Embedded Linux Systems Engineer

Overview

Job Title

Linux Systems Engineer

The Linux Systems Engineer serves as a systems-level technical facilitator and architecture coordinator for embedded control systems used in power generation products, including generator set and power system controllers.

This role operates at the intersection of embedded software, controls engineering, communications networks, and system-level validation, enabling the evolution of control platforms from RTOS-based systems to Embedded Linux environments.

You will work closely with architecture, controls, software, and validation teams to ensure cohesive system behavior, robust integration, and full traceability from requirements through validation, with a strong emphasis on documentation, testability, and cross-functional execution.

The position requires deep understanding of embedded systems and software development to effectively support integration, debugging, and validation of complex, networked control systems.

Responsibilities

• Facilitate and lead structured technical design discussions, driving clear decisions, trade-offs, and actionable outcomes across embedded control system features.
• Ensure that designs align with system architecture principles for both RTOS-based platforms and Embedded Linux systems.
• Drive integration across hardware, software, firmware, and communication layers to achieve coherent system-level behavior and well-defined interfaces.
• Define and maintain system interfaces and communication models, including data flow, timing behavior, and interactions across controllers, devices, and networked components.
• Support the design and integration of features that interact with power system controls, including generator, switchgear, and distributed energy system applications.
• Facilitate alignment on communication architectures, including Ethernet-based systems and industrial communication frameworks such as OPC UA, DDS, or similar technologies.
• Develop and maintain architecture artifacts such as system diagrams, network representations, interface definitions, and decision logs to ensure traceability from requirements through design and validation.
• Identify and resolve system-level ambiguities, architectural gaps, and integration risks, including failure modes, communication behaviors, and edge-case conditions.
• Engage with software and platform teams to understand embedded system behavior, including interactions between application software, middleware, operating system, and hardware.
• Support system-level debugging and integration analysis, investigating issues that span embedded software, operating system behavior, networking, and hardware interactions.
• Partner with validation teams to define system-level test strategies, including networked test environments, hardware-in-the-loop (HIL) systems, and integration lab testing.
• Support the development of test setups and validation environments to evaluate reliability, startup behavior, communication stability, and recovery scenarios.
• Ensure consistency between design intent, configuration artifacts, and validation outcomes to enable traceable and repeatable system verification.
• Support the use of model-based, data-driven, or configuration-driven workflows, ensuring alignment between system definition and deployed behavior.
• Act as a cross-functional integration leader, coordinating across global teams, stakeholders, and subject-matter experts to drive system readiness and resolve technical issues.
• Track and drive closure of cross-team dependencies, design actions, and integration issues to maintain program progress.
• Contribute to continuous improvement of engineering processes, documentation standards, validation infrastructure, and design governance practices.

Essential Skills

• Strong understanding of embedded systems and software architecture, including software layering across drivers, middleware, and application, as well as system services and hardware interaction.
• Hands-on experience with Embedded Linux systems, including system architecture, services, processes, networking, and runtime behavior in embedded environments.
• Practical experience with embedded software or firmware development environments, including build systems, deployment workflows, and basic debugging approaches.
• Understanding of real-time operating systems (RTOS) and the differences between RTOS-based and Linux-based control architectures.
• Experience with embedded communications and networking, including Ethernet-based systems and distributed communication frameworks such as OPC UA, DDS, or comparable technologies.
• Ability to analyze and troubleshoot system-level issues that span software, operating system, networking, and hardware domains.
• Familiarity with real-time and deterministic system constraints, including timing behavior, scheduling, communication latency, and system recovery characteristics.
• Experience with system integration and validation, including development of test plans, test setups, and evaluation of integrated system behavior.
• Familiarity with integration lab environments, networked test systems, or hardware-in-the-loop (HIL) testing approaches.
• Understanding of configuration-driven or model-based development approaches and how they translate into deployed system behavior.
• Demonstrated systems thinking capability, with the ability to evaluate end-to-end system behavior, subsystem dependencies, and design trade-offs.
• Proven ability to lead technical discussions and influence decisions without formal authority across architecture, software, controls, and validation teams.
• Strong documentation skills, including creation of architecture diagrams, interface definitions, validation documentation, and decision records.
• Ability to work effectively across multiple technical domains and collaborate with diverse engineering teams.
• Knowledge of real-time operating systems, Yocto, and Linux operating systems in embedded contexts.
• Additional Skills & Qualifications
• Experience with Yocto-based build systems for Embedded Linux platforms.
• Exposure to power system controls, including generator sets, switchgear, or distributed energy systems.
• Experience contributing to improvements in engineering processes, documentation standards, and design governance.
• Exposure to model-based, data-driven, or configuration-driven engineering workflows.
• Experience working with global, cross-functional engineering teams in a complex product development environment.

Work Environment

You will work in a collaborative, cross-functional engineering environment that brings together architecture, controls, software, networking, and validation teams to develop advanced embedded control platforms for power generation applications.

The role involves close interaction with integration labs, networked test systems, and hardware-in-the-loop (HIL) setups to validate system behavior under realistic operating conditions.

You will regularly use Embedded Linux and RTOS-based platforms, Ethernet-based communication networks, and industrial communication frameworks such as OPC UA or DDS.

The environment emphasizes structured design practices, rigorous documentation, and strong traceability from requirements through validation, while encouraging continuous improvement of engineering processes, tools, and validation infrastructure.

Job Type & Location

This is a Contract position based out of Minneapolis, MN.

Pay and Benefits

The pay range for this position is $50.00 - $57.00/hr.

• Medical, dental & vision
• Critical Illness, Accident, and Hospital
• 401(k) Retirement Plan – Pre-tax and Roth post-tax contributions available
• Life Insurance (Voluntary Life & AD&D for the employee and dependents)
• Short and long-term disability
• Health Spending Account (HSA)
• Transportation benefits
• Employee Assistance Program
• Time Off/Vacation or Sick Leave
• Workplace Type

This is a hybrid position in Minneapolis, MN.

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