SERVICE AREA / 02
model-based design · AUTOSAR · SIL / HIL · ISO 26262
Overview
Embedded software is increasingly the primary source of product differentiation — and the primary source of validation cost. Model-based design accelerates development by replacing hand-coded implementations with verified simulation models that generate production-quality C code automatically, while AUTOSAR architectures provide the standardised platform that enables software reuse across ECU variants and vehicle platforms. Our embedded software team covers the full development workflow from control algorithm design through AUTOSAR architecture, SIL and HIL test campaigns, functional safety activities, and RTOS integration.
Industries Served
Deliverables
Key Aspects
Developing embedded control algorithms in Simulink and Stateflow — from plant modelling and controller design through simulation verification and automatic production code generation, eliminating manual coding errors and compressing development cycles.
Architecting and implementing AUTOSAR Classic and Adaptive software stacks for automotive ECUs — configuring BSW modules, defining the software component architecture, and integrating application software into the AUTOSAR runtime environment for target ECU hardware.
Executing comprehensive Software-in-the-Loop test campaigns to verify embedded software behaviour against requirements before any hardware is available — automating test execution, measuring code coverage, and establishing the regression baseline for continuous integration workflows.
Integrating developed ECU software with HIL simulation environments for closed-loop real-time testing — validating control algorithms against simulated plant models, injecting fault conditions, and verifying safety responses before vehicle integration.
Supporting functional safety activities for embedded software development — ASIL decomposition, software safety requirements, safety-oriented architecture design, dependent failure analysis, and safety validation activities aligned with ISO 26262 and IEC 61508.
Integrating and optimising embedded software on RTOS platforms — configuring task scheduling, managing shared resource conflicts, performing timing analysis to validate CPU load and worst-case execution times, and ensuring deterministic real-time behaviour under all operating conditions.
Connect with our embedded software team to discuss model-based design, AUTOSAR implementation, or safety-compliant software development for your application.
