EYW: Engineering Applications of Computer Science
Course Overview for EYW: Engineering Applications of Computer Science
EYW: Engineering Applications of Computer Science is an engineering course that engages students in programming and computational thinking to solve human-centered, technically challenging projects at the intersection of engineering and computer science. The goal of this course is to engage students in meaningful versions of the practices of professional engineers and computer scientists while sparking a passion for engineering, computational thinking, and problem-solving that will serve all students no matter what their future career goals may be.
Unit Descriptions for EYW: Engineering Applications of Computer Science
Students explore mechanical, electrical, and biomedical engineering through a series of design challenges that illustrate how engineering can improve people’s lives and health, conserve resources, and enable creativity in the arts.
Unit 1: Electronic Music (Programming in Python)
Unit 2: Custom Photo Filters (Exploring Images)
Unit 3: Computer-Assisted Physical Therapy (Analyzing Video)
Unit 4: Mechatronic Assistive Devices (Building and Coding)
Unit 5: Camera-Controlled Wheelchair (System Design)
Unit 6: Water Rockets (Model Selection and Performance)
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Benefits to Students
EYW: Engineering Applications of Computer Science offers students a unique opportunity to learn computational thinking skills in the context of human-centered design projects. Like EYW: Engineering Design and Analysis, this course teaches creativity, critical thinking, problem solving, collaboration, communication, and purposeful application of STEM and computing principles. Students who complete this course are well-placed to make informed decisions about future coursework in engineering, computer science, robotics, and related fields.