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 👇

design patterns

Master JavaScript.

Get a grip on these concepts:

📚 Variables & Scope
🔁 Loops & Iteration
🔌 Event Handling
🧩 Object & Array Manipulation
📝 ES6+ Features (Arrow Functions, Async/Await)
🖼 DOM Manipulation
🌐 Fetch API for HTTP Requests
📈 Promises & Async Programming

Enjoy my 6 hour js course here for freee 👇

https://www.youtube.com/watch?v=jF5oxeeuu6E

😂😂😂😂

and at 9:00 PM - ??

Here are 16 techniques that will turn you into an CASH machine:


1. Web Design Service
2. Blogging
3. Build Audience and Newsletter
4. Offer Translation Services
5. Sell digital products
6. Marketing
7. Social media influencer
8. Freelance writing
9. Copywriting
10. Website design/development
11. Build Saas App
12. Online Course
13. Consulting Services
14. Digital Agency
15. Publish Music/Song/Neshida or any audio sellable
16. YouTube

@EmmersiveLearning

Java Backend Developer Roadmap

1. Basic Understanding:
- Java Basics
- Object-Oriented Programming (OOP) concepts

2. Core Java:
- Collections framework
- Exception handling
- Multithreading

3. Database:
- SQL basics
- JDBC (Java Database Connectivity)
- Understanding of databases like MySQL, PostgreSQL, or Oracle

4. Web Technologies:
- Spring Framework (Spring Boot for microservices, Core, MVC)
- RESTful web services

5. ORM (Object-Relational Mapping):
- Hibernate or other JPA (Java Persistence API) implementations

6. Build Tools:
- Maven or Gradle

7. Version Control:
- Git

8. Testing:
- JUnit for unit testing
- Mockito for mocking

9. API Documentation:
- Swagger or similar tools

10. Web Servers:
- Apache Tomcat or other servlet containers

11. Security:
- Basic understanding of web security
- Spring Security for securing applications

12. Microservices (Optional):
- Spring Boot for building microservices
- Understanding of containerization (Docker)

13. Messaging Systems (Optional):
- Apache Kafka or RabbitMQ for asynchronous communication

14. Continuous Integration/Continuous Deployment (CI/CD):
- Jenkins, Travis CI, or other CI/CD tools

15. Monitoring and Logging:
- Tools like ELK Stack (Elasticsearch, Logstash, Kibana) for logging
- Prometheus and Grafana for monitoring

16. Cloud Services (Optional):
- Understanding of cloud platforms like AWS, Azure, or Google Cloud

17. Performance Tuning:
- Profiling tools like VisualVM

18. Agile Methodology:
- Familiarity with Agile practices

Remember, this roadmap is a general guide, and you can adapt it based on your specific interests and the requirements of the projects you're working on.

@EmmersiveLearning

Abbreviations you’ll come across regularly as a Software Engineer 👇

🎯CI/CD- Continuous Integration/Continuous Delivery
📩KT- Knowledge Transfer
📦RCA- Root Cause Analysis
🔗POC- Proof of Concept
🚀SPOC-Single Point of Contact
🧩RWR- Release When Ready
🎲PR- Pull Request
📌DR- Disaster Recovery
📍IDP- Individual Development Plan
🎱OKR- Objectives and Key Results
🗒BW- Bandwidth
📈SP- Story Pointers
📦PIP- Performance Improvement Plan
🛜ETA - Estimated time of arrival
🎗LGTM- Looks good to merge
🫙AC- Acceptance Criteria
🕸PBI- Product Backlog Item
👨‍💻QA- Quality Assurance
📢CMS- Content Management System

Add more 👇

@EmmersiveLearning