Who Should Attend

This course is designed for professionals involved in the design and development of embedded and real-time systems, including:

• Embedded Software Engineers
• Firmware Developers
• Systems Engineers
• Software Architects working with embedded systems
• Technical Leads and Engineering Managers

Learning Objectives

By the end of this course, participants will be able to:

• understand the core principles and purpose of UML in embedded systems
• apply UML to model system structure and behaviour
• use diagrams to describe real-time interactions and workflows
• model state-based and event-driven systems
• represent system architecture and component relationships clearly
• improve communication between software, hardware, and system teams
• use UML to support design reviews and documentation

Course Content

Introduction to UML in Embedded Systems

Participants begin by understanding how UML fits within embedded and real-time development.

Topics typically include:

• what UML is and how it is used in engineering environments
• benefits of modelling in complex embedded systems
• differences between general software UML and embedded use cases
• selecting the right diagrams for different design challenges

Modelling System Structure

Participants learn how to represent the static structure of embedded systems.

Topics typically include:

• class diagrams and system components
• modelling relationships between modules and layers
• representing hardware and software boundaries
• structuring systems for clarity and maintainability

Modelling Behaviour and Interactions

This section focuses on how systems behave and interact over time.

Topics typically include:

• sequence diagrams for interaction modelling
• message flows between components and devices
• modelling communication between software and hardware
• capturing real-time interactions clearly

State-Based Modelling for Embedded Systems

Participants explore how to model systems that respond to events and change state.

Topics typically include:

• state machine diagrams
• event-driven design
• transitions, states, and triggers
• modelling control logic and system behaviour

Real-Time Considerations

This section focuses on applying UML in real-time environments where timing and determinism are critical.

Topics typically include:

• modelling timing behaviour and constraints
• representing concurrency and parallel processes
• handling interrupts and asynchronous events
• designing for predictability and reliability

Applying UML to Embedded Architectures

Participants learn how UML supports overall system design and architecture.

Topics typically include:

• component diagrams and architectural views
• defining system boundaries and interfaces
• structuring layered architectures
• aligning design with implementation

Practical Application and Case Studies

The course includes hands-on exercises to reinforce learning and ensure practical application.

Participants will:

• create UML diagrams for realistic embedded scenarios
• model system behaviour and architecture
• review and refine designs collaboratively
• apply UML to their own systems or use cases where possible

Delivery Approach

This is a practical, hands-on course with a strong focus on application rather than theory.

It includes:

• instructor-led explanations
• guided exercises
• real-world embedded scenarios
• group discussion and design reviews

Duration

3 Days

Delivery Options

This course can be delivered as:

• a public scheduled course
• a private team programme
• virtual delivery
• on-site classroom training

Outcomes

After completing this course, participants will be able to:

• create clear and structured UML models for embedded systems
• communicate designs more effectively across teams
• improve the quality and maintainability of system designs
• support better architecture decisions and design reviews
• apply UML confidently in real-world embedded projects