Cursarium logoCursarium
intermediateCertificate$25/mo

Deep Learning in Python

by Dan Becker · DataCamp

4.4
(3,800 reviews)
100K+ enrolled4 hoursUpdated 2024-08

Our Verdict

Worth it — with caveats

DataCamp's "Introduction to Deep Learning in Python" is a solid but dated first taste of neural networks: worth four hours for a beginner inside a DataCamp subscription, but it teaches the older Keras 2.0 stack that DataCamp itself has since abandoned for PyTorch. It is a 4-hour, browser-based course by Dan Becker, a contributor to the Keras and TensorFlow libraries, that teaches you to build and tune neural networks for regression and classification using the Keras 2.0 functional API. It carries a strong 4.8/5 rating from 216 reviews on DataCamp's own platform and has been taken by roughly 263,000 learners, so its hands-on, in-browser coding format is well received for getting absolute beginners writing working neural-network code fast. The genuine catch is currency: the course teaches the standalone Keras 2.0 stack, and DataCamp has since rebuilt its flagship "Deep Learning in Python" skill track entirely around PyTorch, signalling this Keras course is now the older path rather than the current industry default. It is a good first taste of the deep-learning workflow (specify, compile, fit, predict) but it is shallow on theory and will not, on its own, prepare you for production or research work.

Worth it as a fast, beginner-friendly first exposure to neural networks in Keras for someone already inside a DataCamp subscription, but it is intentionally introductory (4 hours, Keras 2.0) and the framework it teaches is no longer DataCamp's own recommended track (now PyTorch), so it should be a starting point, not a standalone credential.

Best for: Beginners who can already do supervised machine learning in Python with scikit-learn and want a low-friction, hands-on introduction to how neural networks are specified, compiled, fitted and tuned in Keras; existing DataCamp subscribers wanting a quick 4-hour primer before deeper PyTorch or TensorFlow study.

Skip if: Complete Python beginners; anyone wanting deep mathematical understanding of backpropagation, CNNs, RNNs or transformers; learners targeting modern production/research workflows (where PyTorch now dominates, including DataCamp's own updated track); people who prefer building real end-to-end projects locally rather than guided in-browser exercises.

About This Course

Build and tune neural networks using Keras for classification tasks, covering forward propagation and optimization.

What You'll Learn

How forward propagation and backward propagation work and how they drive learning in a neural network
How to optimize a neural network using gradient descent and tune the learning rate
The core Keras workflow: specifying, compiling and fitting a model
Building deep learning models in Keras for both regression and classification tasks
Generating and interpreting predictions from a trained Keras model
Fine-tuning Keras models, including validation, early stopping and adjusting model capacity

Curriculum

Basics of deep learning and neural networks

Introduces neural network structure and forward propagation, building intuition for how inputs produce predictions.

Optimizing a neural network with backward propagation

Covers loss functions, gradient descent and backpropagation to explain how networks actually learn from data.

Building deep learning models with keras

Hands-on construction of models using the Keras 2.0 specify-compile-fit workflow for regression and classification.

Fine-tuning keras models

Model validation, early stopping, and tuning model capacity/architecture to improve performance.

Prerequisites

  • Working Python skills (the course assumes you already code in Python)
  • Completion of or equivalent knowledge to DataCamp's 'Supervised Learning with scikit-learn' (the listed prerequisite)
  • Basic familiarity with machine learning concepts such as training, prediction and classification

Instructor

Dan Becker

Instructor · DataCamp

Pros & Cons

Pros

  • Taught by Dan Becker, a genuine contributor to the Keras and TensorFlow libraries, so the Keras workflow guidance is authoritative
  • Fully hands-on, in-browser coding (no local setup), which gets absolute beginners writing working neural-network code within the 4 hours
  • Strong real reception: 4.8/5 from 216 reviews on DataCamp's platform, with ~263,000 cumulative learners
  • Tightly scoped and short, clearly mapping the practical Keras loop of specify, compile, fit and predict
  • First chapter is free on DataCamp's Basic plan, so you can sample the teaching style before paying

Cons

  • Teaches Keras 2.0 / standalone Keras, while DataCamp has since rebuilt its own 'Deep Learning in Python' skill track entirely around PyTorch, making this the older path
  • Only 4 hours and introductory, so it is shallow on theory and stops well short of CNNs, RNNs, transformers or production-grade workflows
  • Locked behind a paid subscription after the free first chapter (no permanent free full access)
  • Guided, gap-filling exercises build less independent, from-scratch coding ability than a project-based course

Alternatives To Consider

Frequently Asked Questions

Is Deep Learning in Python free?

Deep Learning in Python is $25/mo. Requires a DataCamp subscription; the first chapter is free on the Basic (free) plan. The catalog lists $25/mo, which aligns with DataCamp's team per-user pricing; individual Premium is cheaper when billed annually (reported around $14-$27/month depending on region and current promotion). No separate one-time fee for this individual course.

Who is Deep Learning in Python for?

Beginners who can already do supervised machine learning in Python with scikit-learn and want a low-friction, hands-on introduction to how neural networks are specified, compiled, fitted and tuned in Keras; existing DataCamp subscribers wanting a quick 4-hour primer before deeper PyTorch or TensorFlow study.

What will you learn in Deep Learning in Python?

How forward propagation and backward propagation work and how they drive learning in a neural network; How to optimize a neural network using gradient descent and tune the learning rate; The core Keras workflow: specifying, compiling and fitting a model; Building deep learning models in Keras for both regression and classification tasks.

What are the prerequisites for Deep Learning in Python?

Working Python skills (the course assumes you already code in Python); Completion of or equivalent knowledge to DataCamp's 'Supervised Learning with scikit-learn' (the listed prerequisite); Basic familiarity with machine learning concepts such as training, prediction and classification.

Is Deep Learning in Python worth it?

Worth it as a fast, beginner-friendly first exposure to neural networks in Keras for someone already inside a DataCamp subscription, but it is intentionally introductory (4 hours, Keras 2.0) and the framework it teaches is no longer DataCamp's own recommended track (now PyTorch), so it should be a starting point, not a standalone credential.

How we reviewed this course

This is an independent editorial assessment by Cursarium, based on DataCamp'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.