How to make coding fun: Part I

A step-by-step premium guide designed for you

Coding doesn’t need to be made fun—it already is. If you feel the need to force excitement, you’re learning it the wrong way. Coding is thrilling because it lets you create, solve complex problems, and automate boring tasks. It’s how you bring ideas to life.

But here’s the problem—you don’t enjoy coding. Your focus is on landing a high-paying job, not on building software that actually solves problems.

I know this because I made the same mistake. I struggled for days on basic problems, not because they were hard, but because I lacked the logical understanding to solve them.

Why this out of the blue topic I’m talking about right now? Because if you can't code consistently, you’ll never master coding. Mastery demands consistency.

But, but, but—this isn’t just another list of tips you’ll read and forget. This is a premium 2 part step-by-step guide I could easily charge $99 for, but you’re getting it free. Inside, you'll find tips and AI prompts that can instantly transform your coding journey.

🔴 I’m writing this in such a boring format like a blog from 90s, I can add images to look it interesting but I won’t because I want you to learn something new not just get entertained and leave. So with this, here are the first 5 powerful tips and AI prompts I personally use to make coding more fun (and you can too).

For the best results, follow them step by step—from 1 to 10.

10. Sleep more.

Becoming a good programmer isn’t just about writing code for long hours—it’s about problem-solving, logical thinking, and creativity. And all of these are directly affected by sleep and health.

And balancing coding with sleep and health is not that difficult to handle. You just need to follow some advice that I got from someone that helped me and you can be benefited from it too. Here are the advices:

For Sleep related issues : Get 7-8 hours of sleep, Follow a fixed schedule, Take power naps, Use blue light filters and Avoid screens 1 hour before bed time. And this is more than enough to improve your sleep quality and mental clarity overall.

For Health related issues : Exercise for every 15-30 min daily, Stay hydrated while sitting, Meditate 5-10 min daily and Follow 20-20-20 rule to protect your eyes. And this more than enough to improve your health and reduce back pain drastically.

Here’s your premium prompt to create an routine for yourself:

I want a highly structured, time-blocked daily routine designed for a programmer who wants to optimize sleep quality and health while maintaining high productivity. 
The routine should be based on the following key principles:

Sleep Optimization:

- Get 7–8 hours of quality sleep.
- Follow a fixed sleep schedule (consistent wake-up and bedtime).
- Take power naps (15–20 minutes) to recharge energy.
- Use blue light filters in the evening to improve sleep quality.
- Avoid screens 1 hour before bed for better relaxation.

Health Optimization:

- Exercise for 15–30 minutes daily to reduce stiffness and improve circulation.
- Stay hydrated while working to maintain focus and brain function.
- Meditate for 5–10 minutes daily to reduce stress and improve mental clarity.
- Follow the 20-20-20 rule (every 20 minutes, look 20 feet away for 20 seconds) to protect eye health.

The routine should balance coding time, breaks, and self-care, ensuring high efficiency without burnout. 
Include morning, afternoon, and night schedules, and specify the best time to perform each activity for maximum benefit. 
The schedule should be realistic and easy to follow, with small, actionable steps that a programmer can implement immediately. 
Avoid unnecessary complexity—keep it practical and effective.

Finally, structure the routine in a tabular format for easy readability, with columns for Time, Activity, and Purpose.

9. Consume programming memes and jokes.

At first glance, programming jokes might seem like just a fun distraction, but programming jokes often rely on wordplay, logic, and irony, similar to how coding requires structured thinking.

Laughing at programming jokes isn’t just for fun—it’s a mental exercise that sharpens logic, debugging, and problem-solving skills. Plus, it keeps you motivated, stress-free, and connected to the programming world.

Engaging with them makes you feel connected to the coding world, leading to more collaborative learning and better communication with fellow programmers.

Try this ⬇️to get some of the best programming jokes to brighten your day:

I want a collection of funny, clever, and well-structured programming jokes that appeal to software developers, data scientists, and tech enthusiasts.
The jokes should be diverse, covering various programming languages (such as Python, JavaScript, C, Java, etc.), debugging struggles, version control, algorithms, databases, and general coding humor.

The jokes should be a mix of:

• One-liners (short and witty).
• Puns and wordplay (playing on programming terms like "loops," "bugs," and "compiling").
• Error messages and debugging humor (making fun of frustrating coding experiences).
• Relatable developer struggles (burnout, stack overflow, unreadable legacy code, etc.).
• AI and automation humor (GPT, machine learning, and automation jokes).

Ensure the jokes are easy to understand but still smart enough to make a programmer smile. Keep them fresh, avoiding overused jokes. 
The humor should be clean and work-friendly, with a tone that feels engaging and relatable rather than forced. 
Bonus points if some jokes subtly teach programming concepts while being funny!

Output the jokes in a structured list format, with each joke numbered. 
If possible, include a mix of text-based jokes and jokes that work as dialogues or mini conversations between developers and computers.

8. Visualize your progress.

Progress in programming isn’t always obvious because improvements happen gradually. But visualizing your growth can make learning more motivating, structured, and rewarding. To do so, you can follow the below advices:

• Use GitHub’s contribution graph to track daily coding activity.

• Revisit your old projects after a few months.

• Keep a portfolio website and add every new project.

• Write about concepts you’ve learned (on Medium, Hashnode, or Dev.to).

• Track coding hours per week.

• Create mind maps of what you’ve learned.

What gets measured gets improved. Take note of it.

Here’s your premium prompt to visualize your progress:

I want to visualize my programming progress using a detailed graph/chart. 
The visualization should be clear, structured, and insightful, helping me track my improvement over time.

### Data Points to Include:
• Coding Activity (Commits per Week/Month): [Enter your commit count]
• LeetCode/Competitive Coding Progress: [Enter problems solved and rating]
• Projects Completed: [List your projects and their complexity]
• Technologies Learned: [Enter new frameworks, libraries, or languages]
• Time Spent Coding Weekly: [Enter hours]
• Contributions to Open Source: [Enter PRs, issues solved]
• Blogs or Articles Written: [Enter number of blog posts]
• Stack Overflow / Community Contributions: [Enter reputation gained]

### Graph Requirements:

• X-axis: Time (weeks, months, or years)
• Y-axis: Progress metrics (e.g., number of commits, problems solved, coding hours)
• The graph should show trends over time, highlighting improvements, dips, and consistency.
• Use different colors for different metrics for clarity.
• If possible, suggest insights based on the graph (e.g., areas where I’ve improved the most or need more focus).

### Graph Type:

• A line graph for tracking growth over time.
• A bar chart for comparison (e.g., projects completed vs. problems solved).
• A heatmap for coding activity (e.g., GitHub-style streaks).

### Timeframe for Analysis:

• From [Start Date] to [End Date]
• Compare progress before and after specific milestones (e.g., learning a new language, joining a coding bootcamp).

### Additional Insights:

• Highlight patterns in my learning process (e.g., do I code more on weekends?)
• Show consistency and gaps (where I was most active and least active).
• If possible, generate motivational feedback based on the trends in my progress.

How to Use This Prompt:

1. Fill in the blank spaces with your progress.

2. Use it with an AI that supports graph generation.

3. Update the timeframe periodically to track long-term progress.

7. Join Communities.

Joining a programming community isn’t just about asking for help—it’s about learning, networking, and growing alongside other developers. Joining programming communities can accelerate your growth, keep you motivated, and expose you to real-world coding practices.

Whether you're a beginner or an experienced coder, being part of a strong community will accelerate your success.

If you want to go fast, go alone. If you want to go far, go together.

Here’s your premium prompt to find communities:

I want to find the best programming communities that match my interests, skill level, and goals. 
The communities should be active, engaging, and provide valuable learning opportunities, networking, and real-world coding discussions. 

### 1. My Community Preferences 
I am specifically looking for programming communities that focus on:
  
- Programming languages/frameworks/tools: [Specify languages like Python, JavaScript, C++, React, Node.js, etc.]  
- Development areas: [Specify areas like web development, AI, data science, cybersecurity, DevOps, game development, etc.]  
- Level of experience: [Beginner, intermediate, advanced, professional]  
- Discussion type: [Q&A, project collaboration, mentorship, freelancing, open-source contributions]  
- Community format: [Online forums, Slack groups, Discord servers, LinkedIn groups, in-person meetups]  

### 2. Requirements for the Community  
The communities should:

- Be active, with regular discussions, events, or Q&A sessions.  
- Have engaged members who help others and share knowledge.  
- Offer learning resources, coding challenges, or mentorship programs.  
- Allow networking opportunities for job connections, freelancing, or open-source projects.  
- Be free or paid depending on quality and value.  

### 3. Platforms & Sources to Consider 
Find programming communities across different platforms, including:
  
- Forums & Q&A sites (Stack Overflow, Dev.to, Reddit)  
- Chat-based communities (Discord, Slack, Telegram)  
- Professional networks (LinkedIn groups, GitHub discussions)  
- Social media groups (Twitter Spaces, Facebook Groups)  
- In-person & virtual events (Meetup, Hackathons, Bootcamps)  

### 4. Additional Details to Consider 
- Are there any specific influencers, mentors, or companies that run programming communities I should join?  
- Are there any hidden or less-known communities that are high-quality but not widely mentioned?  
- Can you provide links to official websites, invite links, or sign-up pages for easy access?  

### Final Output Format 
Please provide a structured list with:  

1. Community Name
2. Platform (Website, Discord, Slack, etc.)
3. Focus Area (Languages, Topics, Level)
4. Activity Level (Highly active, Moderately active, Less active)
5. Key Benefits (Networking, Mentorship, Learning, Job Opportunities, etc.)
6. Joining Method (Free, Paid, Invite-only, Open to All)
7. Link to Join  

With this information, I can quickly evaluate and choose the best communities to join.

6. Challenge yourself.

A programmer can challenge himself little by little by progressively increasing the difficulty of tasks in a structured way.

To ensure consistent progress, a programmer should set measurable goals—whether it’s solving a specific number of coding problems per week, completing a project within a deadline, or learning a new technology each month.

Over time, these small, incremental challenges lead to significant skill growth, making the journey both rewarding and sustainable.

Here’s your premium prompt to challenge yourself:

I want you to act as my programming challenge generator. 
My goal is to improve my skills systematically by taking on challenges that are slightly more difficult than my current level.

Rules & Constraints:

Analyze My Current Skill Level:

• I will provide a list of technologies, concepts, and projects I have already completed.
• Based on this, determine my approximate skill level (Beginner, Intermediate, Advanced).

Generate a Challenge That Increases Difficulty by 10-20%:

• The challenge should be slightly harder than what I have done before but still achievable.
• It should not be overwhelming—the goal is steady progress.

Provide the Following Details for Each Challenge:

• Challenge Title: A clear, concise name for the task.
• Project Description: A detailed explanation of what I need to build or solve.
• New Concepts I Will Learn: The key skills, tools, or techniques introduced in this challenge.
• Why This Challenge Is the Next Step for Me: A short explanation of how this builds on my existing knowledge.
• Time Estimate: A reasonable timeframe to complete it (1-4 weeks).
• Optional Stretch Goals: If I finish early, suggest additional features or improvements.

If My Input Is Vague, Ask Clarifying Questions
If I don’t provide enough information, first ask me about my experience, past projects, and interests before generating a challenge.

No Generic Tutorials

Do not suggest tutorials or step-by-step guides. 
The challenge should force me to think critically and apply knowledge independently.

This is it. This is all I got for you today.

Subscribe now for Part II, now.

I tried to round up some essential tips to help you have fun while coding. If you have any other advice or suggestions to make it more fun, feel free to leave me a message.

How to make coding more fun?

Looking forward for your messages. If you are reading this, thankyou for reading this boring piece.😊

🚧 PS: Want more AI tips, tricks, and in-depth tutorials? Stay tuned for the next issue, where I’ll share something more useful for you.

Got a favorite AI prompt? Or an AI tool you swear by?

Let me know (@Manas Moon)—I’m always excited to learn new ways to use AI.

Manas | Founder @Codexai

Cheers xx!! 🥂