Electronics S1W2: Learn About Volts, Amps, Ohms & Ohm's Law

🦫 Dive Into the World of Electronics: S1W2 - Volts, Amps, Ohms & Ohm's Law

🚀 Course Overview: Electronics S1W2 is the first stepping stone in your journey to master DC Electronics. This course is meticulously designed to introduce you to the fundamental principles of electronics, focusing on Volts, Amps, Ohms, and the groundbreaking Ohm's Law. With Richard Vannoy II as your expert guide, you will unravel the mysteries behind electronic circuits and understand the intricate relationships that govern them.

📚 What You'll Learn: This eleven-lecture course, packed with over two hours of informative content, is tailored for individuals from novices to seasoned professionals seeking to deepen their knowledge in electronics. Whether you're an aspiring electronic engineer, a repair technician, or simply a curious hobbyist, this course will provide you with the foundational concepts you need.

🔍 Key Topics Covered:

• Defining the Basics

  • Learn the definitions and interrelations of Voltage, Current, and Resistance.

• Applying Ohm's Law

  • Understand and apply Ohm's Law to solve basic electronic circuits.

• Computational Skills

  • Master the necessary computations to find any two of the following: voltage, current, resistance, or power from a simple circuit.

🎓 Beyond the Basics: This course forms the cornerstone of your electronic studies. Ohm's Law is not just an equation but a powerful tool that underpins all subsequent learning in electronics. By mastering this law, you will be well-prepared for more advanced topics covered later in the series, including AC Electronics, Transistor Theory, Solid State Devices, Communications, and Digital Electronics.

🌱 A Solid Foundation: By completing this course, you will have gained knowledge equivalent to what one would acquire from the first semester of a college electronics degree program at a community or for-profit college. This foundational understanding is critical for anyone looking to pursue a career in the field of electronics.

📵 Course Contents:

• A comprehensive exploration of Volts, Amps, Ohms, and their roles in electronic circuits.
• Practical application of Ohm's Law with detailed examples to clarify various concepts.
• Hands-on exercises followed by quizzes to test your understanding and ability to solve circuit problems quickly and accurately.

👩‍🏫 Your Instructor: Richard Vannoy II brings a wealth of knowledge and experience to this course, ensuring that you receive clear and effective instruction on the principles of DC Electronics. His expertise will be your guide as you navigate through the complexities of electronic circuits, making your learning experience both comprehensive and engaging.

🎯 By the End of This Course: You will have a solid grasp of the fundamental laws governing electronic circuits and be able to apply these principles to solve practical problems. You'll be equipped with the knowledge to confidently move forward in your studies within the broader context of electronics, setting a strong foundation for all future learning endeavors in this fascinating field.

Join us on this electrifying journey into the world of DC Electronics, and get ready to transform your understanding of Volts, Amps, Ohms, and Ohm's Law! ⚡️🙇‍♂️

🌟 Course Overview 🌟

The Global course rating stands at a solid 4.65, with all recent reviews being highly positive. This course is well-received for its clarity, comprehensive coverage of topics such as Ohm's Law, and the instructor's strong command of the subject matter. The majority of the content is praised for being easily understood, whether through visual aids, clear explanations, or practical examples.

Pros:

• Comprehensive Coverage: The course thoroughly covers the fundamentals of electronics, with a particular focus on understanding Ohm's Law and current flow direction.

• Real-world Application: Many students have found the knowledge gained from this course directly applicable to their projects or personal learning goals, such as solar panel connections and project power optimization.

• Pedagogical Approach: The instructor's teaching style is engaging, utilizing a conversational approach that makes complex concepts more accessible. This approach coupled with solid practice tests has been noted as particularly effective in retaining knowledge.

• Visual Aids: The course makes extensive use of visual aids, which contribute to the ease of understanding and learning.

• Paced Learning: The pace of the course is appreciated for being neither too rushed nor overly drawn out, allowing learners to grasp the material at a comfortable speed.

• Broad Audience: The course is designed to cater to a wide audience, with repetition where necessary to ensure understanding across different learning styles.

Cons:

• Unclear Unit Conversions: A few reviewers pointed out that the instructor uses unconventional units in formulas, which may lead to confusion regarding correct calculations.

• Email Communication: One reviewer was disappointed by the non-functional instructor emails provided for course interaction.

• Cost Considerations: The cost of the course is considered high when compared to other online resources, and some students feel that the material covered justifies the expense, while others believe it's on par with traditional college courses.

• Historical Inaccuracies: One student noted an historical inaccuracy concerning the debate between Edison and Westinghouse, specifically the mention of Nikola Tesla.

• Pacing and Repetition: A few students found parts of the course to become overly simplistic as it progressed, potentially making it less stimulating for those with prior knowledge or a higher interest in learning.

• Cost versus Recognition: There is a note of caution regarding the recognition one might receive from completing a MOOC compared to a full electronics program at a college.

General Feedback:

The vast majority of students who completed this course found it to be an excellent foundation for understanding electronics, particularly Ohm's Law. The course is recommended for individuals seeking to deepen their knowledge of DC electrical principles without any prior background in the subject. With its mix of theoretical knowledge and practical application, the course seems well-equipped to cater to both hobbyists and professionals in the field of electronics.

In summary, this course is highly respected for its content, delivery, and educational value but may not be the most cost-effective option. Prospective students should weigh the cost against their personal and professional learning goals to determine if this course meets their needs.