Embedded - Ratio

Advanced C++ 20 – Unlock the Power of Modern C++

A practical, in-depth programme for applying modern C++20 features to build safer, more efficient, and maintainable systems

Overview

Modern C++ has evolved significantly, with C++20 introducing powerful new features that enable developers to write code that is more expressive, safer, and easier to maintain.

However, many teams are still working with older patterns or only using a subset of modern C++ capabilities. This often leads to unnecessary complexity, reduced productivity, and missed opportunities for improvement.

This advanced programme is designed to help experienced developers fully leverage C++20 features and modern programming techniques in real-world environments.

Delivered as a hands-on, practical course, it focuses on applying modern C++ in a way that improves code quality, performance, and maintainability, particularly in systems where efficiency and reliability are critical.

Participants will explore key language features, modern design approaches, and best practices, enabling them to write cleaner, more robust, and future-ready C++ code.

Duration

3 Days (adjust if needed)

Advanced C++ Programming

A practical, in-depth programme for building high-performance, modern C++ systems using advanced language features and optimisation techniques

Overview

C++ is widely used in domains where performance, control, and efficiency are critical, including systems programming, embedded development, gaming, and high-performance applications.

However, writing effective modern C++ requires more than understanding syntax. Developers must be able to structure code clearly, manage resources safely, and optimise performance across increasingly complex systems.

This course provides a comprehensive, hands-on approach to advanced C++ programming, designed to help developers build confidence in tackling real-world C++ projects.

Delivered as a three-day intensive programme, it explores advanced language features, modern programming techniques, and performance optimisation strategies. Participants will gain a deeper understanding of the C++ type system, templates, concurrency, and system-level behaviour, while also learning how to write code that is efficient, maintainable, and scalable.

Duration

3 Days (Flexible if course customised)

Advanced C++17 & STL: Building High-Performance and Maintainable C++ Systems

A practical, in-depth programme for mastering C++17 features and the Standard Template Library for modern, efficient development

Overview

C++17 introduced a range of features that significantly improve how developers write cleaner, safer, and more efficient code. Alongside this, the Standard Template Library (STL) remains a powerful foundation for building high-performance applications.

However, many developers only use a small portion of what C++17 and the STL offer. This can lead to unnecessary complexity, reduced performance, and less maintainable code.

This advanced programme is designed to help developers fully utilise C++17 features and the STL in real-world scenarios.

Delivered as a hands-on, practical course, it focuses on applying modern C++ techniques to improve code quality, performance, and developer productivity.

Participants will gain a deeper understanding of how to use the STL effectively, how to apply modern language features, and how to structure code that is both efficient and maintainable.

Duration

3 Days (adjust if needed)

Comprehensive Zephyr RTOS Programming

A practical, in-depth programme for developing embedded systems using the Zephyr Real-Time Operating System

Overview

As embedded systems become more connected, complex, and feature-rich, the need for a robust and scalable operating system becomes increasingly important.

The Zephyr RTOS is a modern, open-source real-time operating system designed specifically for resource-constrained embedded devices, offering flexibility, modularity, and strong industry support.

However, adopting an RTOS introduces new challenges. Developers must manage tasks, timing, concurrency, and hardware interaction while maintaining system reliability and performance.

This five-day programme provides a comprehensive, hands-on approach to Zephyr RTOS development, focusing on how to build reliable, maintainable, and efficient embedded systems.

Participants gain practical experience in working with Zephyr’s architecture, tools, and APIs, enabling them to confidently apply RTOS concepts in real-world embedded environments.

Duration

5 Days

Cortex XDR: Investigation and Analysis

The course is designed to enable cybersecurity professionals, particularly those in SOC/CERT/CSIRT and Security Analysts roles, to use XDR.
The course reviews XDR intricacies, from fundamental components to advanced strategies and techniques, including skills needed to navigate case management, platform automation, and orchestrate cybersecurity excellence

XDR is the industry’s most powerful extended detection and response platform. You will gain hands-on expertise in endpoint management, case management, forensic analysis and platform automation. Throughout this course, you will explore the key features of Cortex XDR.

This course will utilize the Simulated Lab Environment, which is embedded within The Learning Center (TLC).

Data Visualization using Python

Description In a landscape where an abundance of data is constantly being generated, developers proficient in data analytics and visualization remain highly sought after. Through “Data Visualization with Python,“ you’ll acquire the skills to harness Python alongside NumPy, Pandas, Matplotlib, and Seaborn to craft compelling data visualisations using real-world, publicly available data. Data Visualization with

Embedded C++ Course for Microcontrollers | Hands-On Training

Embedded C++ for Microcontrollers is a three-day advanced course that teaches engineers how to design scalable and maintainable firmware using modern C++ techniques on microcontroller platforms.

Participants learn how object-oriented design, hardware abstraction layers and modular software architecture can be applied to embedded systems while developing firmware on STM32 microcontrollers.

The course includes hands-on exercises using the Ratio Embedded Systems Development Kit, shipped to participants before the course so they can complete practical labs on real embedded hardware.

Duration: 3 Days – Live Virtual Instructor-Led Training

FreeRTOS Training for STM32 Developers | Real-Time Systems

Real-Time Embedded Systems with FreeRTOS is a practical three-day course that introduces engineers to multitasking firmware development using a real-time operating system.

Participants learn how real-time embedded systems manage concurrent tasks, scheduling and communication while developing firmware applications using FreeRTOS on STM32 microcontrollers.

The course includes hands-on exercises using the Ratio Embedded Systems Development Kit, which is shipped to participants before the workshop so they can complete practical labs on real hardware throughout the training.

Duration: 3 Days – Live Virtual Instructor-Led Training

Get started with agents

This module examines how agents act as AI-powered assistants embedded within SharePoint and Microsoft Copilot Chat, providing real-time support by offering suggestions, automating processes, and helping users navigate through complex tasks.

Go Programming (Golang) for Experienced Programmers

A fast-paced, practical programme for experienced developers to cross-skill into Go and build modern services and applications

Overview

Go (Golang) has become one of the most widely adopted languages for building scalable services, microservices, and cloud-native applications. Its simplicity, performance, and built-in concurrency model make it particularly well-suited to modern distributed systems.

This course is designed as a cross-skilling programme for experienced developers, enabling participants to transition quickly from languages such as C++, Java, C#, or Python into Go.

Delivered as a three-day, hands-on programme, the course introduces the core features of Go before progressing into concurrency, interfaces, tooling, and real-world service development.

Participants will learn how Go differs from other languages, how to apply its design philosophy, and how to build efficient, maintainable, and scalable applications, including web services and integrations with external systems.

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Duration

3 Days

Introduction to C++ Programming

A practical, modern introduction to C++ covering core language features, object-oriented design, and standard library usage

Overview

C++ is a powerful programming language widely used in systems development, embedded software, and high-performance applications. It combines low-level control with advanced features such as object-oriented and generic programming, making it highly versatile but also more complex than many other languages.

This course provides a structured and practical introduction to C++, designed for developers who already have programming experience and want to build a strong foundation in modern C++.

Delivered as a five-day hands-on programme, the course covers the full lifecycle of C++ development, from understanding the compilation model and core syntax, through to working with classes, templates, and the Standard Template Library (STL).

Participants will learn how to write safe, efficient, and maintainable C++ code, while also gaining exposure to modern language features introduced in C++11, C++14, and C++17.

By the end of the course, participants will be able to apply C++ confidently in real-world development environments, improving both performance and code quality.

Duration

5 Days

Introduction to Python Programming

A practical, structured introduction to Python for building applications, working with data, and developing reusable code

Overview

Despite being over three decades old, Python® has become one of the most widely used programming languages in modern software development. It is particularly dominant in areas such as data science, machine learning, artificial intelligence, and web development, where its simplicity and flexibility make it highly effective.

This course provides a comprehensive introduction to Python 3, suitable for both beginners and developers transitioning from other programming languages.

Delivered as a three-day hands-on programme, it guides participants through the fundamentals of Python programming, from setting up the development environment through to building structured applications that work with data types, data structures, files, and error handling.

Participants will develop a complete Python application while learning how to write clear, reusable, and maintainable code, forming a strong foundation for further development in Python and related domains.

Duration

3 Days

IoT Development with STM32: Protocols, Security, and Edge-to-Cloud Integration

A hands-on programme for building secure, microcontroller-based IoT solutions using industry-standard protocols and frameworks

Overview

Modern IoT systems require more than just connectivity. They demand secure communication, efficient protocols, and reliable integration between devices, networks, and cloud platforms.

This course provides a practical, engineering-focused introduction to IoT development, centred on microcontroller-based solutions using STM32 platforms.

Delivered as a three-day hands-on programme, it explores how to design and implement IoT systems using industry-standard technologies, including MQTT, MQTT-SN, CoAP, LwIP, FreeRTOS, and MbedTLS.

Participants will work directly with embedded hardware, building and securing IoT applications that connect devices to a local or cloud-based platform, while gaining a clear understanding of protocols, architecture, and security considerations across the IoT stack.

By the end of the course, participants will be able to design and implement secure, scalable IoT solutions from device to cloud.

Duration

3 Days (adjust if needed if this version differs)

Management of Portfolios Foundation and Practitioner

Management of Portfolios (MoP) provides advice and examples of how to apply principles, practices, and techniques that together enable the most effective balance of organisational change and business as usual. Delivered by fully accredited trainers and industry leading experts with extensive experience of portfolio management, the course engages with the students to ensure that theory is embedded and delegates feel confident in the practical application of MoP.

Microsoft Azure IoT Developer – Exam Prep

Microsoft Dynamics 365 Supply Chain Management Expert

This course is designed to build your in Dynamics 365 Supply Chain Management application knowledge. This course will cover the most important features and functionalities needed by Dynamics 365 Supply Chain Management functional consultant including: The product information and how to configure, create, and manage your product and inventory. Supply chain management configuration and processing. The transportation management features, and the warehouse management features. Asset Management functionalities. Master planning configuration and processing. Sales and procurement processes. This course includes lectures and several hands-on exercises. The exercises will be introduced to you in the form of a case study presented to a Dynamics 365 Supply Chain Management Functional Consultant, Expert. Each exercise will be based on a business scenario followed by a question or discussion then a step-by-step guidance to perform the system related steps.

Object Oriented C++ For C Programmers

A structured, hands-on programme covering core C++ language features, object-oriented programming, and reusable software design

Overview

C++ is a powerful programming language that extends the capabilities of C by introducing object-oriented programming, stronger type safety, and advanced abstraction mechanisms. It is widely used across systems development, embedded software, and performance-critical applications.

For developers familiar with C or other programming languages, C++ provides the tools to build more modular, reusable, and scalable software, while still maintaining low-level control over system resources.

This course provides a comprehensive introduction to C++, focusing on both the core language and the principles of object-oriented programming and software design.

Delivered as a hands-on programme, it takes participants from fundamental concepts through to more advanced topics such as inheritance, polymorphism, operator overloading, and templates.

Participants will gain the skills required to develop structured, reusable, and maintainable C++ applications, forming a strong foundation for further development in modern C++ and systems programming.

Duration

3 Days (adjust if needed if this version differs)

Real-Time and Multi-Core Programming on Linux

An advanced, hands-on programme for developing concurrent, real-time applications on multi-core Linux systems

Modern embedded and systems applications increasingly rely on multi-core processors and real-time operating environments, where performance, determinism, and correct concurrent behaviour are critical.

Developing for these environments introduces significant complexity. Engineers must manage task scheduling, synchronization, memory behaviour, and hardware interaction, while ensuring systems remain predictable and efficient under real-time constraints.

This course provides a deep, practical exploration of real-time and multi-core programming on Linux, equipping participants with the skills to build reliable and high-performance systems.

Delivered as a five-day intensive programme, it combines theory with hands-on implementation, covering areas such as concurrency, scheduling, synchronization, kernel-level programming, and processor architecture.

Participants will gain the ability to design, implement, and debug real-time applications that operate effectively across single-core and multi-core systems.

Duration

5 Days (adjust if needed if this version differs)

Rust Programming for Systems and Embedded Development

A practical, hands-on programme for building safe, high-performance applications using Rust

Overview

Rust has emerged as a powerful systems programming language designed to deliver performance comparable to C and C++, while eliminating many common issues related to memory safety and concurrency.

Its unique ownership model enables developers to build applications that are both efficient and reliable, without relying on garbage collection. This makes Rust particularly well-suited for systems programming, embedded development, and performance-critical applications.

This course provides a structured, practical introduction to Rust, designed for developers who want to understand how to build safe and efficient software using modern language features.

Delivered as a three-day hands-on programme, the course covers core Rust concepts including ownership, borrowing, lifetimes, error handling, and concurrency, while also exploring how Rust can be applied in real-world systems and embedded environments.

Participants will gain the confidence to write robust, maintainable Rust applications, and understand how Rust differs from traditional systems languages.

Duration

3 Days

STM32 Embedded C Programming Course | ARM Cortex Training

Duration: 3 Days (Live Virtual Instructor-Led Training)

This hands-on course introduces practical embedded firmware development using STM32 microcontrollers and the C programming language.

Participants work with STM32 development boards shipped prior to the course, enabling them to complete practical labs and interact directly with hardware peripherals.

The course explores ARM Cortex-M architecture, register-level programming, interrupts, timers and communication interfaces such as UART, SPI and I²C, helping engineers build and debug real embedded applications.

Also available as a private group course for 3-12 participants.

STM32 Embedded Development Kit – ARM Cortex-M Microcontroller Platform

The Ratio Embedded Systems Development Kit – Core is a comprehensive STM32-based hardware platform designed to support hands-on embedded systems training.

The kit is used across the STM32 Embedded C Programming, Real-Time Embedded Systems with FreeRTOS, and Modern Embedded C++ for Microcontrollers courses. It includes an STM32 development board, sensors, interface modules and electronic components that allow engineers to build and test real embedded applications.

Participants receive the kit before the course and keep it afterwards to continue experimenting with embedded development.

STM32 Embedded Development Pro Kit – ARM Cortex-M Microcontroller Platform

STM32 Embedded Development Kit Pro – WiFi, CAN, Sensors & Debug Tools

The Ratio Embedded Systems Development Kit – Pro is an expanded STM32-based development platform designed for engineers who want to explore more advanced embedded systems concepts.

Building on the Core Development Kit, the Pro version includes additional communication modules, sensors and debugging tools that allow developers to experiment with connected devices, communication protocols and real-world embedded applications.

This kit is used in our advanced embedded systems training courses and provides a powerful platform for learning and experimentation.

STM32 Embedded Systems Development with FreeRTOS and LwIP

A comprehensive, hands-on programme for building real-time, networked embedded systems on STM32 using FreeRTOS and LwIP

Modern embedded systems require more than just firmware development. Engineers must understand microcontroller architecture, real-time operating systems, peripheral integration, and network communication to build scalable and reliable systems.

This course provides a deep, practical exploration of STM32-based embedded development, combining low-level hardware understanding with real-time software design and networking capability.

Delivered as a five-day hands-on programme, it covers the ARM Cortex-M architecture, STM32 peripherals, FreeRTOS real-time operating system, and the LwIP TCP/IP stack, with optional modules for graphical user interface development using EmWin or TouchGFX.

Participants will gain the ability to design, build, and debug real-time, multi-tasking embedded applications, including network-enabled systems communicating over Ethernet.

Duration

5 Days

VMware vSAN: Install, Configure, Manage [V8]

During this four-day course, you gain the knowledge, skills, and tools to plan and deploy a VMware vSAN™ cluster. You learn how to manage and operate vSAN. This course focuses on building the required skills for common Day-2 vSAN administrator tasks. Administrator tasks include vSAN node management, cluster maintenance, security operations, troubleshooting, and advanced vSAN cluster operations. You acquire the course skills through the completion of instructor-led activities and hands-on lab exercises.

Product Alignment

– VMware ESXi™ 8.0
– VMware vCenter Server® 8.0
– VMware vSAN 8.0