Systems Engineer

About the role

The Systems Engineer at Boyd Thermal by Eaton serves as the technical integrator across mechanical, electrical, controls, firmware, software, manufacturing, quality, and test engineering disciplines. This role is responsible for defining system architectures, managing requirements, supporting product development, and ensuring CDU products meet customer, regulatory, performance, reliability, and manufacturability requirements throughout the product lifecycle.

Responsibilities

• Developing and maintaining system-level architectures for liquid cooling solutions supporting AI, HPC, and hyperscale data center applications
• Translating customer, market, and regulatory requirements into detailed engineering specifications
• Defining system functionality, operating modes, interfaces, and performance requirements
• Allocating requirements across mechanical, electrical, controls, firmware, and software subsystems
• Performing system trade studies to evaluate performance, cost, reliability, efficiency, and manufacturability
• Leading customer requirement reviews and developing compliance, deviation, and exemption matrices
• Serving as the technical liaison between mechanical, electrical, controls, firmware, software, manufacturing, quality, and product management teams
• Supporting engineering decision-making through data-driven analysis and technical evaluations
• Developing system integration plans for prototype and production CDU platforms
• Capturing, managing, and maintaining customer, regulatory, and internal engineering requirements throughout the development lifecycle
• Managing configuration control and requirements changes utilizing formal engineering processes
• Supporting engineering decision-making through data-driven analysis and technical evaluations
• Developing System Verification Plans (SVPs) and defining acceptance criteria
• Supporting Engineering Verification Testing (EVT), Design Verification Testing (DVT), Product Validation Testing (PVT), and customer qualification activities
• Reviewing validation results and ensuring products meet all system requirements
• Leading system-level DFMEA activities and participating in PFMEA reviews
• Identifying technical risks and developing mitigation strategies throughout the product development lifecycle
• Serving as the technical liaison between mechanical, electrical, controls, firmware, software, manufacturing, quality, and product management teams
• Supporting engineering decision-making through data-driven analysis and technical evaluations
• Developing system integration plans for prototype and production CDU platforms
• Capturing, managing, and maintaining customer, regulatory, and internal engineering requirements throughout the development lifecycle
• Managing configuration control and requirements changes utilizing formal engineering processes
• Supporting engineering decision-making through data-driven analysis and technical evaluations
• Developing System Verification Plans (SVPs) and defining acceptance criteria
• Supporting Engineering Verification Testing (EVT), Design Verification Testing (DVT), Product Validation Testing (PVT), and customer qualification activities
• Reviewing validation results and ensuring products meet all system requirements
• Leading system-level DFMEA activities and participating in PFMEA reviews
• Identifying technical risks and developing mitigation strategies throughout the product development lifecycle
• Serving as the technical liaison between mechanical, electrical, controls, firmware, software, manufacturing, quality, and product management teams
• Supporting engineering decision-making through data-driven analysis and technical evaluations
• Developing system integration plans for prototype and production CDU platforms
• Capturing, managing, and maintaining customer, regulatory, and internal engineering requirements throughout the development lifecycle
• Managing configuration control and requirements changes utilizing formal engineering processes
• Supporting engineering decision-making through data-driven analysis and technical evaluations
• Developing System Verification Plans (SVPs) and defining acceptance criteria
• Supporting Engineering Verification Testing (EVT), Design Verification Testing (DVT), Product Validation Testing (PVT), and customer qualification activities
• Reviewing validation results and ensuring products meet all system requirements
• Leading system-level DFMEA activities and participating in PFMEA reviews
• Identifying technical risks and developing mitigation strategies throughout the product development lifecycle
• Serving as the technical liaison between mechanical, electrical, controls, firmware, software, manufacturing, quality, and product management teams
• Supporting engineering decision-making through data-driven analysis and technical evaluations
• Developing system integration plans for prototype and production CDU platforms
• Capturing, managing, and maintaining customer, regulatory, and internal engineering requirements throughout the development lifecycle
• Managing configuration control and requirements changes utilizing formal engineering processes
• Supporting engineering decision-making through data-driven analysis and technical evaluations
• Developing System Verification Plans (SVPs) and defining acceptance criteria
• Supporting Engineering Verification Testing (EVT), Design Verification Testing (DVT), Product Validation Testing (PVT), and customer qualification activities
• Reviewing validation results and ensuring products meet all system requirements
• Leading system-level DFMEA activities and participating in PFMEA reviews
• Identifying technical risks and developing mitigation strategies throughout the product development lifecycle
• Serving as the technical liaison between mechanical, electrical, controls, firmware, software, manufacturing, quality, and product management teams
• Supporting engineering decision-making through data-driven analysis and technical evaluations
• Developing system integration plans for prototype and production CDU platforms
• Capturing, managing, and maintaining customer, regulatory, and internal engineering requirements throughout the development lifecycle
• Managing configuration control and requirements changes utilizing formal engineering processes
• Supporting engineering decision-making through data-driven analysis and technical evaluations
• Developing System Verification Plans (SVPs) and defining acceptance criteria
• Supporting Engineering Verification Testing (EVT), Design Verification Testing (DVT), Product Validation Testing (PVT), and customer qualification activities
• Reviewing validation results and ensuring products meet all system requirements
• Leading system-level DFMEA activities and participating in PFMEA reviews
• Identifying technical risks and developing mitigation strategies throughout the product development lifecycle
• Serving as the technical liaison between mechanical, electrical, controls, firmware, software, manufacturing, quality, and product management teams
• Supporting engineering decision-making through data-driven analysis and technical evaluations
• Developing system integration plans for prototype and production CDU platforms
• Capturing, managing, and maintaining customer, regulatory, and internal engineering requirements throughout the development lifecycle
• Managing configuration control and requirements changes utilizing formal engineering processes
• Supporting engineering decision-making through data-driven analysis and technical evaluations
• Developing System Verification Plans (SVPs) and defining acceptance criteria
• Supporting Engineering Verification Testing (EVT), Design Verification Testing (DVT), Product Validation Testing (PVT), and customer qualification activities
• Reviewing validation results and ensuring products meet all system requirements
• Leading system-level DFMEA activities and participating in PFMEA reviews
• Identifying technical risks and developing mitigation strategies throughout the product development lifecycle
• Serving as the technical liaison between mechanical, electrical, controls, firmware, software, manufacturing, quality, and product management teams
• Supporting engineering decision-making through data-driven analysis and technical evaluations
• Developing system integration plans for prototype and production CDU platforms
• Capturing, managing, and maintaining customer, regulatory, and internal engineering requirements throughout the development lifecycle
• Managing configuration control and requirements changes utilizing formal engineering processes
• Supporting engineering decision-making through data-driven analysis and technical evaluations
• Developing System Verification Plans (SVPs) and defining acceptance criteria
• Supporting Engineering Verification Testing (EVT), Design Verification Testing (DVT), Product Validation Testing (PVT), and customer qualification activities
• Reviewing validation results and ensuring products meet all system requirements
• Leading system-level DFMEA activities and participating in PFMEA reviews
• Identifying technical risks and developing mitigation strategies throughout the product development lifecycle
• Serving as the technical liaison between mechanical, electrical, controls, firmware, software, manufacturing, quality, and product management teams
• Supporting engineering decision-making through data-driven analysis and technical evaluations
• Developing system integration plans for prototype and production CDU platforms
• Capturing, managing, and maintaining customer, regulatory, and internal engineering requirements throughout the development lifecycle
• Managing configuration control and requirements changes utilizing formal engineering processes
• Supporting engineering decision-making through data-driven analysis and technical evaluations
• Developing System Verification Plans (SVPs) and defining acceptance criteria
• Supporting Engineering Verification Testing (EVT), Design Verification Testing (DVT), Product Validation Testing (PVT), and customer qualification activities
• Reviewing validation results and ensuring products meet all system requirements
• Leading system-level DFMEA activities and participating in PFMEA reviews
• Identifying technical risks and developing mitigation strategies throughout the product development lifecycle
• Serving as the technical liaison between mechanical, electrical, controls, firmware, software, manufacturing, quality, and product management teams
• Supporting engineering decision-making through data-driven analysis and technical evaluations
• Developing system integration plans for prototype and production CDU platforms
• Capturing, managing, and maintaining customer, regulatory, and internal engineering requirements throughout the development lifecycle
• Managing configuration control and requirements changes utilizing formal engineering processes
• Supporting engineering decision-making through data-driven analysis and technical evaluations
• Developing System Verification Plans (SVPs) and defining acceptance criteria
• Supporting Engineering Verification Testing (EVT), Design Verification Testing (DVT), Product Validation Testing (PVT), and customer qualification activities
• Reviewing validation results and ensuring products meet all system requirements
• Leading system-level DFMEA activities and participating in PFMEA reviews
• Identifying technical risks and developing mitigation strategies throughout the product development lifecycle
• Serving as the technical liaison between mechanical, electrical, controls, firmware, software, manufacturing, quality, and product management teams
• Supporting engineering decision-making through data-driven analysis and technical evaluations
• Developing system integration plans for prototype and production CDU platforms
• Capturing, managing, and maintaining customer, regulatory, and internal engineering requirements throughout the development lifecycle
• Managing configuration control and requirements changes utilizing formal engineering processes
• Supporting engineering decision-making through data-driven analysis and technical evaluations
• Developing System Verification Plans (SVPs) and defining acceptance criteria
• Supporting Engineering Verification Testing (EVT), Design Verification Testing (DVT), Product Validation Testing (PVT), and customer qualification activities
• Reviewing validation results and ensuring products meet all system requirements
• Leading system-level DFMEA activities and participating in PFMEA reviews
• Identifying technical risks and developing mitigation strategies throughout the product development lifecycle
• Serving as the technical liaison between mechanical, electrical, controls, firmware, software, manufacturing, quality, and product management teams
• Supporting engineering decision-making through data-driven analysis and technical evaluations
• Developing system integration plans for prototype and production CDU platforms
• Capturing, managing, and maintaining customer, regulatory, and internal engineering requirements throughout the development lifecycle
• Managing configuration control and requirements changes utilizing formal engineering processes
• Supporting engineering decision-making through data-driven analysis and technical evaluations
• Developing System Verification Plans (SVPs) and defining acceptance criteria
• Supporting Engineering Verification Testing (EVT), Design Verification Testing (DVT), Product Validation Testing (PVT), and customer