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Full Stack Deep Learning

by Sergey Karayev & Josh Tobin · FSDL

4.7
(1,500 reviews)
80K+ enrolledSelf-pacedUpdated 2024-01

Our Verdict

Worth it — with caveats

Full Stack Deep Learning (FSDL) is a free, project-based MLOps course that teaches how to ship deep-learning-powered products end to end, not how to train models from scratch. The latest edition, FSDL 2022, is taught by Sergey Karayev and Josh Tobin (with Charles Frye) and consists of nine lectures plus eight hands-on labs and a capstone project covering development tooling, testing, data management, deployment, continual learning, foundation models, ML team management, and ethics. It is genuinely advanced: the official prerequisites are at least one year of Python, prior completion of a deep-learning course, and comfort with Unix and version control, and the lectures explicitly skip the fundamentals. The content is strong but frozen at 2022, so newer LLM/agent tooling is only partially covered (the separate 2023 LLM Bootcamp fills some of that gap). It is best for working engineers and data scientists who already know the math and want the production layer, and a poor fit for beginners looking for an intro to neural networks.

FSDL is an excellent, free, practitioner-grade MLOps course, but only if you already meet the steep prerequisites (a year of Python plus a prior deep-learning course) and accept that the most recent materials are from 2022. Beginners or those wanting up-to-the-minute LLM tooling should look elsewhere or pair it with newer resources.

Best for: Software engineers moving into ML, ML/data-science practitioners who want to strengthen the production and engineering side (deployment, testing, data pipelines, monitoring), MS students, and PMs on ML teams who already understand deep-learning fundamentals and can program in Python.

Skip if: Complete beginners or anyone who has not yet taken a deep-learning course. The lectures deliberately do not teach gradient descent, backprop, CNNs, or transformers, and assume you already know PyTorch. People wanting a current, end-to-end LLM/agent course as their primary goal will find the 2022 material partly dated.

About This Course

Covers the full stack of building and deploying deep learning-powered products from data management to deployment.

What You'll Learn

When machine learning is (and isn't) the right tool and how to scope an ML product (Lecture 1)
Choosing development infrastructure and tooling for deep-learning projects (Lecture 2)
Testing and troubleshooting strategies for ML software and models (Lecture 3)
Sourcing, storing, exploring, labeling, and versioning data (Lecture 4)
Deploying models, with an emphasis on running them as web services (Lecture 5)
Building continual-learning systems and monitoring deployed models in production (Lecture 6)
Leveraging foundation models such as GPT-3, CLIP, and Stable Diffusion, plus ML team management and ethics (Lectures 7-9)

Curriculum

Lecture 1: Course Vision and When to Use ML

Course goals and how to judge when machine learning is or isn't appropriate for a problem.

Lecture 2: Development Infrastructure & Tooling

Survey of the infrastructure and tooling landscape for building deep-learning models.

Lecture 3: Troubleshooting & Testing

Testing best practices for software generally and for ML models specifically.

Lecture 4: Data Management

Sourcing, storing, exploring, processing, labeling, and versioning data for DL applications.

Lecture 5: Deployment

Overview of model deployment methods, focused on serving models as web services.

Lecture 6: Continual Learning

Building systems that support ongoing learning and monitoring around deployed ML apps.

Lecture 7: Foundation Models

Building on large pretrained models such as GPT-3, CLIP, and Stable Diffusion.

Lecture 8: ML Teams and Project Management

ML team structure, hiring, and running ML-focused organizations.

Lecture 9: Ethics

Ethical considerations in technology, machine learning, and AI development.

Labs (8) + Capstone Project

Eight hands-on labs build an end-to-end ML system; learners then ship their own ML-powered application as a portfolio/capstone project.

Prerequisites

  • At least one year of programming experience in Python
  • At least one prior deep-learning course (university or online)
  • Familiarity with the Unix command line and version control (git)
  • Working knowledge of PyTorch and core architectures (CNNs, transformers) — covered only briefly in pre-labs, not in lectures

Instructor

Sergey Karayev & Josh Tobin

Instructor · FSDL

Pros & Cons

Pros

  • Genuinely free self-paced access: all nine lectures and lab materials are on YouTube and GitHub at no cost
  • Production-focused curriculum (MLOps, deployment, testing, monitoring, data versioning) that most academic DL courses skip entirely
  • Hands-on by design — eight labs build a real end-to-end system, capped by a self-chosen capstone project
  • Taught by credible practitioners (Sergey Karayev, Josh Tobin, Charles Frye) with material drawn from real industry practice and UC Berkeley / UW teaching

Cons

  • Content is frozen at 2022 — fast-moving MLOps and LLM/agent tooling have evolved since, so some specifics are dated
  • Steep prerequisites and an advanced level make it unsuitable for beginners; it explicitly does not teach DL fundamentals
  • The free tier is unsupported and self-directed — the paid cohort ($495) that offered a certificate, Q&A, compute credits, and team projects is no longer running
  • No certificate is available through the current free self-paced materials

Alternatives To Consider

Frequently Asked Questions

Is Full Stack Deep Learning free?

Yes — Full Stack Deep Learning is free to access. Free for the self-paced lectures and labs (the only option currently offered). The 2022 edition additionally had a paid cohort at $495 (50% student discount) that included a Discord community, weekly Q&A, compute credits, team projects, and a completion certificate; that cohort is no longer being run. The catalog's 'free / no certificate' label reflects today's available option.

Who is Full Stack Deep Learning for?

Software engineers moving into ML, ML/data-science practitioners who want to strengthen the production and engineering side (deployment, testing, data pipelines, monitoring), MS students, and PMs on ML teams who already understand deep-learning fundamentals and can program in Python.

What will you learn in Full Stack Deep Learning?

When machine learning is (and isn't) the right tool and how to scope an ML product (Lecture 1); Choosing development infrastructure and tooling for deep-learning projects (Lecture 2); Testing and troubleshooting strategies for ML software and models (Lecture 3); Sourcing, storing, exploring, labeling, and versioning data (Lecture 4).

What are the prerequisites for Full Stack Deep Learning?

At least one year of programming experience in Python; At least one prior deep-learning course (university or online); Familiarity with the Unix command line and version control (git); Working knowledge of PyTorch and core architectures (CNNs, transformers) — covered only briefly in pre-labs, not in lectures.

Is Full Stack Deep Learning worth it?

FSDL is an excellent, free, practitioner-grade MLOps course, but only if you already meet the steep prerequisites (a year of Python plus a prior deep-learning course) and accept that the most recent materials are from 2022. Beginners or those wanting up-to-the-minute LLM tooling should look elsewhere or pair it with newer resources.

How we reviewed this course

This is an independent editorial assessment by Cursarium, based on FSDL's published course materials and aggregated public learner feedback (last reviewed 2026-06). We have not independently completed the course. Links to providers are standard references, not paid placements.