Advanced Embedded Systems Design & Integration: From Hardware to Software Development

  • Advanced Embedded Systems Design & Integration: From Hardware to Software Development
  • Austria - Vienna

Advanced Embedded Systems Design & Integration: From Hardware to Software Development

Course Category : Data Management

As digital transformation and smart manufacturing accelerate, embedded systems have become the backbone of modern industrial and commercial technologies. This course equips participants with an integrated understanding of embedded system design and hardware–software integration, focusing on performance, power efficiency, reliability, and hands-on project development.
Duration: 5 Days
Level: Advanced.

Starts On

26 - October - 2026

Ends On

30 - October - 2026

Location

Austria - Vienna

Language

English

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View Course Introductory PDF

Targeted Audience

  • Engineering students specialising in embedded systems
  • Electronics and computer engineers
  • Software developers transitioning to embedded programming
  • Hardware engineers enhancing integration skills
  • Technical managers overseeing embedded projects
  • Researchers and developers in industrial automation and robotics
  • Hobbyists and enthusiasts interested in embedded design

Targeted Skills

  • Integrated embedded systems design
  • Embedded hardware component selection
  • PCB design fundamentals
  • Embedded programming using C and C++
  • Hardware–software integration
  • Testing and performance optimisation

Expected Outcomes

  • Gain advanced understanding of embedded systems concepts and applications.
  • Identify and design appropriate embedded hardware components.
  • Apply PCB design principles considering performance and EMI.
  • Program embedded systems using C and C++.
  • Integrate hardware and software within a unified development environment.
  • Use testing and analysis tools to evaluate system performance.
  • Deliver a complete embedded systems project from design to validation.

Training Topics Index

  • Definition and role of embedded systems
  • Industrial and commercial applications
  • Core components and design considerations
  • Power, size, cost, and performance trade-offs
  • Case studies

  • Processor and memory selection
  • PCB schematic and layout fundamentals
  • Signal integrity and power management
  • EMI mitigation techniques
  • Design tools practice

  • IDE setup for embedded development
  • Driver development and testing
  • Embedded programming in C and C++
  • Efficient coding practices
  • Configuration and integration

  • Embedded system testing techniques
  • Logic analyzers and oscilloscopes
  • Debugging strategies
  • Performance and memory optimisation
  • Signal tuning

  • End-to-end embedded project development
  • Component selection and system design
  • Software development and integration
  • Iterative testing and evaluation
  • Project presentation and assessment