5 beginner-friendly web development projects that can help you improve your skills
1. Personal Website or Portfolio:
- Create a website that showcases your resume, projects, and skills.
- Practice HTML and CSS to design the layout and style it.
2. To-Do List Application:
- Build a simple to-do list app using HTML, CSS, and JavaScript.
- Learn about DOM manipulation, event handling, and local storage.
3. Weather App:
- Develop a web app that fetches and displays weather information for a user's location.
- Use HTML, CSS, JavaScript, and APIs like OpenWeatherMap.
4. Blog or Blogging Platform:
- Create a basic blog or expand it into a blogging platform.
- Learn about databases (e.g., SQLite), server-side scripting (e.g., Node.js), and user authentication.
5. E-commerce Product Page:
- Design a product page for an e-commerce site.
- Practice building product grids, adding product details, and implementing a shopping cart feature.
These projects cover a range of web development skills, from front-end design to back-end development. As you work on them, you'll gain experience and confidence in web development.
1. Personal Website or Portfolio:
- Create a website that showcases your resume, projects, and skills.
- Practice HTML and CSS to design the layout and style it.
2. To-Do List Application:
- Build a simple to-do list app using HTML, CSS, and JavaScript.
- Learn about DOM manipulation, event handling, and local storage.
3. Weather App:
- Develop a web app that fetches and displays weather information for a user's location.
- Use HTML, CSS, JavaScript, and APIs like OpenWeatherMap.
4. Blog or Blogging Platform:
- Create a basic blog or expand it into a blogging platform.
- Learn about databases (e.g., SQLite), server-side scripting (e.g., Node.js), and user authentication.
5. E-commerce Product Page:
- Design a product page for an e-commerce site.
- Practice building product grids, adding product details, and implementing a shopping cart feature.
These projects cover a range of web development skills, from front-end design to back-end development. As you work on them, you'll gain experience and confidence in web development.
👍8
9 tips to write better JavaScript code:
Use const and let instead of var
Keep functions pure and focused
Avoid deeply nested callbacks (use Promises or async/await)
Use arrow functions for cleaner syntax
Always handle errors in async code
Keep your code modular and reusable
Use strict equality === instead of ==
Comment only when necessary — write self-explanatory code
Understand closures, hoisting, and scope
Web Development Resources ⬇️
https://whatsapp.com/channel/0029VaiSdWu4NVis9yNEE72z
ENJOY LEARNING 👍👍
Use const and let instead of var
Keep functions pure and focused
Avoid deeply nested callbacks (use Promises or async/await)
Use arrow functions for cleaner syntax
Always handle errors in async code
Keep your code modular and reusable
Use strict equality === instead of ==
Comment only when necessary — write self-explanatory code
Understand closures, hoisting, and scope
Web Development Resources ⬇️
https://whatsapp.com/channel/0029VaiSdWu4NVis9yNEE72z
ENJOY LEARNING 👍👍
👍5
Here is a great JavaScript interview question!
What the heck is a Promise doing under the hood?
In JavaScript, things usually happen one after the other. It's like a checklist each item gets done before moving to the next.
When a function returns a Promise, it's like making a promise to do something, like fetch data from the internet. But JavaScript doesn't wait around for the data to come back. Instead, it moves on to the next task.
Now, here's where things get interesting. While JavaScript is busy doing other stuff, like running more code, the Promise is off fetching data in the background.
Once the data is fetched, the Promise is fulfilled, and it has some information to share. But JavaScript needs to know when it's time to handle that information. That's where the onFulfilled part of the Promise comes in.
When the Promise is fulfilled, JavaScript takes the onFulfilled code and puts it in a special queue, ready to be run.
Now, async/await enters the scene. When we mark a function as async, we're telling JavaScript, "Hey, this function might take some time to finish, so don't wait up for it."
And when we use the await keyword inside an async function, it's like saying, "Hold on a sec, JavaScript. I need to wait for something important before moving on."
So, when JavaScript encounters an await keyword, it pauses and lets the async function do its thing. If that thing happens to be a Promise, JavaScript knows it can move on to other tasks while waiting for the Promise to resolve.
Once the Promise is resolved, JavaScript picks up where it left off and continues running the code.
Promises and async/await allow JavaScript to handle asynchronous tasks while keeping things organized and in order. Promises handle the background tasks, while async/await makes it easier to work with them in our code, ensuring everything happens in the right sequence.
Web Development Best Resources: https://topmate.io/coding/930165
ENJOY LEARNING 👍👍
What the heck is a Promise doing under the hood?
In JavaScript, things usually happen one after the other. It's like a checklist each item gets done before moving to the next.
When a function returns a Promise, it's like making a promise to do something, like fetch data from the internet. But JavaScript doesn't wait around for the data to come back. Instead, it moves on to the next task.
Now, here's where things get interesting. While JavaScript is busy doing other stuff, like running more code, the Promise is off fetching data in the background.
Once the data is fetched, the Promise is fulfilled, and it has some information to share. But JavaScript needs to know when it's time to handle that information. That's where the onFulfilled part of the Promise comes in.
When the Promise is fulfilled, JavaScript takes the onFulfilled code and puts it in a special queue, ready to be run.
Now, async/await enters the scene. When we mark a function as async, we're telling JavaScript, "Hey, this function might take some time to finish, so don't wait up for it."
And when we use the await keyword inside an async function, it's like saying, "Hold on a sec, JavaScript. I need to wait for something important before moving on."
So, when JavaScript encounters an await keyword, it pauses and lets the async function do its thing. If that thing happens to be a Promise, JavaScript knows it can move on to other tasks while waiting for the Promise to resolve.
Once the Promise is resolved, JavaScript picks up where it left off and continues running the code.
Promises and async/await allow JavaScript to handle asynchronous tasks while keeping things organized and in order. Promises handle the background tasks, while async/await makes it easier to work with them in our code, ensuring everything happens in the right sequence.
Web Development Best Resources: https://topmate.io/coding/930165
ENJOY LEARNING 👍👍
❤5👍4
We have the Key to unlock AI-Powered Data Skills!
We have got some news for College grads & pros:
Level up with PW Skills' Data Analytics & Data Science with Gen AI course!
✅ Real-world projects
✅ Professional instructors
✅ Flexible learning
✅ Job Assistance
Ready for a data career boost? ➡️
Click Here for Data Science with Generative AI Course:
https://shorturl.at/j4lTD
Click Here for Data Analytics Course:
https://shorturl.at/7nrE5
We have got some news for College grads & pros:
Level up with PW Skills' Data Analytics & Data Science with Gen AI course!
✅ Real-world projects
✅ Professional instructors
✅ Flexible learning
✅ Job Assistance
Ready for a data career boost? ➡️
Click Here for Data Science with Generative AI Course:
https://shorturl.at/j4lTD
Click Here for Data Analytics Course:
https://shorturl.at/7nrE5
👍3❤1