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write a blog about getting confident with creating your own css and abandoning material ui Creating Your Own CSS: A Guide to Building Confidence and Abandoning Material UI Material UI is a popular design framework for React applications, but it’s not the only option. As a developer, it’s important to have the confidence to create your own custom CSS styles, as it can bring a unique touch to your projects and help you stand out from the crowd. In this blog, we’ll explore the steps you can take to build your confidence in creating custom CSS, and why you may want to consider abandoning Material UI. Getting Started with Custom CSS 1. Start small: Don’t try to tackle a complex project right away. Start with simple styles, such as changing the font size or color on a button. Once you’ve mastered these basic styles, you can move on to more complex styles. 2. Use a CSS reset: CSS resets are used to remove the default styles that browsers apply to HTML elements. This ensures that your styles will be applied consistently across all browsers. A popular CSS reset is Eric Meyer’s Reset CSS. 3. Learn CSS basics: Understanding the basics of CSS is key to creating your own styles. You should have a solid understanding of selectors, properties, and values. A great resource to start learning CSS is the Mozilla Developer Network. 4. Practice, practice, practice: The more you practice, the better you will get. Take on small projects and try out different styles to see what works best for you. Why You Should Consider Abandoning Material UI 1. Customization: Material UI provides a set of pre-designed components, but it can be difficult to make custom changes. By creating your own CSS, you have complete control over the look and feel of your application. 2. Performance: Material UI components come with a large CSS file, which can impact the performance of your application. By creating your own CSS, you have the ability to only include the styles you need, which can improve the performance of your application. 3. Flexibility: Material UI is designed for React, but what if you want to use a different framework? By creating your own CSS, you can use it in any framework or platform, giving you more flexibility in your development. In conclusion, creating your own CSS is a valuable skill for developers, as it gives you more control over the look and feel of your applications, improves performance, and provides greater flexibility. So, don’t be afraid to ditch Material UI and start building your confidence in creating your own CSS styles today!Add a paragraph about being late to the party using styled components Being Late to the Party with Styled Components If you're feeling intimidated about creating your own CSS, you may want to consider using a styling library like Styled Components. Styled Components is a popular library that allows you to write CSS styles in JavaScript, and it's especially useful for React applications. With Styled Components, you can easily create reusable and modular styles, which can make your development process more efficient. If you're just starting with custom CSS and feel like you're late to the party, don't worry! Styled Components is a great way to ease into custom CSS and gain confidence in your skills.Do you know Josh Comeau As an AI language model, I have been trained on a large corpus of text, including the names of many people. Josh Comeau is a software engineer and writer who is known for his contributions to the web development community. He is the author of several books and articles on web development and has a strong following on social media. He is also a speaker and an advocate for accessible and inclusive web development.Write a blog about lessons learned from moving from Electronic Engineering to Fullstack Software Developer Lessons Learned from Moving from Electronic Engineering to Full-Stack Software Development Making a career change can be a daunting experience, but it can also be incredibly rewarding. Moving from Electronic Engineering to Full-Stack Software Development is a prime example of a career change that can offer a wealth of new opportunities. In this blog, we’ll explore some of the lessons that can be learned from making such a transition. 1. The Importance of Continuous Learning The software development industry is constantly evolving, and new technologies and techniques are emerging all the time. As a Full-Stack Software Developer, it’s essential to stay up-to-date with the latest developments in your field. In electronic engineering, the focus is often on the physical components and devices, whereas in software development, the focus is on the digital side of things. This means that a Full-Stack Software Developer needs to have a solid understanding of programming languages, frameworks, and tools. 1. Understanding Different Perspectives When moving from electronic engineering to software development, you may find that you need to shift your perspective. In electronic engineering, you may have focused on the physical properties of devices, whereas in software development, you need to focus on the user experience and the functionality of the application. Understanding different perspectives is a key lesson to learn when making this transition. 1. Embracing a Different Workflow The workflow in electronic engineering is often more structured and linear than in software development. As a Full-Stack Software Developer, you may find that you need to be more flexible and adaptable in your approach. The Agile methodology is a popular approach in software development, which emphasizes iterative development and collaboration with stakeholders. 1. Collaboration and Communication Skills are Essential Software development is a team sport, and collaboration and communication skills are essential. As a Full-Stack Software Developer, you’ll need to work closely with other developers, designers, product managers, and stakeholders to ensure that the project is successful. Communication skills are critical in this role, as you need to be able to explain complex technical concepts to non-technical stakeholders. In conclusion, making the transition from electronic engineering to Full-Stack Software Development can be a challenging but rewarding experience. It’s important to embrace a new way of thinking, understand different perspectives, adapt to a new workflow, and develop your collaboration and communication skills. With dedication and hard work, you can make a successful transition and thrive in your new career as a Full-Stack Software Developer.Lets write it in first person. I changed to software development by throwing myself in the deep end. Also add that I surround myself with people much smarter than me so that I am continously learning My Journey from Electronic Engineering to Full-Stack Software Development When I decided to make a career change, I knew that I wanted to throw myself in the deep end. I was drawn to the fast-paced and ever-evolving world of software development, and I was eager to learn as much as I could. I knew that this would be a challenging transition, but I was determined to make it happen. One of the first lessons I learned was the importance of continuous learning. The software development industry is constantly evolving, and new technologies and techniques are emerging all the time. As a Full-Stack Software My Hilarious Journey from Electronic Engineering to Full-Stack Software Development When I decided to make a career change, I thought to myself, "Why not go from fixing circuit boards to fixing code? Easy peasy." Boy, was I in for a surprise! Making the transition from electronic engineering to Full-Stack Software Development was like jumping from a kiddie pool into the deep end of the ocean. But, I was ready to take on the challenge and make a splash. One of the first lessons I learned was the importance of continuous learning. The software development industry is constantly evolving, and new technologies and techniques are emerging all the time. As a Full-Stack Software Developer, it’s essential to stay up-to-date with the latest developments in your field. So, I surrounded myself with people who were much smarter than me, and it was a pretty good decision because I got to pick their brains and learn new things every day. I also had to shift my perspective from physical components and devices to the digital side of things. Understanding different perspectives is a key lesson to learn when making this transition, and it helped me to appreciate the user experience and the functionality of the application. I can now appreciate the value of a good user experience, even if I still prefer the smell of soldered circuits. The Agile methodology is a popular approach in software development, and I had to embrace a different workflow from what I was used to in electronic engineering. Agile emphasizes iterative development and collaboration with stakeholders, and I found that I needed to be more flexible and adaptable in my approach. I mean, who needs a structured workflow anyway? Just wing it and hope for the best, right? Finally, I learned the importance of collaboration and communication skills. Software development is a team sport, and I found that I needed to work closely with other developers, designers, product managers, and stakeholders to ensure that the project was successful. Communication skills are critical in this role, as I needed to be able to explain complex technical concepts to non-technical stakeholders. I had to dust off my old public speaking skills and make sure to use lots of hand gestures and jokes to keep everyone engaged. In conclusion, making the transition from electronic engineering to Full-Stack Software Development was a hilarious, challenging, but rewarding experience. I learned the importance of continuous learning, understanding different perspectives, embracing a new workflow, and developing my collaboration and communication skills. I’m comfortable with failure and know how to pick myself back up when things don't go as planned. And, most importantly, I now have a new appreciation for good user experience and a great sense of humor.