Robotics and Embedded Systems (BS)

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DESIGN TOMORROW’S ROBOTICS

The world we interact in and the technology we use every day are built upon the foundation of embedded systems. University of Advancing Technology’s (UAT) Robotics and Embedded Systems degree provides students the engineering foundation for the design, implementation and analysis of embedded systems, with an emphasis in autonomous robotic systems.

Building upon the foundation of software engineering, a degree in Robotics and Embedded Systems can span mechanical design, digital logic design, embedded programming, machine vision and adaptive algorithm development and design of autonomous robotic systems. Students will implement microprocessors and learn to optimize robotics technology using digital hardware design, software programming, and digital and analog circuit design analysis. Students will also apply knowledge of transducers, actuators, and advanced software development to mechanically design and engineer as well as analyze advanced robotics technology and embedded systems.

With technology advancing rapidly, a robotics degree allows you to be at the forefront of the world’s top business and government efforts. With the completion of this robotics and mechanical engineering degree, you will gain the ability to build, develop, implement and analyze the world’s most advanced technologies and make an impact on the advancing electronic and robotic world.

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DEGREE FEATURES

UAT’s Robotics and Embedded Systems degree empowers students to create the next generation of robotics.

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ROBOTICS AND EMBEDDED SYSTEMS DEGREE OBJECTIVES

Apply knowledge of transducers, actuators and simultaneous hardware and software development in the design of an embedded system.
Design and analyze real-time embedded systems, including advanced digital logic design, signal processing and high-speed digital systems.
Implement and evaluate algorithms and methods enabling autonomy in a mobile robot.

Design and complete robotic and embedded systems solutions that apply to real-world situations and challenges.
Implement a simple microprocessor using digital logic design.
Demonstrate embedded system design skills, including, but not limited to: microcontroller selection, schematic design, printed circuit board layout, design for electromagnetic compatibility and design for manufacturing.

Synchronic Learning: superior graduates, mentored education, flexible Syncflex learning.

WHY UAT?

UAT’s Synchronic Learning model provides an education framework that prepares superior graduates to become tomorrow’s innovators. This model embodies UAT’s methodologies, curricula and community dedicated to fostering an environment of innovation that promotes demonstrated mastery and job readiness.

How does UAT prepare superior graduates? Students are required to participate in projects that solve real problems. UAT requires students to innovate and create a working proof of concept that’s never been done before. Students complete internships, community projects and apprenticeship experiences to cultivate their ability to succeed in the workplace.

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