Certificate of Completion

Import pretrained DL models in TensorFlow

Learn how to import and apply pretrained deep learning models using TensorFlow to accelerate AI development and enhance your engineering workflows.

$499

Total: Course cost

2 Weeks to complete

Duration

Online - scheduled
Earn a credential

Overview

Required Prerequisites: Please ensure the following before enrolling in this microcredential:

  • Fundamental programming knowledge in Python or similar languages (e.g., C/C++, R, Matlab, Java).
  • Basic understanding of linear algebra and statistics is also recommended.

This hands-on course introduces you to importing and adapting pretrained deep learning models using TensorFlow. You’ll explore how to identify suitable models from Keras Applications, TensorFlow Hub, and the Model Garden, then load and inspect them programmatically.

Through interactive coding exercises, you’ll prepare data pipelines that replicate original model preprocessing and apply transfer learning to customize models for your own use cases. Whether you're supporting AI model deployment, optimizing data workflows, or experimenting with deep learning applications, this course equips you with practical tools to move efficiently from concept to implementation.

Key Benefits

  • Import models from TensorFlow resources
  • Inspect architecture and input requirements
  • Build TensorFlow pipelines with real data
  • Apply quick transfer learning techniques
  • Hands-on coding with real-world examples

This micro-badge is a part of the Deep Learning with TensorFlow Badge.

Program Schedule: Sessions will be held via Zoom:

  • Dates coming soon

Micro-badge Level

This micro-badge is offered at Level 2. Level 2 micro-badges empower learners to apply their foundational knowledge through hands-on practice, allowing them to demonstrate their skills with tangible evidence.

Learn more about the Ira A. Fulton Schools of Engineering micro-badge leveling system.

Course Modules

Gain a practical introduction to deep learning concepts, neural network architecture, and the data formats used in model training. You'll explore the basic mechanics behind how deep learning works—grounding future sessions in an accessible, visual, and hands-on approach.

Who this course is designed for

  • Engineering professionals exploring deep learning applications
  • Software developers looking to integrate AI models
  • Data analysts aiming to build model-driven pipelines
  • Career changers entering the AI/ML space with Python experience

Outcomes

By the end of this course, you’ll be able to:

  • Identify suitable pretrained models from TensorFlow resources based on task requirements and constraints.
  • Load and inspect pretrained models programmatically, including architecture and input specifications.
  • Construct data pipelines that replicate model preprocessing steps like resizing and normalization.
  • Implement transfer learning by freezing layers, adding task-specific heads, and fine-tuning models in TensorFlow.

Practical skills you will develop

This program equips learners with vital skills to thrive in today's complex workforce. Key skills include:

Python
Data preprocessing
Neural networks
TensorFlow
Transfer learning

These skills directly apply to these careers

Data Scientist

Analyzes complex data to inform strategic decisions, utilizing statistical techniques and machine learning algorithms to uncover insights.

Median Salary: $108,020

Software Developer

Designs, develops, and maintains software applications, ensuring functionality, performance, and user experience meet organizational requirements.

Median Salary: $132,270

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Please reach out directly to exec-fseonline@asu.edu for program related questions.

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