What do you do if online courses aren't boosting your Electronic Engineering skills?

Nothing can match or replace a good mentor. There are several people in academic, industry and research who can guide you, help you understand what you want to do in your career and which courses can help you reach there. They can also guide you by helping you form a blueprint about how to approach and proceed over various courses or research topics.

To be realistic some days are like that😅 but anyways following steps can help - 1-: Re-evaluate Course Selection -: Ensure that the courses you're taking are relevant to your goals and interests. If you're not seeing improvement, try switching to a different course or certification program that better aligns with your needs. 2-: Supplement with Hands-on Experience: While online courses can provide theoretical knowledge, hands-on experience is essential for developing practical skills. Seek out projects or volunteer opportunities to apply your knowledge in real-world settings. 3-: Join Online Communities and like minded people : 4 -: Seek Mentorship: 5-: Set Realistic Goals and Track your Progress

Peer-to-peer studying could boost your Electronic Engineering skills. Discussing subjects with peers can help you to understand and identify the areas where you may need more clarification. Brainstorming with mates can bring a sense of motivation and productivity. Also, teaching others reinforces your learning and enhances your cognitive reserve.

1. Guidance and Feedback: A mentor can provide personalized guidance, answer questions, and offer constructive feedback on your work. 2. Industry Insights: Mentors can share real-world experiences and industry trends, helping you apply theoretical knowledge to practical situations.

When you are working on a project where time is money then finding a good mentor is the quickest way to learn what you need to learn. But for myself, being a retired Professional Engineer I find the time to figure things out myself is reward in itself. Searching on the web may get you started on a path of learning but if you are an experienced engineer then I have found the web does not have the specific details I was needing. Trial and error is a slow process to knowledge but it is free and within my budget.

Hands-on learning is a great way to pick up new skills, especially in electronics. It helps you apply what you've learned in theory and lets you spot mistakes that you might miss otherwise. By working on real projects, you get a better understanding of important factors like power use, space, and cost. This kind of practice not only strengthens your knowledge but also makes you more confident in solving problems and dealing with real-world challenges.

Work on it! Hands on! Can’t stress on this enough. Reading helps but doing hands on projects that can substantiate your knowledge is more relevant . Ship those products, work on it even if the fuse burns out so you get to learn why it blew in the first place and you would automatically make sure to buy a spare fuse next time. More real-time project exposure, More an expert in this field

I believe that the knowledge we gain from e-learning courses consists of facts that are meant to be applied in real-life scenarios. Engaging in hands-on activities can provide us with a better understanding of how to tackle various problems that are not covered in the courses. As Tim Sanders said, "Education without application is just entertainment."

1. Practical Application: Building projects reinforces theoretical concepts and helps you develop problem-solving skills. 2. Portfolio Development: A portfolio of completed projects demonstrates your abilities to potential employers.

If online courses aren't boosting your Electronic Engineering skills, consider joining or forming study groups. Engaging with peers allows you to discuss challenging concepts, share diverse insights, and reinforce learning through collaboration. Study groups provide accountability, encouraging you to stay consistent with your learning goals. By solving problems together, you gain a deeper understanding of difficult topics and improve your critical thinking skills. Combining study groups with online courses can create a well-rounded approach to skill development in Electronic Engineering.

1. Collaborative Learning: Studying with peers can foster discussions, clarify doubts, and provide different perspectives on topics. 2. Motivation: Group members can motivate each other and help maintain focus.

1. Strong Foundation: A solid understanding of fundamental concepts is essential for advanced topics. 2. Review Core Subjects: Revisiting topics like circuit analysis, electronics components, and digital logic can solidify your knowledge base.

1. Multiple Perspectives: Explore different textbooks, online tutorials, and video lectures to gain a well-rounded understanding. 2. Practical Guides: Look for resources that offer practical advice and real-world examples.

Online courses explain the system structure and working principal and functions only but you like to master in a any field practical experience is most important one to get high end knowledge. practical knowledge boos your troubleshooting experience and also confidence. any career build with practical experience only.

1. Internships or Co-ops: Gaining hands-on experience in an engineering setting can provide valuable insights and practical skills. 2. Volunteer Work: Contributing to open-source projects or volunteering for engineering organizations can offer opportunities to learn and network.