Deep Learning Specialization
About this course
The Deep Learning Specialization is the natural follow-on to Andrew Ng's Machine Learning Specialization and goes deep into neural network design and training: implementing networks from scratch in NumPy to understand the math, then applying them at scale with TensorFlow. Five courses cover neural network foundations, improving networks (hyperparameter tuning, regularization, optimization), structuring ML projects (the practical decision-making most courses skip), convolutional networks for vision, and sequence models for NLP and audio.
The 'Structuring Machine Learning Projects' course (course 3) is often cited as the most valuable in isolation — it covers the diagnostic and decision-making processes that experienced ML practitioners use but few courses teach explicitly. Combined with the theoretical rigor of implementing networks from scratch, this specialization produces practitioners who understand their models rather than just running them.
What you'll learn
This course includes
Compare alternatives for Deep Learning Specialization
- Price
- PaidFree to audit, paid certificate
- Duration
- 120 hrs
- Level
- Intermediate
- Certificate
- Specialization Certificate
- Price
- FreeCompletely free, openly licensed — no certificate
- Duration
- 34 hrs
- Level
- Intermediate
- Certificate
- Price
- FreeFree lecture materials; some versions paid
- Duration
- 50 hrs
- Level
- Advanced
- Certificate
- Price
- FreeFree lecture materials; some versions paid
- Duration
- 50 hrs
- Level
- Advanced
- Certificate
Instructor
Taught by Andrew Ng, Co-founder of Coursera and DeepLearning.AI, former Head of AI at Baidu and Google Brain, the most-trusted ML educator of the last decade.
Requirements
- Python proficiency; linear algebra and probability basics; prior ML exposure recommended
Who this course is for
- Learners who completed the ML Specialization and want deep learning depth
- Software engineers and data scientists moving into deep learning roles
- Anyone who wants the rigorous foundation before applying pre-trained models