Our qualified mentors closely guide students through a foundational deep learning course (Deep Learning Specialization on Coursera), helping to fill knowledge gaps on the fly and assisting with course concepts.
We host informal fireside chats with special guests and hold open AMA-style office hours for students seeking general guidance on their academic career in deep learning and beyond.
Our program connects students with competent deep learning specialists and establishes a community of motivated fellow students from a diverse range of backgrounds.
Students from select universities apply to our program, submitting application materials such as resume/CV, transcript, background questionnaire, and personal statement.
Students who are accepted into the program are matched with one of the mentors, who will serve as the primary contact throughout the program.
Students complete a foundational deep learning course with close guidance from mentors. We also host activities, such as fireside chats, open office hours, and guest talks.
Students are suggested next steps to continue their careers in deep learning after the program. Fellow students optionally stay in contact past program completion through a close-knit alumni network.
Week | Start Date | Course Modules | Course Assignments | Weekly Group Sessions |
---|---|---|---|---|
Week 1 | 4/1/24 | None | None | Program kick-off & introductions |
Week 2 | 4/8/24 |
• C1M1: Introduction to deep learning • C1M2: Neural Network Basics |
• Python Basics with Numpy • Logistic Regression with a Neural Network Mindset |
Group office hours (deep learning curriculum) |
Week 3 | 4/15/24 |
• C1M3: Shallow Neural Networks • C1M4: Deep Neural Networks |
• Planar Data Classification with One Hidden Layer • Building your Deep Neural Network: Step by Step • Deep Neural Network - Application |
Ask Me Anything with Moo Jin Kim (Deep Learning Portal founder) |
Week 4 | 4/22/24 | None | None | -- |
Week 5 | 4/29/24 |
• C2M1: Practical Aspects of Deep Learning • C2M2: Optimization Algorithms |
• Initialization • Regularization • Gradient Checking • Optimization Methods |
"Struggling to Fail Upwards" — presentation by Ahmed Ahmed (Stanford CS PhD student and Deep Learning Portal advisor) |
Week 6 | 5/6/24 | • C2M3: Hyperparameter Tuning, Batch Normalization and Programming Frameworks | • TensorFlow Introduction | Casual Q&A with Samuel Kwong (Stanford CS BS/MS graduate & ML Software Engineer at Waymo) |
Week 7 | 5/13/24 |
Computer Vision Track
---- OR ----• C4M1: Foundations of Convolutional Neural Networks • C4M2: Deep Convolutional Models: Case Studies
Natural Language Processing Track
• C5M1: Recurrent Neural Networks |
Computer Vision Track
---- OR ----• Convolutional Model, Step by Step • Convolution Model Application • Residual Networks • Transfer Learning with MobileNet
Natural Language Processing Track
• Building a Recurrent Neural Network - Step by Step • Dinosaur Island-Character-Level Language Modeling • Jazz Improvisation with LSTM |
Casual Q&A with Christopher Wolff (Stanford CS MS graduate & AI Research Engineer at Google DeepMind) |
Week 8 | 5/20/24 | None | None | -- |
Week 9 | 5/27/24 |
Computer Vision Track
---- OR ----• C4M3: Object Detection
Natural Language Processing Track
• C5M2: Natural Language Processing & Word Embeddings |
Computer Vision Track
---- OR ----• Car Detection with YOLO • Image Segmentation with U-Net
Natural Language Processing Track
• Operations on Word Vectors - Debiasing • Emojify |
Casual Q&A with Eric Anthony Mitchell (Stanford CS PhD student in AI & NLP) |
Week 10 | 6/3/24 |
Computer Vision Track
---- OR ----• C4M4: Special Applications: Face Recognition & Neural Style Transfer
Natural Language Processing Track
• C5M3: Sequence Models & Attention Mechanism |
Computer Vision Track
---- OR ----• Art Generation with Neural Style Transfer • Face Recognition
Natural Language Processing Track
• Neural Machine Translation • Trigger Word Detection |
Casual Q&A with Percy Liang (Stanford ML/NLP professor & director of CRFM: Center for Research on Foundation Models) |
Final Week | 6/10/24 |
Computer Vision Track
---- OR ----None
Natural Language Processing Track
• C5M4: Transformer Network |
Computer Vision Track
---- OR ----None
Natural Language Processing Track
• Transformers Architecture with TensorFlow • Transformer Pre-processing • Transformer Network Application: Named-Entity Recognition • Transformer Network Application: Question Answering |
TBA |