Embedded Software Engineer – Real-Time Safety-Critical

SoCode Limited; Cambridge; On-site; GBP 55,000 - 75,000; Full time

Benefits offered by this job

Referral scheme

Job summary

SoCode Limited is expanding its Cambridge-based team and seeks an Embedded Software Engineer to develop safety-critical embedded software for prototype and production systems. You will work closely with software, systems and hardware engineers to deliver robust solutions that meet demanding industry standards.

You’ll contribute across requirements, design, implementation and validation, using C in real-time environments and building for 32-bit CPUs with AUTOSAR familiarity as a plus.

Qualifications

• Strong C programming skills for safety-critical embedded applications.
• Experience with real-time embedded programming.
• Experience with 32-bit CPUs, FPUs, interrupts and peripherals.
• Understanding of compilers, linkers, Makefiles and software build processes.
• AUTOSAR experience would be highly advantageous.

Responsibilities

• Develop and maintain embedded software for prototype and production systems.
• Work across requirements, software architecture, detailed design, implementation, unit testing, integration and validation.
• Develop high-quality embedded C software for real-time applications.
• Perform software validation through simulation, on-target testing, bench testing, HIL and within the final system.
• Work closely with system and hardware engineering teams across the wider organisation.
• Ensure software development adheres to quality, safety, security and cybersecurity processes.

Skills

C programming

Real-time embedded

32-bit CPUs/FPUs

Interrupts/peripherals

Build processes (Makefiles)

AUTOSAR

Tools

AUTOSAR

Job description

SoCode Limited is expanding its Cambridge-based team and seeks an Embedded Software Engineer to develop safety-critical embedded software for prototype and production systems. You will work closely with software, systems and hardware engineers to deliver robust solutions that meet demanding industry standards.

You’ll contribute across requirements, design, implementation and validation, using C in real-time environments and building for 32-bit CPUs with AUTOSAR familiarity as a plus.