R&D Test Engineer
Gridware
R&D Test Engineer
Gridware
Real-time grid monitoring and predictive maintenance
Salary Range: 125000 to 145000 (Currency: USD) (Pay period: per-year-salary)
Role Description
We are seeking a curious, hands-on R&D Test Engineer with an instrumentation focus to join our Physical R&D team. You will own the test infrastructure our scientists depend on: designing and building fixtures, instrumenting test systems, developing data collection methods, running experiments, and turning one-off prototype setups into repeatable systems.
Our scientists define what to investigate, and together you collaboratively define how; examples include fixturing, sensor selection, data acquisition, procedure, and controls. You will build the systems that make those tests possible, run the experiments, and ensure they produce trustworthy data. The work spans a wide range of environments, including our lab, warehouse, outdoor microgrid, and future pilot-scale settings, each requiring solutions tailored to the environment and test goals.
You will also be the person who makes test methods durable. When an experiment or test grows past an exploratory stage, you mature it through designing fixtureand sending updates, writing SOPs, or training others.
This role sits on the R&D team, which is responsible for the sensing and measurement performance of our devices rather than their design or implementation. It is not a reliability, qualification, or manufacturing test role. You will not own device design, though what you measure will regularly inform it.
Gridware provides a real-time monitoring platform for electrical grids using sensors mounted on power poles to collect data on asset health and status. It analyzes this data to detect faults and predict hazards, giving utilities early warnings for preventative maintenance to prevent outages and wildfires. The system differentiates itself with a pole-mounted sensor network and analytics focused on wildfire risk, enabling proactive maintenance rather than reactive responses. Its goal is to improve public safety and grid reliability while reducing wildfire risk and the financial liabilities faced by utilities.
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