Training Sessions

Who is this training for?

  • Ideal for teams of up to 8 people who want to learn at the same pace.
  • Individuals who want to build a solid foundation and fully utilize OpenIoT’s capabilities.
  • Developers and engineers who want to quickly build world-class solutions.

Core Objectives of the Training

  • Take your experience with OpenIoT to the enterprise level.
  • Find direct answers to practical questions regarding your specific use cases.
  • Significantly reduce your time-to-market for IoT products or solutions.

Training sessions

Fast, informative, and engaging

Contact Us

Our OpenIoT trainings are hands-on workshops specifically created for your company's engineers and delivered by experts from the OpenIoT team. We offer fifteen 2-hour sessions explaining the basics of using OpenIoT. While our documentation is detailed, these sessions focus on the most important points to help you start developing IoT solutions quickly and easily.

Training Curriculum

Core IoT Architecture
  • IoT Ecosystem and Layered Architecture
  • Device–Edge–Cloud Structure
  • Telemetry, Attribute, and Event Concepts
  • Time-Series Data Structures
  • Messaging Protocols (MQTT, HTTP, OPC-UA)
  • Event-Driven Architecture Principles
  • Scalable IoT Platform Design
  • IoT Security Essentials (TLS, Certificates, Authentication)
Edge & Field Layer
  • Edge Application Development
  • Data Pre-processing and Filtering
  • Store & Forward Architecture
  • Edge Performance Optimization
  • Edge–Cloud Synchronization
Industrial Communication & Integration
  • OPC-UA Client/Server Development
  • Modbus TCP/RTU Integration
  • MQTT Topic Architecture
  • Platform Integration with REST API
  • Data Modeling and Tag Structure
SCADA & Control Systems
  • SCADA Data Flow and Architecture
  • PLC–SCADA Data Model
  • Alarm & Event Engine Design
  • Historian Structures
  • Redundant System Design
Data Analytics & Visualization
  • Dashboard Design
  • KPIs and Real-Time Charts
  • OEE Calculation Engine
  • Downtime and Performance Analysis
  • Time-Series Query Optimization
IoT Gateway Essentials
  • What is an IoT Gateway? Its role in the edge layer
  • Device–Gateway–Cloud data flow
  • Southbound and Northbound communication
  • Protocol Translation