer learning and low-rank adaptation. From there, you’ll get hands-on with deploying LLMs into production environments and building interactive applications using tools like Gradio, Streamlit, and LangChain.

Whether you’re new to AI or looking to refine your skills, this course will walk you through the process of designing and developing LLM-powered solutions. By the end, you’ll not only have built a fully functional LLM app, but you will also be ready to enter the booming field of LLM engineering with the skills and confidence to make an impact.

By the end of the course, you will be able to understand the fundamentals of LLMs, create and fine-tune your own models, evaluate their effectiveness, deploy them in real-world applications, and monitor and improve their performance over time. Additionally, you’ll have developed a strong portfolio of LLM projects to showcase your expertise.

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Syllabus

What's Cooking? Intro to LLMs
In this module, we will introduce you to the fascinating world of LLMs, tracing their evolution from rudimentary algorithms to advanced, sophisticated systems. You’ll also discover how LLMs function differently from traditional AI, and get a taste of the most popular models in use today. By the end, you'll be prepared to dive deeper into the mechanics of LLMs.
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Career center

Learners who complete From Recipe to Chef - Become an LLM Engineer will develop knowledge and skills that may be useful to these careers:
LLM Engineer
The LLM Engineer role is at the forefront of developing, deploying, and maintaining large language models. This professional is responsible for the entire lifecycle of LLMs, from crafting initial prompts to fine-tuning models for specific applications and ensuring their optimal performance in production environments. The "From Recipe to Chef - Become an LLM Engineer" course directly targets this path, providing learners with hands-on experience in model training, fine-tuning, and deployment. You will gain a deep understanding of LLM fundamentals, how to evaluate their effectiveness, and build fully functional LLM-powered applications using tools like Gradio, Streamlit, and LangChain, cultivating a strong portfolio of projects essential for this booming field.
Natural Language Processing Engineer
A Natural Language Processing Engineer specializes in developing systems that allow computers to understand, interpret, and generate human language. This role involves working with textual data, building algorithms for tasks such as sentiment analysis, translation, and text summarization, with large language models being a core component today. The "From Recipe to Chef - Become an LLM Engineer" course is exceptionally well-suited for a Natural Language Processing Engineer, as it comprehensively covers the foundational ingredients and deployment of LLMs. You will learn data tokenization, prompt engineering, and how to fine-tune models to suit specific linguistic needs, preparing you to tackle complex language-related problems and create sophisticated NLP-powered applications.
Machine Learning Engineer
A Machine Learning Engineer focuses on designing, building, and maintaining machine learning systems. This involves everything from data preparation and model selection to deployment and monitoring. The "From Recipe to Chef - Become an LLM Engineer" course offers a specialized and highly relevant path for aspiring Machine Learning Engineers, particularly those interested in natural language processing. You will develop proficiency in core ML engineering practices such as understanding data, model training basics, and fine-tuning using techniques like transfer learning. The course's emphasis on deploying LLMs into production environments and monitoring their performance provides crucial skills directly applicable to the broader field of machine learning engineering.
Artificial Intelligence Engineer
An Artificial Intelligence Engineer designs and implements AI solutions across various domains, focusing on building intelligent systems that can learn, reason, and make decisions. This role involves selecting appropriate AI techniques, developing algorithms, and integrating AI into broader software systems. The "From Recipe to Chef - Become an LLM Engineer" course equips aspiring Artificial Intelligence Engineers with deep expertise in one of AI's most impactful areas: large language models. Learners will understand the core principles behind LLMs, explore different architectures, and gain hands-on experience in building and deploying LLM-powered applications, positioning them to innovate and solve real-world problems with advanced AI.
Prompt Engineer
A Prompt Engineer specializes in crafting, refining, and optimizing inputs for large language models to elicit the most accurate, relevant, and desirable outputs. This role requires a deep understanding of how LLMs process information and respond to various instructions. The "From Recipe to Chef - Become an LLM Engineer" course dedicates a significant module to prompt engineering, explicitly teaching different prompting styles, how to craft the best prompts for specific tasks, and strategies to evaluate their effectiveness. This direct focus on prompt engineering, combined with an understanding of LLM mechanics and evaluation, provides an unparalleled foundation for anyone pursuing a career as a Prompt Engineer.
Machine Learning Operations Engineer
A Machine Learning Operations Engineer is crucial for integrating machine learning models into production systems, ensuring their reliable, scalable, and efficient operation. This involves managing the full lifecycle from development to deployment and continuous monitoring. The "From Recipe to Chef - Become an LLM Engineer" course significantly aids an aspiring Machine Learning Operations Engineer by covering critical aspects like deploying LLMs into production environments and monitoring their performance over time. You will learn about wrapping models in APIs, choosing hosting platforms, scaling, and counteracting model drift, providing essential skills for maintaining robust and responsive LLM-powered applications in the real world.
Software Engineer with Artificial Intelligence Focus
A Software Engineer with Artificial Intelligence Focus designs, develops, and maintains software applications that integrate AI capabilities. This role blends traditional software development principles with specialized knowledge of AI systems, particularly in building intelligent features and user experiences. The "From Recipe to Chef - Become an LLM Engineer" course offers a robust pathway for a Software Engineer with Artificial Intelligence Focus by teaching how to build fully functional LLM-powered applications. Learners gain hands-on experience with tools like Gradio, Streamlit, and LangChain for creating interactive applications, enabling them to confidently integrate sophisticated LLM functionalities into diverse software solutions.
Data Scientist specializing in Natural Language Processing
A Data Scientist specializing in Natural Language Processing applies statistical methods, machine learning, and computational linguistics to analyze and extract insights from textual data. This role often involves developing models for text classification, entity recognition, and information retrieval. The "From Recipe to Chef - Become an LLM Engineer" course may be helpful for a Data Scientist specializing in Natural Language Processing. While less focused on statistical analysis, it provides a deep understanding of LLM mechanics, data preparation including tokenization, and critically, how to evaluate LLM effectiveness and address biases. This knowledge empowers data scientists to better leverage, interpret, and troubleshoot large language models in their analytical work. This role typically requires an advanced degree.
Solutions Architect specializing in Artificial Intelligence
A Solutions Architect specializing in Artificial Intelligence designs comprehensive technical solutions that leverage AI technologies to meet business needs. This involves understanding client requirements, selecting appropriate AI models and platforms, and outlining the system architecture for deployment and integration. The "From Recipe to Chef - Become an LLM Engineer" course provides valuable insights for a Solutions Architect specializing in Artificial Intelligence by covering the entire LLM lifecycle. You will learn about LLM fundamentals, deployment strategies, and building LLM-powered apps, enabling you to make informed decisions about model selection, optimization, and scalable real-world application of large language models within complex enterprise architectures.
Artificial Intelligence Research Scientist
An Artificial Intelligence Research Scientist explores new frontiers in AI, developing novel algorithms, models, and theories to advance the field. This role typically involves conducting experiments, publishing findings, and contributing to cutting-edge AI technologies. The "From Recipe to Chef - Become an LLM Engineer" course may be useful for an Artificial Intelligence Research Scientist. While it is more focused on practical engineering, understanding the hands-on process of LLM training, fine-tuning, evaluation, and real-world deployment can provide valuable practical context for theoretical research. This course helps bridge the gap between abstract concepts and applied challenges, especially concerning model effectiveness and addressing biases. This role typically requires an advanced degree.
Technical Product Manager for Artificial Intelligence Products
A Technical Product Manager for Artificial Intelligence Products guides the strategy, roadmap, and feature definition for AI-powered products. This role requires a blend of business acumen, technical understanding of AI, and strong communication skills to bridge the gap between development teams and market needs. The "From Recipe to Chef - Become an LLM Engineer" course may be helpful for a Technical Product Manager for Artificial Intelligence Products. By gaining a robust understanding of how LLMs are created, optimized, evaluated, and deployed, product managers can make informed decisions about product capabilities, assess technical feasibility, anticipate challenges like model drift, and effectively communicate the value and limitations of LLM-powered solutions.
Data Engineer specializing in Machine Learning Data
A Data Engineer specializing in Machine Learning Data builds and maintains the infrastructure and pipelines for collecting, processing, and transforming large datasets required to train and operate machine learning models. This role ensures data quality, accessibility, and readiness for ML workflows. The "From Recipe to Chef - Become an LLM Engineer" course may be useful for a Data Engineer specializing in Machine Learning Data. The module "Ingredients Matter – Understanding Data" specifically covers tokenization, diverse datasets, and the impact of biases, providing critical context for preparing high-quality data. Understanding how data is consumed by LLMs helps these engineers design more effective and efficient data pipelines, directly impacting model performance and fairness.
Cloud Engineer specializing in Machine Learning Infrastructure
A Cloud Engineer specializing in Machine Learning Infrastructure designs, implements, and manages the cloud-based platforms and services that support the training, deployment, and scaling of machine learning models. This role ensures the underlying compute, storage, and networking resources are optimized for ML workloads. The "From Recipe to Chef - Become an LLM Engineer" course may be helpful for a Cloud Engineer specializing in Machine Learning Infrastructure. While not focused on cloud specifics, it provides crucial insights into the hardware required for training LLMs at scale and the considerations for hosting and scaling models for wide-reaching use. This understanding helps them design robust, efficient, and cost-effective cloud solutions for LLM development and deployment.
User Experience Designer for Artificial Intelligence Applications
A User Experience Designer for Artificial Intelligence Applications focuses on creating intuitive, effective, and ethically sound user interfaces and experiences for products powered by AI. This involves understanding how users interact with intelligent systems and designing interfaces that effectively communicate AI capabilities and limitations. The "From Recipe to Chef - Become an LLM Engineer" course may be useful for a User Experience Designer for Artificial Intelligence Applications. Understanding LLM fundamentals, prompt engineering for desired outputs, and how to detect common model errors like hallucinations provides critical insight. This knowledge helps designers create more robust user experiences, manage user expectations, and build interactive applications using tools like Gradio or Streamlit.
Technical Writer for Artificial Intelligence Documentation
A Technical Writer for Artificial Intelligence Documentation creates clear, concise, and accurate documentation for AI products, APIs, and internal systems. This role translates complex technical concepts into understandable guides for developers, users, and stakeholders. The "From Recipe to Chef - Become an LLM Engineer" course may be useful for a Technical Writer for Artificial Intelligence Documentation. The comprehensive journey from LLM fundamentals to deployment and monitoring, including deep dives into topics like data tokenization, prompt engineering, and evaluation metrics, provides a solid foundation. This detailed understanding enables writers to articulate the intricate workings and applications of LLMs with precision and clarity, ensuring high-quality and informative documentation.

Reading list

We've selected 50 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 From Recipe to Chef - Become an LLM Engineer.
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.
Provides a comprehensive introduction to Streamlit, covering the fundamentals of creating interactive data applications. It's an excellent resource for beginners to gain a broad understanding of Streamlit's core features and capabilities. The book includes practical examples and covers deploying apps, making it valuable for those looking to quickly build and share data projects.
Focuses specifically on MLOps, a critical aspect of modern model training and deployment. It provides guidance on operationalizing ML models, collaboration, and the ML lifecycle. It's essential reading for anyone involved in taking models from experimentation to production.
Offers a comprehensive overview of building web applications with Streamlit, progressing from introductory to advanced topics. It's suitable for those who want to deepen their understanding of Streamlit beyond basic data apps and explore areas like database integration, security, and cloud deployment. It serves as a useful reference for building more sophisticated Streamlit applications.
Focusing on scaling MLOps practices, this book is for professionals dealing with large-scale ML deployments. It covers strategies and best practices for building and managing robust and scalable model training and deployment pipelines. It's highly relevant for engineers and architects in an enterprise setting.
Offers a comprehensive overview of LLMs, covering their theoretical foundations, practical applications, and future directions.
Provides a practical, hands-on approach to machine learning engineering, covering the entire ML lifecycle, including model training, deployment, and monitoring. It's valuable for practitioners who want to understand the practical aspects of building and managing ML systems.
Addresses the practical aspects of taking machine learning models from development to production. It covers topics crucial for robust model training in real-world scenarios, including data preparation, model evaluation, and deployment. It is highly relevant for professionals involved in building and deploying ML systems.
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.
Provides a comprehensive guide to using Streamlit for web application development, emphasizing simplicity and efficiency. It's a great resource for gaining a broad understanding of building web apps with Streamlit, covering fundamental concepts and progressing to more advanced techniques. The book includes hands-on examples and guidance on deployment.
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.
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.
Focuses on the practical aspects of building and evaluating predictive models. It covers various modeling techniques and provides guidance on the entire modeling process, which is directly relevant to model training. It's a valuable resource for practitioners and researchers involved in developing predictive solutions.
Focuses on the crucial aspect of deploying machine learning models, which common use case for Streamlit. It covers using Streamlit alongside other tools like Flask, Docker, and Kubernetes for putting models into production. This book is highly relevant for those looking to deploy their Streamlit-based ML applications.
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.
Considered a classic in the field, this book provides a comprehensive and rigorous treatment of statistical learning methods. It delves into the theoretical underpinnings of various models, making it suitable for graduate students and researchers seeking a deep understanding of model training. While mathematically demanding, it is an invaluable reference for advanced topics.
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.
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.
A widely respected textbook covering foundational concepts in pattern recognition and machine learning. It provides a solid theoretical grounding with a Bayesian perspective. is suitable for advanced undergraduate or graduate students and serves as a valuable reference for understanding the mathematical basis of many model training techniques.
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.
Introduces natural language processing concepts and techniques using Python's NLTK library. It covers various models and approaches used for training models on text data. It's a foundational text for those interested in applying machine learning to NLP tasks. The principles of training models on sequential data are particularly relevant.
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.
This comprehensive handbook includes a chapter on LLMs, providing a thorough overview of their history, evolution, and applications.
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 comprehensive overview of machine learning techniques for computer vision tasks, including fine-tuning. The author leading researcher in the field of computer vision.
Practical guide to using Gradio to build interactive machine learning applications. It covers a wide range of topics, from the basics of Gradio to more advanced topics such as deploying models to the web. The author leading expert in machine learning and has written several other books on the topic.
Practical guide to using Gradio to build interactive machine learning applications. It covers a wide range of topics, from the basics of Gradio to more advanced topics such as deploying models to the web. The author leading expert in machine learning and has written several other books on the topic.
As an earlier edition of 'Streamlit for Data Science', this book still offers valuable insights into the fundamentals of building data applications with Streamlit. While the second edition is more current, this book can still be a helpful resource for understanding the core concepts and getting started with Streamlit.
Given the increasing integration of AI and LLMs in applications, this book covers building AI-intensive applications with Python. While not exclusively about Streamlit, the concepts and techniques for integrating AI models discussed are highly relevant for building contemporary Streamlit applications that leverage LLMs and vector databases, as seen in some of the course titles.
Bridges the gap between statistics and data science, explaining essential statistical concepts used in model training. It provides practical guidance with code examples in R and Python, making it useful for data scientists and analysts involved in building and evaluating models. It helps solidify the statistical understanding behind model training.
This handbook comprehensive reference for essential Python libraries for data science, including NumPy, Pandas, Matplotlib, and Scikit-learn. These libraries are foundational for most data applications built with Streamlit. is an excellent resource for deepening understanding of the data science ecosystem around Streamlit.
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.
Streamlit is often used for creating interactive data visualizations. delves into various Python libraries for data visualization, such as Matplotlib, Bokeh, and Plotly. Understanding these libraries will significantly enhance the ability to create compelling visuals within Streamlit applications, making it a valuable supplementary read.
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.
This classic and widely-referenced textbook in the field of NLP. While it predates the latest advancements in LLMs and prompt engineering, it provides a foundational understanding of language processing, which is crucial for anyone serious about the field. It's highly recommended for undergraduate and graduate students as a comprehensive reference for core NLP concepts.
Given the mention of NLP and LLMs in the course titles, this book provides a strong foundation in text analysis using Python. The techniques and concepts covered are directly applicable to building Streamlit applications that involve processing and analyzing text data or integrating with language models.
Creating effective Streamlit applications often involves telling a story with data through visualizations. focuses on the principles of data storytelling and creating visualizations that resonate with an audience. It's a valuable read for improving the communication aspect of Streamlit data apps.
While not solely focused on Streamlit, this book classic for anyone working with data in Python. It provides a strong foundation in data manipulation and analysis using libraries like Pandas and NumPy, which are essential prerequisites for building data-driven Streamlit applications. It's a valuable reference for data handling techniques often used in Streamlit apps.
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.
Provides an overview of data visualization in both R and Python, covering key libraries like Seaborn and Plotly. For Streamlit developers, the Python visualization chapters are particularly relevant for creating compelling charts and graphs within their applications. It can serve as a good reference for visualization techniques.
To write efficient and maintainable Streamlit code, a strong understanding of intermediate to advanced Python concepts is beneficial. dives deep into Python's features and best practices, making it an excellent resource for experienced Python developers looking to deepen their language skills for more complex Streamlit projects.
While not solely focused on machine learning, this book provides an accessible and intuitive introduction to statistical concepts that are fundamental to understanding model training. It explains key ideas like correlation, regression, and inference without heavy mathematics, making it excellent for building prerequisite knowledge. It's a great starting point for those with limited statistical background.

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