Here are 5 passive income ideas for developersπ¨π»βπ» -
1. Build and Sell Apps or Plugins π οΈπ±
Create a simple app, browser extension, or WordPress plugin. Publish it, set a price, and let the downloads roll in! π΅
2. Launch an Online Course ππ»
Share your coding wisdom! Record tutorials on platforms like Udemy or Gumroad, and earn every time someone enrolls. πβ¨
3. Develop SaaS Products βοΈπ
Solve a niche problem with a subscription-based software service. Think task trackers, productivity tools, or analytics dashboards! π‘π°
4. Write a Tech Ebook ππ¨βπ»
Document your expertise in a programming language or framework. Publish it on Amazon or Leanpub and watch the royalties stack up. ππΈ
5. Create a YouTube Channel πΉπ»
Share coding tutorials, dev tips, or even live coding sessions. Once you get enough views and subscribers, YouTube ads, sponsorships, and memberships can bring in steady income! π¬π°
1. Build and Sell Apps or Plugins π οΈπ±
Create a simple app, browser extension, or WordPress plugin. Publish it, set a price, and let the downloads roll in! π΅
2. Launch an Online Course ππ»
Share your coding wisdom! Record tutorials on platforms like Udemy or Gumroad, and earn every time someone enrolls. πβ¨
3. Develop SaaS Products βοΈπ
Solve a niche problem with a subscription-based software service. Think task trackers, productivity tools, or analytics dashboards! π‘π°
4. Write a Tech Ebook ππ¨βπ»
Document your expertise in a programming language or framework. Publish it on Amazon or Leanpub and watch the royalties stack up. ππΈ
5. Create a YouTube Channel πΉπ»
Share coding tutorials, dev tips, or even live coding sessions. Once you get enough views and subscribers, YouTube ads, sponsorships, and memberships can bring in steady income! π¬π°
π1
  To become a Machine Learning Engineer:
β’ Python
β’ numpy, pandas, matplotlib, Scikit-Learn
β’ TensorFlow or PyTorch
β’ Jupyter, Colab
β’ Analysis > Code
β’ 99%: Foundational algorithms
β’ 1%: Other algorithms
β’ Solve problems β This is key
β’ Teaching = 2 Γ Learning
β’ Have fun!
β’ Python
β’ numpy, pandas, matplotlib, Scikit-Learn
β’ TensorFlow or PyTorch
β’ Jupyter, Colab
β’ Analysis > Code
β’ 99%: Foundational algorithms
β’ 1%: Other algorithms
β’ Solve problems β This is key
β’ Teaching = 2 Γ Learning
β’ Have fun!
π7β€3
  The Statistics and Machine Learning with R Workshop.pdf
    25.7 MB
  The Statistics and Machine Learning with R Workshop 
Liu Peng, 2023
Liu Peng, 2023
π3
  2301.04856.pdf
    39.1 MB
  Multimodal Deep Learning
This book is the result of a seminar in which we reviewed multimodal approaches and attempted to create a solid overview of the field, starting with the current state-of-the-art approaches in the two subfields of Deep Learning individually.
This book is the result of a seminar in which we reviewed multimodal approaches and attempted to create a solid overview of the field, starting with the current state-of-the-art approaches in the two subfields of Deep Learning individually.
π6