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2025-02-16
1. Generative AI Explained
Learn to:
- Define Generative AI and explain how it works
- Describe various applications of Generative AI
- Explain the challenges and opportunities of Generative AI
🔗 Generative AI Explained
- AI for All: From Basics to GenAI Practice
– AI impacts industries like healthcare and autonomous vehicles
– From machine learning to generative AI
🔗 AI for All
3. Getting Started with AI on Jetson Nano
Learn to:
- Set up your Jetson Nano and camera
- Collect image data for classification models
🔗 Jetson Nano AI
4. Building A Brain in 10 Minutes
You will learn:
- How neural networks use data to learn
- Understand the math behind a neuron
🔗 Building A Brain
5. Building Video AI Applications on Jetson Nano
Learn to:
- Create DeepStream pipelines for video processing
- Handle multiple video streams
🔗 Video AI Applications
6. Building RAG Agents with LLMs
Learning objectives:
- Explore scalable deployment strategies
- Learn about microservices and development
🔗 RAG Agents with LLMs
- Accelerate Data Science Workflows with Zero Code Changes
In this course, you will:
- Learn the benefits of unified CPU and GPU workflows
- Accelerate data processing and machine learning with GPU
🔗 Data Science Workflows
8. to AI in the Data Center
- Basics of AI, machine learning, and GPU architecture
- Deep learning frameworks and AI workload deployment
🔗 AI in the Data Center
What Undercode Say
Artificial Intelligence is revolutionizing industries, and NVIDIA’s free courses provide an excellent opportunity to dive into this transformative field. From understanding the basics of Generative AI to building advanced video AI applications on Jetson Nano, these courses cater to both beginners and experienced professionals.
For those starting with AI, the Generative AI Explained course is a must. It breaks down complex concepts into digestible insights. If you’re into hardware, Getting Started with AI on Jetson Nano offers hands-on experience with NVIDIA’s powerful hardware.
For data scientists, Accelerate Data Science Workflows with Zero Code Changes is a game-changer, showcasing how GPUs can speed up data processing. Meanwhile, Building RAG Agents with LLMs dives into scalable deployment strategies, essential for modern AI applications.
To complement these courses, here are some practical commands and tools to enhance your learning:
- Linux Commands for AI Development:
- Monitor GPU usage: `nvidia-smi`
- Set up a Python environment: `python3 -m venv ai-env`
- Install TensorFlow with GPU support: `pip install tensorflow-gpu`
-
Windows Commands for AI Workflows:
- Check GPU details: `dxdiag`
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Install CUDA Toolkit: Download from NVIDIA’s official site and follow the installation wizard.
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Data Processing with Bash:
- Extract data from logs: `grep “error” logfile.txt > errors.txt`
- Count lines in a dataset: `wc -l dataset.csv`
For further exploration, visit NVIDIA’s official learning portal: NVIDIA Training.
In conclusion, AI is no longer a futuristic concept but a present-day tool reshaping industries. By leveraging these free resources and practical commands, you can stay ahead in the AI revolution. Whether you’re a beginner or an expert, continuous learning and hands-on practice are key to mastering AI.
References:
Hackers Feeds, Undercode AI


