This 5-day course will provide a robust foundation for integrating AI with IoT, enabling learners to create innovative and intelligent projects across various domains.
  • AIIOTEH
  • Duration 5 days
  • 75 ITK points
  • 2 terms
  • Praha (59 500 Kč)

    Brno (59 500 Kč)

    Bratislava (2 380 €)

This 5-day course will provide a robust foundation for integrating AI with IoT, enabling learners to create innovative and intelligent projects across various domains.

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  • Cyber Security engineers/analysts
  • Network and system administrators
  • Drone, & Robotic Engineers & Developers
  • Drone Operators
  • Digital Forensics Investigators
  • Penetration Testers
  • Cloud computing personnel
  • Cloud project managers
  • Operations support looking for career advancement
  • Understand the fundamentals of IoT and AI
  • Set up and configure development boards for AI-enabled IoT projects
  • Develop and deploy AI models for various IoT applications
  • Build and integrate IoT systems for smart homes, industrial applications, and smart cities
  • Analyze and visualize data from IoT devices using AI and cloud platforms
  • Implement a comprehensive AI-enabled IoT solution as a capstone project

Each participant will get 6 months access to Premier Private Lab-Range

Module 1: Introduction to AI and IoT
  • Basics of IoT / Artificial Intelligence
  • Introduction to AI concepts and its importance in IoT
  • Overview of Machine Learning (ML) and Deep Learning (DL)
  • Key AI frameworks and tools for IoT (TensorFlow, PyTorch, OpenCV)
Module 2: Setting Up the Development Environment
  • Introduction to IoT Development Platforms
  • AI for IoT hardware device options
  • IoT Communication Protocols
  • Detailed look at MQTT, HTTP, CoAP, and other protocols
  • Setting up a basic MQTT server
  • Connecting sensors and actuators to the development board
Module 3: Handling Data
  • Delta Lake and Databricks
  • Data collection
  • Garbage data = no ML
  • Streaming data into IoT Hub
  • Z-spike anomaly detection
Module 4: Machine Learning for IoT
  • IoT sensors with anomaly detection
  • Regression with IoMT
  • Classifying sensor with decision trees
  • Deep learning predictive maintenance
  • Face detection
  • Z-spike anomaly detection
Module 5: Deep Learning
  • Analyzing traffic patterns using AI
  • Keras fall detection
  • LSTM to predict device failure
  • Deploying models
Module 6: AI Anomaly Techniques for IoT
  • Z-Spikes using sense HAT on Rpi
  • Use of autoencoders in labeled data
  • Isolated Forest
  • Anomalies on the edge
Module 7: Cloud Integration and Data Analytics
  • Integrating IoT with Cloud Platforms
  • Overview of cloud platforms (AWS IoT, Azure IoT, Google Cloud IoT)
  • Connecting IoT devices to the cloud
Module 8: Computer Vision
  • OpenCV camera deployment
  • Deep neural nets and Caffe
  • Object detection with NVIDIA Jetson Nano
  • PyTorch on GPU's
Module 9: NLP (natural language processing)
  • Speech to text
  • Luis (language understanding with Microsoft)
  • Deploying smart bots
  • Enhancing bots with QnA
Module 10: Optimization of MCU
  • ESP32 for IoT in Azure
  • Streaming machine learning with Kafka and Spark
  • Enriching data with Kafka
Module 11: Deploying to the edge
  • OTA updates
  • Offloading to the web with Tensorflow.js
  • Mobile model
  • Distributed machine learning using Fog computing
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The prices are without VAT.