Motors Circuits Design
Coursera · University Partner · Updated
AI Tutor Rating
8.7/10
Duration
7 weeks, 5 hours/week
Classes
40
Master the design and control of electric motor circuits with practical applications in industrial automation. Learn motor types, drive systems, and circuit design methodologies for efficient power conversion.
Motors Circuits Design on Coursera is a 7-week, 35-hour total commitment course created in partnership with a University Partner. It provides focused instruction on designing and controlling electric motor circuits for industrial automation. The curriculum covers motor types, drive systems, and circuit design methodologies, aiming to teach efficient power conversion. With 40 lectures, the course targets learners with a foundation in electronics and circuit theory who seek to build practical skills in motor control, power electronics, and troubleshooting for industrial applications.
What you'll learn in Motors Circuits Design
Our Review of Motors Circuits Design
The Motors Circuits Design course presents a structured, lecture-heavy format across 40 sessions, suggesting a comprehensive dive into its technical subject matter. The 7-week timeline at 5 hours per week indicates a mid-paced, substantive commitment, suitable for serious learners who can dedicate consistent time. The learning outcomes and listed skills, including motor-design, power-electronics, and industrial-control, point to a curriculum that moves beyond theory toward applied design and troubleshooting tasks. A learner completing this course should be capable of designing control circuits for both AC and DC motors and applying power electronics concepts to motor drive systems, as directly stated in the outcomes.
The course's value proposition is shaped significantly by its pricing model. Being free to audit makes the core educational content highly accessible for self-learners or those verifying the topic's relevance to their work. The $49 certificate option provides a tangible credential for those needing to demonstrate completion, potentially for career advancement or continuing education requirements. However, the prerequisite requirement for electronics fundamentals and circuit theory is a critical gatekeeper; this is not an introductory course and assumes a working knowledge of core electrical concepts.
Ultimately, the course's depth appears aligned with its stated goal of mastering design and control for industrial automation. The format is traditional and knowledge-dense, relying on lectures to convey complex material. For the right learner, the practical outcomes and affordable certificate offer clear value, but the course demands existing foundational knowledge to successfully engage with its content.
Pros and cons of Motors Circuits Design
Pros
- Comprehensive curriculum covering both AC and DC motor control circuit design
- Clear, practical learning outcomes focused on design, selection, and troubleshooting
- Free audit option provides full access to all course materials without cost
- Affordable $49 certificate for those requiring formal proof of completion
- Structured 7-week schedule with defined weekly time commitment aids planning
Things to consider
- Requires solid prerequisites in electronics fundamentals and circuit theory
- Lecture-heavy format (40 lectures) may lack interactive or hands-on components
- Course depth may be challenging for learners without the specified foundational knowledge
Who should take Motors Circuits Design?
This course is best for technicians, aspiring electrical engineers, or automation professionals who already understand circuit theory and electronics fundamentals. It fits those seeking to specifically upgrade their skills in industrial motor control design, system troubleshooting, and the application of power electronics to motor drives, with a goal toward roles in industrial maintenance, control systems, or automation design.
Motors Circuits Design at a glance
| Provider | Coursera |
|---|---|
| Instructor | University Partner |
| Level | Intermediate |
| Time to complete | 7 weeks, 5 hours/week |
| Pricing | Free to audit, $49 for certificate |
| Certificate | Certificate |
| Prerequisites | Electronics fundamentals, circuit theory |
Fit
Best for
Not ideal for
The bottom line on Motors Circuits Design
Motors Circuits Design is a focused, technical course that delivers on its promise to teach motor control circuit design for industrial settings. The free audit makes it low-risk to explore, while the certificate offers formal recognition at a reasonable price. Success hinges entirely on having the required prerequisites in electronics and circuit theory.
Motors Circuits Design: frequently asked questions
What is the main focus of the Coursera Motors Circuits Design course?
The Motors Circuits Design course focuses on mastering the design and control of electric motor circuits for industrial automation. Learners will study motor types, drive systems, and circuit design methodologies to achieve efficient power conversion.
What background knowledge do I need before taking the Motors Circuits Design course?
You need a foundation in electronics fundamentals and circuit theory to succeed in the Motors Circuits Design course. The curriculum builds directly upon these prerequisites for its advanced topics in motor control and power electronics.
Is the certificate for Motors Circuits Design worth the cost?
The $49 certificate for Motors Circuits Design is worth it if you need formal proof of completion for your resume, LinkedIn profile, or employer. If you only need the knowledge, the free audit option provides full access to the course content.
How does this Motors Circuits Design course compare to general electrical engineering courses?
Unlike broad electrical engineering courses, Motors Circuits Design is a specialized, applied course focused solely on motor control circuits, drive systems, and industrial automation. It is for learners who want targeted skills in this specific niche.
How can I get the most out of the Motors Circuits Design course?
To get the most from Motors Circuits Design, ensure you meet the prerequisites in electronics and circuit theory. Then, commit to the full 5 hours per week for 7 weeks to engage deeply with all 40 lectures and the practical design outcomes.