Renewable Energy Engineer job description

Job brief

We are looking for a dedicated Renewable Energy Engineer to join our growing sustainability team and help drive our transition to a greener infrastructure portfolio. You will take technical ownership of utility-scale projects, overseeing the lifecycle of energy systems from initial site selection and financial modeling to commissioning and performance optimization. You will collaborate with grid operators, civil engineers, and environmental regulators to deploy clean energy solutions that serve thousands of households. If you are passionate about engineering a sustainable future and thrive in a role that balances technical innovation with project delivery, we invite you to apply.

What is a Renewable Energy Engineer?

A Renewable Energy Engineer is a specialized professional responsible for the research, design, and implementation of sustainable power generation infrastructure. By applying advanced thermodynamics, electrical engineering principles, and data modeling software like PVSyst or HOMER, a Renewable Energy Engineer transforms natural resources into viable, grid-scale energy solutions. Their work is critical to reducing carbon footprints, improving energy storage capacity, and driving the global transition toward sustainable utility-scale power systems.

What does a Renewable Energy Engineer do?

A Renewable Energy Engineer performs feasibility studies for potential wind, solar, and hydroelectric sites by analyzing meteorological data, topography, and grid connectivity requirements. They develop detailed system designs using AutoCAD or Revit, manage procurement for photovoltaic modules and inverters, and oversee the installation process to ensure compliance with local electrical codes and IEEE standards. Additionally, they monitor long-term performance using SCADA platforms, identifying energy yield gaps and executing corrective maintenance to maximize the operational lifespan of energy assets.

Key responsibilities

• Design and optimize complex renewable energy systems including solar PV arrays, wind turbine layouts, and battery energy storage solutions (BESS).
• Perform comprehensive energy yield assessments and site feasibility studies using specialized software such as PVSyst or WindPRO.
• Draft technical specifications and procurement requirements for balance-of-system (BOS) components to ensure cost-effective project delivery.
• Lead electrical grid integration studies and coordinate with utility providers to manage interconnection agreements and compliance protocols.
• Analyze real-time operational data from SCADA systems to identify performance anomalies and implement energy output improvement strategies.
• Manage the regulatory permitting process by preparing environmental impact reports and engineering documentation for state and local energy commissions.
• Oversee construction and commissioning activities to ensure all installations meet strict safety, quality, and performance standards as per the project scope.
• Evaluate emerging energy storage and grid-balancing technologies to incorporate innovations into existing or new facility infrastructure projects.

Requirements and skills

• Bachelor’s degree in Electrical, Mechanical, or Renewable Energy Engineering, with a Master’s degree preferred for advanced analytical roles.
• Minimum of 3+ years of professional experience in utility-scale solar or wind project development and engineering design.
• Proficiency in industry-standard software suites including AutoCAD, PVSyst, Helioscope, or ETAP for power systems modeling.
• Deep understanding of electrical codes, grid interconnection standards (IEEE 1547), and environmental impact regulatory requirements.
• Proven ability to manage technical project timelines, vendor relationships, and cross-functional teams in high-stakes engineering environments.
• Strong technical writing skills for drafting detailed feasibility reports, project documentation, and safety compliance manuals for stakeholders.
• Professional Engineer (PE) license or EIT certification is highly preferred, demonstrating a commitment to professional engineering standards.
• Experience with energy storage integration and familiarity with DC/AC systems, inverters, and medium-voltage distribution infrastructure.

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