Implementation Engineer

Neara uses advanced machine learning to create engineering-grade, physics enabled digital twins of electricity grids across four continents. As an Implementation Engineer, you will transform raw utility and geospatial data into high accuracy digital twin models of electricity networks. You will work with GIS, LiDAR, and asset data sets, configure models using Neara's schema language, and ensure engineering grade accuracy. You will join the Deployment Team responsible for delivering the Neara platform to utility customers worldwide.

Responsibilities

Contribute to the end-to-end deployment of the Neara platform for utility customers worldwide; Ingest and manipulate massive datasets (LiDAR, GIS, and asset databases) using Neara's schema language and configuration framework; Perform rigorous QA/QC to ensure the digital twin accurately reflects real-world physics and customer specifications; Build custom reports and dashboards within the platform to drive actionable insights for utility engineers; Work closely with Product and Engineering to provide feedback on process and tool improvements to speed up future deployments

Requirements

Proven experience as a Data Engineer, Implementation Engineer, Integration Engineer, Software Engineer, or similar role; Proficiency in at least one major language (such as SQL, Python, or similar) and a demonstrated ability to learn a new language; Ability to learn and master a new schema language to manipulate data and build reports; Excellent written communication skills with experience contributing to internal knowledge bases and external user manuals; Ability to articulate technical configurations clearly to diverse audiences in fluent English; Ability to break down complex data discrepancies and systematically reconfigure models to ensure 100% accuracy

Nice to have

A background in engineering, mathematics, software engineering, computer science, or a related field; Familiarity with GIS, CAD geoprocessing, or LiDAR data

Benefits

Your work directly impacts the safety and reliability of global power grids, helping utilities prevent wildfires and prepare for climate-driven weather events; Expert-level proficiency in an engineering-grade 3D modeling environment and exposure to cutting-edge Digital Twin technology; Opportunities to influence the product roadmap and automate core deployment processes