Manager, Performance Engineering

Overview

Lead performance engineering for utility-scale solar and wind projects.

Key Responsibilities

• performance modeling
• design optimization
• tool development
• yield assessment
• data handoff
• resource tuning

Tasks

-Provide technical inputs and performance documentation for financing, M&A, and third-party due diligence processes. -Define and implement portfolio-wide standards for energy performance modeling, system loss assumptions, and design optimization practices to reduce LCOE and improve bankability. -Coordinate handoff of performance assumptions and data to asset management, and incorporate lessons learned from operating assets into future project optimization. -Drive the development of internal tools, templates, and process documentation to scale and standardize performance engineering efforts across the organization. -Lead and mentor a team of performance engineers responsible for modeling, design review, and technical optimization across the solar and wind project pipeline. -Provide feedback on wind Energy Yield Assessments (EYAs) created by third-party stakeholders such as Independent Engineers, third-party consultants, and EPCs -Oversee wind Energy Yield Assessments (EYAs) needed to support LRE’s Development and Execution projects -Oversee the creation and validation of solar energy yield assessments (e.g., PVSyst, PlantPredict, PVFARM) throughout the project lifecycle—from early-stage development through project completion. -Oversee ground campaign collection and wind resource tuning processes.

Requirements

• pvsyst
• python
• professional engineer
• 10 years
• leadership
• power bi

What You Bring

-Minimum 10 years of technical work experience in an engineering discipline -Strong cross-functional collaboration and stakeholder management -Advanced proficiency with PVSyst, PlantPredict, PVLib -Minimum 6 years of relevant technical experience in solar or wind resource/energy prediction. -Professional Engineer license or Advanced Engineering degree -Strong understanding of utility-scale PV system architecture, including MV/HV design, string sizing, tracker configurations, and shading mitigation -Familiarity with inverter/load ratio strategies, bifacial gain considerations, and soiling/loss estimation -Excellent analytical, organizational, and communication skills -Demonstrated ability to perform wind turbine power curve analysis -Deep expertise in PV or Wind system performance modeling and optimization -4-Year Bachelors Engineering Degree -Proven leadership and people management experience in a technical/engineering role -Clear understanding of project development, construction, and operational phases of utility-scale solar -Self-directed with the ability to manage multiple projects and priorities -Knowledge of NEC, IEEE, UL, and IEC standards related to solar design and performance -Ability to understand wind energy modelling inputs to refine assumptions and optimize generation. -Proficiency with project management and data tools (e.g., Salesforce, Smartsheet, Power BI, Excel – advanced functions) -Ability to analyze wind resource data to select the most representative for the project site. -Familiarity with wind generation and Computational Fluid Dynamics (CFD) modelling software such as windPRO, openWind, and WAsP -Familiarity with Python or MATLAB for custom modeling or data processing -Ability to interpret complex data sets and translate into actionable engineering insights

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About Leeward Renewable Energy

-Founded to harness the power of renewable energy, Leeward Renewable Energy has been a leader in wind and solar energy projects. -The company specializes in the development, construction, and operation of clean energy assets, primarily focusing on wind and solar technologies. -Leeward's projects span across the United States, generating significant renewable energy capacity and making a notable impact on local power grids. -With a strategic approach to energy solutions, Leeward works to provide sustainable power for both utilities and commercial sectors. -In addition to large-scale wind farms, Leeward is also a key player in solar energy, contributing to the transition to clean energy nationwide. -Leeward is involved in the full lifecycle of energy projects—from planning and financing to operations and maintenance, ensuring long-term sustainability and efficiency. -The company’s portfolio includes significant assets in several states, with projects designed to power homes, businesses, and industries with renewable sources. -Leeward also works on large utility-scale projects, providing innovative solutions for clean energy production while minimizing environmental impact.

Sector Specialisms