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Beagle Technology, Inc
Principal Systems Engineer
Career Insights for Electrical Substation Engineer
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Based on California data
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What they do
An Electrical Substation Engineer is responsible for substation design including schematic development, physical layouts, equipment, and construction cost estimates.
$135,428 / year median in California
Job Description
Principal Systems Engineer Beagle Technology, Inc - 4.0 Dublin, CA Job Details Full-time From $150,000 a year 6 hours ago Benefits Health savings account Health insurance Dental insurance 401(k) Paid time off Parental leave Vision insurance Life insurance Retirement plan Qualifications Fabrication Engineering equipment malfunctions diagnostics Defect resolution root cause analysis Defect analysis Machine troubleshooting Troubleshooting electrical systems Embedded software Problem-solving Electrical Engineering Sensors Mechanical troubleshooting Failure analysis Full Job Description About the Role Beagle Technology is seeking a highly hands-on Principal Systems Engineer to join our U.S. engineering team. This is a senior individual contributor role based at our Dublin, California office. You will work closely with our mechanical, electrical, software, controls, and field engineering teams to troubleshoot complex equipment issues, improve system reliability, support product development, and help move engineering solutions from the shop into real-world agricultural environments. This is not a desk-only engineering position. You will regularly work directly with physical equipment and travel to our Santa Maria engineering facility and agricultural field locations for testing, troubleshooting, validation, and deployment support. We are looking for someone with strong systems-level technical judgment who can look at a complex machine, understand how different subsystems interact, identify likely root causes, and work with the appropriate engineering specialists to drive problems toward resolution. You do not need to be the deepest expert in every engineering discipline. You do need to be comfortable working across mechanical, electrical, controls, software, sensors, and other electromechanical systems. Key Responsibilities Serve as a senior technical individual contributor within the U.S. engineering team Work closely with mechanical, electrical, software, controls, and field engineers on multidisciplinary engineering problems Troubleshoot complex and recurring equipment failures across multiple engineering disciplines Lead and participate in root cause analysis for system-level issues Translate field observations and failures into clear engineering problems and technical requirements Participate in design reviews and provide systems-level technical input Support prototype development, integration, testing, and validation Work directly on machines alongside engineers and technicians Support engineering changes and validate solutions under real operating conditions Help ensure temporary field fixes are translated into appropriate long-term engineering solutions Identify interactions and dependencies between mechanical, electrical, controls, sensors, software, and other subsystems Support reliability, serviceability, and overall machine performance improvements Document technical findings, test results, root causes, and engineering recommendations Provide technical mentorship and guidance to other engineers when appropriate Partner closely with Field Operations to bring real-world learnings back into engineering Travel frequently to Santa Maria and agricultural regions for field testing, troubleshooting, and machine validation Qualifications Bachelor's degree or higher in Mechanical Engineering, Mechatronics, Electrical Engineering, Systems Engineering, Robotics, Controls, or a related field 8+ years of engineering experience working with complex electromechanical products, machinery, or equipment Strong systems-level understanding of multidisciplinary physical products Strong mechanical engineering fundamentals Working knowledge of electrical systems, sensors, motors, actuators, controls, embedded systems, and software-controlled equipment Demonstrated ability to troubleshoot problems across mechanical, electrical, controls, and software boundaries Strong root cause analysis and technical problem-solving skills Experience developing, integrating, testing, or supporting physical hardware products Comfortable working directly with prototypes and production equipment Ability to operate effectively in fast-moving engineering environments where problems may need to be diagnosed in real time Strong written and verbal communication skills Ability and willingness to travel frequently Preferred Experience Experience with several of the following is highly desirable: Agricultural machinery, industrial automation, automotive, robotics, or heavy equipment CAN bus / CANopen PLC or embedded control systems Hydraulic and pneumatic systems Motors, servos, actuators, encoders, and sensors Machine vision hardware Electrical troubleshooting and wiring Mechanical design, fabrication, CAD / SolidWorks Prototype development and rapid product iteration Field service, equipment commissioning, or customer deployments Reliability engineering and failure analysis DFM / DFA and product serviceability Hands-On & Field Requirements This position requires significant hands-on and field involvement.