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Robotics, Minor

Explore your problem-solving potential and gain hands-on experience by studying robotics. This wide-ranging minor allows you to delve into many aspects of the field while building practical knowledge.

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About this Program

Seize the opportunity to combine knowledge of computer science, mechanical engineering, electrical engineering and artificial intelligence to create and evaluate various electro-mechanical systems. A minor in robotics covers a wide range of topics, from automata and robots to automation systems, and provides a comprehensive education in mechanics, electronics, electrical components, computer programming, and control systems. You'll also gain hands-on experience with embedded electronics, sensors, actuators, and robotics hardware and software.

Employers are adopting automation and robotics in their workflows across most sectors, and by gaining robotics skills, you’ll be ready to pursue careers in fields such as manufacturing, healthcare, agriculture and technology. Plus, you can connect with our talented faculty to pursue cutting-edge undergraduate research opportunities and to contribute to technological advancements.

Studying robotics will also encourage you to consider ethical dilemmas and the societal impact of your work, preparing you to navigate the ethical complexities of technological progress.

Even if your career aspirations don’t involve direct robotics work, this program offers a way for you to develop holistic problem solving abilities and a well-rounded skill set that would be an advantage in any field.

Robotics Minor At A Glance

Upon completion of the Robotics minor, students will be able to: 

  1. Understand the core principles and physical requirements of robotics such as power and operating under the physical laws of nature. 
  2. Understand the basic components of hardware and software and how they work together.
  3. Evaluate safety risks and severities and adhere to safety methods and standards.
  4. Design and conduct basic testing methods of hardware and software performance.
  5. Understand robotic behavior and control can occur in a variety or combination of ways such as algorithm determination, feedback control, or machine learning.

What You’ll Learn

Learn about the classes you’ll take as a student here.

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Get in Touch

We’re here to help. For information about Robotics at Seattle University, contact:

Lisa Milkowski

Associate Teaching Professor and Program Director for Robotics Minor

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