Embedded Software
Engineering
Software for constrained, safety-critical mechatronic systems.
Embedded software operates under physical, timing, and resource constraints that do not exist in general-purpose software. In regulated environments, failures typically emerge from integration and architectural misalignment rather than isolated coding errors.
We work closely with electronics and hardware teams to ensure timing, power, interfaces, and safety mechanisms are correctly addressed at system level.
Talk to an EngineerFull Stack Ownership
From drivers to application logic
Multi-Domain Experience
Automotive, aerospace, medical, industrial
Standards Alignment
ISO 26262, DO-178C, IEC 62304, IEC 61508
Situations We Address
Legacy Migration
Firmware migration under regulatory or delivery pressure with limited documentation.
Integration Failures
SW/HW integration issues delaying start of production or qualification milestones.
Compliance Gaps
MISRA, safety, or coding-standard gaps identified during reviews or audits.
Scaling Challenges
Prototype code that can't scale to production variants or multi-platform deployment.
What Typically Breaks
Late integration defects
Caused by untraced or inconsistent requirements between SW and HW teams.
Qualification blockers
Coverage shortfalls (MC/DC, SIL, DAL) discovered late in the lifecycle.
Variant complexity
Configuration control overwhelmed by product line growth.
Field anomalies
Traced back to insufficient driver or interface qualification.
What We Offer
Hands-on embedded software engineering across the full V-model. We operate within your hardware constraints, processes, and tooling.
- Application software and control logic for mechatronic systems
- Low-level firmware, complex drivers, and hardware abstraction layers
- Bootloaders, startup sequences, and safety-related mechanisms
- Platform configuration and variant management
- Virtualization, simulation, and HIL environments
- Automation pipelines supporting integration and regression testing
Standards Coverage
Technology Stack
MATLAB/Simulink, Polarion, VectorCAST, CANoe, RTOS, bare-metal targets
From requirements to target
Requirements & Design
Alignment with system architecture and safety constraints. Interface definition and functional allocation.
Implementation
Structured development following applicable coding, safety, and quality standards.
Integration
Progressive SW/SW and HW/SW integration with planned verification activities.
Qualification
Evidence generated as part of normal development, aligned with applicable risk classes.
Start a Technical Discussion
If embedded software issues are blocking integration, qualification, or delivery, discuss them with a senior embedded engineer.