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Intermediate

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CPS Design for Mechatronics, Healthcare, EV, and Robotics

Coursera · Unknown · Updated March 2026

Platform rating

4.5/5

AI Tutor Rating

8.3/10

Duration

8 weeks, 4 hours/week

Classes

45

Explore Cyber-Physical Systems design principles applied to mechatronics, healthcare devices, electric vehicles, and robotic systems. Learn how to integrate hardware, software, and networking for intelligent automated systems.

What you'll get

Design Cyber-Physical Systems architectures for diverse applications

Integrate sensors, actuators, and control systems in mechatronic devices

Apply CPS principles to healthcare and medical device development

Develop autonomous systems for electric vehicles and robotics

Implement real-time monitoring and control in distributed systems

Fit

Best for

Robotics Engineers

Embedded Developers

Mechanical Engineers

Makers

Not ideal for

Learners seeking only entry-level overviews

Prerequisites & pricing

Prerequisites

Basic understanding of electronics and programming

Pricing

Free to audit, $49 for certificate

Certification

Certificate

Growth Leverage: Completing this course can lead to career opportunities in roles such as Systems Engineer, Robotics Engineer, and Mechatronics Specialist, with the potential for certifications like Certified Robotics Technician. It opens doors to industries such as healthcare technology, automotive engineering, and advanced robotics.

Skills Value: Skills acquired from this course are critical in solving complex integration challenges in mechatronics and CPS, driving high demand among employers. Professionals can command salary premiums of 10-20% in the embedded systems market, particularly in sectors focused on healthcare and EV technology.

cyber-physical systems

mechatronics

robotics

sensors and actuators

autonomous systems

embedded control

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