Embedded Software Engineer - FuSa

Swediumglobal; Göteborgs kommun; On-site; SEK 528,653 - 740,114; Full time

Job summary

A technology solutions provider is seeking an experienced Embedded Software Engineer to contribute to their modular Li-ion battery systems in Göteborg, Sweden. The role involves developing software for safety-critical applications, ensuring compliance with ISO 26262 ASIL-C standards, and collaborating closely with a diverse team of engineers. The ideal candidate should have robust experience in Embedded C development and be adept in documentation and validation processes, where strong communication and teamwork skills are essential.

Qualifications

• Experience in Embedded C Development and safety-critical software.
• Familiarity with ISO 26262 and compliance requirements.
• Proficiency in software documentation and requirement management.

Responsibilities

• Implement safety manuals for NXP ICs.
• Ensure compliance with ASIL-C requirements.
• Collaborate on software requirements and architecture documentation.
• Execute tests for safety functionality.

Skills

Embedded C Development

Functional Safety (ISO 26262)

Documentation

Collaboration

Tools

GNU GCC

CMake

Git

Bitbucket

Jama

Jira

Job description

Job Overview

Location: Gothenburg, Sweden

Vacancy: 1

Location

Location: Onsite Sweden

Job Title

Embedded Software Engineer - FuSa

Role Overview

We are looking for an experienced Embedded C Developer to join our project in Sweden, contributing to the development of our modular Li-ion battery systems.

Assignment Scope

You will be part of a cross-functional engineering team working on safety-critical software development. The primary work package involves:

• Implementation and documentation of safety manuals for multiple NXP ICs
• Ensuring compliance with ISO 26262 ASIL-C functional safety requirements

This includes developing functionality in our codebase to align with the safety manuals provided by NXP. Your tasks will include:

• Collaborating with the safety manager to determine which parts of the manuals need to be implemented to achieve ASIL-C compliance
• Writing software requirements based on the relevant sections of the safety manuals
• Implementing the identified functionality in the existing codebase
• Documenting the software architecture related to the new requirements and implementations
• Developing and executing tests to verify the implemented safety functionality

You will collaborate closely with a team of 10 software engineers and interact with hardware, system and test engineers to ensure a robust and well-documented integration.

• Toolchain: GNU GCC, CMake, PC-lint Plus
• Source Control: Git, Bitbucket
• Requirements Management: Jama
• Task & Planning: Jira