Senior Embedded Linux Software Engineer – Hybrid & Growth

ESAB Welding & Cutting GmbH; Göteborgs kommun; Hybrid; SEK 700,000 - 1,000,000; Full time

Benefits offered by this job

Hybrid work environment

LinkedIn Learning access

Continuous performance feedback

Job summary

ESAB Welding & Cutting GmbH in Gothenburg, Sweden, invites an Experienced Embedded Linux Software Developer to join the Digital Solution Connectivity team. You will design, implement and maintain embedded Linux software in C++ for product enhancements and new platforms, ensuring secure, scalable solutions across devices and cloud connections.

You will collaborate with R&D stakeholders, contribute to architecture decisions, and plan work with time estimates, while applying robust engineering

Qualifications

• Bachelor or Master in CS or Software Engineering
• Minimum 5 years software design experience
• Experience in embedded Linux and C++

Responsibilities

• Design, implement and maintain software solutions based on input requirements.
• Develop and maintain Linux embedded platform components, primarily in C++
• Debug and troubleshoot across application code, Embedded Linux, and hardware
• Apply secure and robust engineering practices
• Provide technical input to software architecture decisions
• Analyses input requirements and communicates conclusions to Platform Owners and Architecture Owner

Skills

C++17/20

Software Design

Analytical Skills

Communication

CI/CD

Networking (TCP/IP, CAN)

Embedded Linux

Education

Bachelor/Master in Computer Science or Software Engineering

Tools

GCC

GDB

CAN Protocol

TCP/IP Stacks

Job description

ESAB Welding & Cutting GmbH in Gothenburg, Sweden, invites an Experienced Embedded Linux Software Developer to join the Digital Solution Connectivity team. You will design, implement and maintain embedded Linux software in C++ for product enhancements and new platforms, ensuring secure, scalable solutions across devices and cloud connections.

You will collaborate with R&D stakeholders, contribute to architecture decisions, and plan work with time estimates, while applying robust engineering