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The Master of Science in AI & Machine Learning for Engineering

A flexible master's degree designed for engineers to quickly acquire advanced Artificial Intelligence (AI) and machine learning (ML) skills and apply these tools to engineering fields.

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Program features

Flexible options for working engineers

This program can be completed fully online as a part-time student. (Full-time option also available.)

Application-focused

Learn how to apply modern AI and ML methods, particularly for applications with physical constraints, such as manufacturing, chemical processes, or robotics.

Customizable degree

This stackable master’s degree allows students to tailor their learning to their specific engineering field.

Domain-specific training

Learn state-of-the-art AI and ML techniques specific to your field.

Explore our program

This degree is designed for engineers who want to advance their careers by applying modern AI and ML methods to their work, particularly for applications with physical constraints, such as manufacturing, chemical processes, or robotics.

In addition to gaining foundational AI and ML skills applicable to all engineers, students will complete domain-specific training to learn state-of-the-art AI and ML techniques specific to their field.

Not sure which program is right for you? Visit our AI/ML graduate programs at a glance.

Implement AI & ML methods: Choose and implement the appropriate AI and ML methods for specific engineering applications, and learn how to evaluate the results of using these methods.

Build foundational AI & ML skills: Strengthen math and coding skills, creating a foundation that enables you to adapt to changing AI and ML tools throughout your career.

Understand advantages and limits of AI & ML: Learn to use AI and ML responsibly, in accordance with an engineering code of ethics, by understanding the advantages and limitations of these technologies in discipline-specific settings.

Designed for working engineers looking to enhance their skills or advance their careers, stacked degrees offer a flexible, strategic pathway with industry application in mind.

Students begin by enrolling in a stackable graduate certificate, then "stack" additional graduate certificates, and an applied capstone project to earn a master's degree.

All stackable certificates are available part-time.

How to complete this degree

This flexible program allows you to tailor your learning to your interests in AI and Machine Learning by choosing the certificates that best align with your goals. You can choose to take one certificate at a time as a part-time student, or take them concurrently as a full-time student.

While many certificates are offered online or in a hybrid format, some are available only in-person. Please visit each certificate's website for admission requirements, as they vary.

Required - Only available online

Component 1

We recommend that students take Component 1 prior to Component 2.

Artificial Intelligence (AI) and Machine Learning (ML) for Engineering 

Choose 1 - Choose your field
Required - Choose your project

Component 3

Complete a 2-quarter group project capstone sequence where students apply the techniques they have learned for more complex or novel use cases, while also advancing their project management skills.

Component 1 options

Artificial Intelligence (AI) and Machine Learning (ML) for Engineering (online)
Offered by the College of Engineering

Discipline-specific certificate: Component 2 options

Data-Driven Dynamic Systems & Control for Engineering (online)
Offered by the Department of Mechanical Engineering

Data Analytics for Systems Operations (online or in-person)
Offered by the Department of Industrial and Systems Engineering

AI for Materials Engineering (online or in-person)
Offered by the Department of Materials Science & Engineering

Component 1 options

Artificial Intelligence (AI) and Machine Learning (ML) for Engineering (online)
Offered by the College of Engineering

Or

Modern AI Methods (in-person)
Offered by the Paul G. Allen School of Computer Science & Engineering

Discipline-specific certificate/ Component 2 options

Artificial Intelligence (AI) and Machine Learning (ML) for Engineering (online)

Data-Driven Dynamic Systems & Control for Engineering (online)
Offered by the Department of Mechanical Engineering

Data Analytics for Systems Operations (online or in-person)
Offered by the Department of Industrial and Systems Engineering

Modern AI Methods (in-person)
Offered by the Paul G. Allen School of Computer Science & Engineering

Data Science for Materials Engineering (online or in-person)
Offered by the Department of Materials Science & Engineering

Human Centered AI (in-person)
Offered by the Department of Human Centered Design & Engineering

Admissions and cost

Featured faculty

Steve Brunton

Professor, Mechanical Engineering
Adjunct Professor, Applied Mathematics

Professor Brunton serves as the Director of the AI Center for Dynamics & Control and holds the position of Data Science Fellow at the eScience Institute. His research combines techniques in dimensionality reduction, sparse sensing, and machine learning for the data-driven discovery and control of complex dynamical systems. Additionally, he develops adaptive controllers using machine learning within an equation-free framework. His work spans applications in fluid dynamics, such as closed-loop turbulence control, as well as in neuroscience, medical data analysis, networked dynamical systems, and optical systems.

Ashis Banerjee

Associate Professor, Industrial & Systems Engineering
Associate Professor, Mechanical Engineering

Professor Banerjee directs the Scale-independent Multimodal Automated Real Time Systems (SMARTS) Lab. He is affiliated with the Boeing Advanced Research Center (BARC) and serves on the advisory board for the UW Amazon Science Hub. Professor Banerjee's research focuses on automated decision-making for cyber-physical systems, employing principles from optimization, machine learning, and stochastic modeling across various scales. His work spans digital manufacturing analysis, predictive analytics, and the development of robust autonomous robotics systems for optimal performance in complex environments.

Taylor Kessler Faulkner

Instructor, Paul G. Allen School of Computer Science & Engineering

Dr. Kessler Faulkner is an instructor in the Allen School and a program adviser for the Graduate Certificate in Modern AI Methods. She started at UW in 2022 as a postdoctoral scholar and UW Data Science Postdoctoral Fellow, working on research at the intersection of AI, human-robot interaction, and assistive robotics in the Personal Robotics Lab. Her research areas focus on improving user interactions and improving robots' ability to learn from humans. Dr. Kessler Faulkner has since transitioned into an instructor role, and teaches courses in AI, ML, and robotics at the undergraduate and graduate level.

This program was developed with funding support from The Boeing Company.

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