"Earn with your mind, not with your time." @naval

Open your IDE and try this codes.

#for_your_dopamine 😊

try it 😂😂😂

Not using Ai ?..You are falling behind!

start with Bard Ai.

https://www.youtube.com/watch?v=YMybfJuaWP4


in this video, i will show you how to use bard for you use case!

go to bard's site 👇
https://bard.google.com/

Don't follow the mass.

rebel against them.

make mistakes and learn through the process

question everything.

አምፅ ብሮ!... አምፅ ግዴለህም!.... BE FREE

with ai, you can do more

Pick a side-hustle that will become your main hustle

START TODAY!

GOOD MORNING!

Pick a side-hustle that will become your main hustle

START TODAY!

HAVE A GREAT WEEK

Have a digital workspace| a digital Notebook.

Use Notion.

https://www.youtube.com/watch?v=8FZAcl39UrQ

Complete DSA road map🔥

In file tree structure👇
|
|-- 📁01_Basics
| |-- 📁01_Introduction_to_DSA
| | |-- Introduction
| | |-- Importance
| | |-- Applications
| |
| |-- 📁02_Big_O_Notation
| |-- Big_O_Notation
|
|-- 📁02_Arrays_and_Strings
| |-- 📁01_Arrays
| | |-- Introduction_to_Arrays
| | |-- Operations_on_Arrays
| | |-- Searching_and_Sorting
| |
| |-- 📁02_Strings
| |-- Introduction_to_Strings
| |-- String_Manipulation
| |-- Introduction_to_Arrays
|
|-- 📁03_Linked_Lists
| |-- 📁01_Singly_Linked_List
| | |-- Intro_to_Singly_Linked_List
| | |-- Operations_on_Singly_Linked_List
| | |-- Detect_and_Remove_Cycle
| |
| |-- 📁02_Doubly_Linked_List
| |-- Intro_to_Doubly_Linked_List
| |-- Operations_on_Doubly_Linked_List
|
|-- 📁04_Stacks_and_Queues
| |-- 📁01_Stacks
| | |-- Introduction_to_Stacks
| | |-- Stack_Operations
| | |-- Implementing_Stacks
| |
| |-- 📁02_Queues
| |-- Introduction_to_Queues
| |-- Queue_Operations
| |-- Implementing_Queues
|
|-- 📁05_Trees_and_Graphs
| |-- 📁01_Trees
| | |-- Intro_to_Trees
| | |-- Binary_Trees
| | |-- Binary_Search_Trees
| |
| |-- 📁02_Graphs
| |-- Introduction_to_Graphs
| |-- Depth_First_Search
| |-- Breadth_First_Search
|
|-- 📁06_Sorting_and_Searching
| |-- 📁01_Sorting_Algorithms
| | |-- Bubble_Sort
| | |-- Insertion_Sort
| | |-- Merge_Sort
| | |-- Quick_Sort
| |
| |-- 📁02_Searching_Algorithms
| |-- Linear_Search
| |-- Binary_Search
|
|-- 📁07_Hash_Tables
| |-- Introduction_to_Hash_Tables
| |-- Hash_Functions
| |-- Collision_Resolution
| |-- Applications_of_Hash_Tables
|
|-- 📁08_Dynamic_Programming
| |-- Intro_to_Dynamic_Programming
| |-- Overlapping_Subproblems
| |-- Optimal_Substructure
| |-- Top-Down_vs_Bottom-Up
| |-- Common_DP_Problems
|
|-- 📁09_Greedy_Algorithms
| |-- Intro_to_Greedy_Algorithms
| |-- Standard_Greedy_Algorithms
| |-- Applications_of_Greedy_Algorithms
|
|-- 📁10_Advanced_Data_Structures
| |-- Trie
| |-- Segment_Tree
| |-- Disjoint_Set_Union
| |-- Fenwick_Tree
|
|-- 📁11_Algorithmic_Paradigms
| |-- Divide_and_Conquer
| |-- Backtracking
| |-- Sliding_Window
|
|-- 📁12_Interview_Preparation
|-- Coding_Practice
|-- Problem_Solving_Strategies
|-- Mock_Interviews

------------------- END -------------------

Good resources to learn and practice DSA👇

1. Courses
Advanced Data Structures (MIT)
rb.gy/qtyuc
Algorithms Specialization (Stanford University)
rb.gy/0pcln
FreeCodeCampOrg
rb.gy/mpyce
The Odin Project DSA
rb.gy/6402y

2. Book
Introduction to Algorithms [Book]
rb.gy/ui3xc

3. YouTube
Abdul Bari
youtube.com/@abdul_bari?si…
Code N Code
youtube.com/@codencode?si=…
Striver
youtube.com/@takeUforward?…

4.Coding Platforms
• LeetCode
• HackerRank
• CodeChef
• GeeksforGeeks
• TopCoder

Feel free to add anything I missed ☺️🌱🌱

---------------------------------------

That's a wrap👏

🔗 Full Stack Project Ideas:

• 🤝 Networking Site
• ✍️ Blog Platform
• 🛒 Online Marketplace
• 🎓 Course App
• 📋 Project Management Tool
• 🏥 Health Tracker App
• 🍽 Recipe Sharing Platform
• 📈 Financial Dashboard
• 🌍 Travel Journal App
• 🎨 Digital Art Gallery

The Feynman Technique

To learn anything:

Step 1: Identify a topic
Step 2: Try to explain it to a 5-year-old
Step 3: Study to fill in knowledge gaps
Step 4: Organize, convey, and review

True genius is the ability to simplify, not complicate.

Simple is beautiful.

Luck Surface Area

👉The amount of luck that will occur in your life, your Luck Surface Area, is directly proportional to what you do something and how much you tell to people .

👉Doing: This refers to the actions you take to create value in the world, such as building a product, writing a book, or starting a business.

👉Telling: This refers to the communication you have with others about what you are doing, such as sharing your ideas, pitching your product, or networking with potential customers.

👉Luck Surface Area: This is the product of doing and telling. The more you do and the more you tell, the larger your luck surface area becomes.

👉Aperture: This is the openness or receptiveness you have to the potential lucky events that come your way.

👉 if you want to create more luck, you should increase your luck surface area by doing more and telling more, and open up your aperture

Marketing Catagories:

1. Digital Marketing
* Social Media Marketing
* Content Marketing
* Email Marketing
* Search Engine Optimization (SEO)
* Pay-Per-Click (PPC) Advertising
* Affiliate Marketing
* Influencer Marketing
* Mobile Marketing
2. Traditional Marketing
* Print Advertising
* Broadcast Advertising
* Direct Mail
* Telemarketing
* Outdoor Advertising
3. Other Marketing Strategies
* Branding
* Public Relations
* Event Marketing
* Guerilla Marketing

How to be an Indie Hacker ?

- first, what is an indie hacker ?

— A person building an online project that can generate revenue
— A person seeking financial independence, creative freedom, and the ability to work on their own schedule.

so, how you can be an indie hacker ?

1. Commit goal -
2. find a partner
3. Brainstorm an idea
4. create your MVP
5. Find your first customers
6. Build in public

Let's build a community of Indie hackers here 👇
@EmmersiveLearning

love to see this.

Build your dream.

Software design patterns you MUST know:

🧩 Singleton: One instance per class

🚌 Observer: Monitor & notify object changes

🏭 Factory: Method for creating objects

🌉 Bridge: Decouple abstraction from implementation

🎭 Proxy: Interface representing another object

📚 MVC: Separating application’s logic, UI, and data

⛓ Chain of Resp.: Decentralized request handling

🎈 Prototype: Clone objects for fresh instances

🍂 Composite: Treat individual & group objects uniformly

🖋 Command: Encapsulate request as an object

🎤 Mediator: Centralize external communications

🍦 Decorator: Add responsibilities dynamically

📦 Adapter: Match interfaces of different classes

💼 Strategy: Define interchangeable algorithms

🪄 State: Allow object’s state to change its behavior

🎢 Flyweight: Reuse objects by sharing common data

🌐 Facade: Simplify access to complex subsystems

⚖️ Template: Prescribe method structure in an algorithm

🛡 Proxy: Control access to an object or resource

🌲 Builder: Separate construction & representation

Mastering design patterns: the bridge from novice coder to seasoned developer.

Anything else you have used? What's your favorite pattern?

Let us know 👇