Manager, Asset Engineering

About Us:

MN8 Energy is one of the largest independent solar energy and energy storage owner-operators in the U.S., serving enterprise customers with clean energy and complementary solutions, such as battery storage and EV Charging, to enable an electrified, decarbonized world. Originally founded inside of Goldman Sachs in 2017, our fleet has grown to nearly 5-gigawatts of solar, including 850 projects across 27 states, and over 270 megawatts of battery storage projects, with each project tailored to achieve the bold decarbonization targets and goals of our more than 200 blue‑chip customers.

MN8 is headquartered in New York with offices in Boca Raton, Florida and Madrid.

The Manager, Energy Storage Engineering serves as MN8's technical lead for Energy Storage Systems across the asset lifecycle, supporting acquisition due diligence, project development, engineering execution, commissioning, and fleet operations. The role provides company-wide technical leadership on BESS matters, manages external engineering resources, and develops internal engineering capabilities, including recruiting and leading a distributed energy storage engineering team.

• Serve as MN8's subject matter expert for utility‑scale Battery Energy Storage Systems.
• Develop, maintain, and continuously improve company standards, specifications, and engineering requirements for BESS projects and operating assets.
• Establish design philosophies and technical guidance.
• Serve as the primary technical escalation point for complex BESS issues and partner with internal and external subject matter experts to develop solutions.
• Support the development and maintenance of MN8's energy storage technology roadmap and identify opportunities for continuous improvement and innovation.
• Lead evaluation of emerging technologies, OEM offerings, and market trends.
• Support the development and execution of fleet strategies related to augmentation planning, warranty administration, degradation management, performance optimization, and end‑of‑life planning.
• Build lessons‑learned processes across the BESS portfolio.
• Provide technical leadership and serve as the primary ESS engineering interface for Due Diligence, Development, Project Execution, Asset Management, and Operations teams on complex BESS matters.
• Lead external engineering consultants and OEM relationships.
• Support negotiations with EPCs and BESS equipment and integrator providers on technical items such as scope, performance guarantees.
• Lead major incident investigations and root‑cause analyses related to operating BESS systems.
• Develop and mentor internal energy storage engineering capabilities.
• Establish processes, tools, and standards to improve engineering execution and operational performance.
• Recruit, onboard, and directly manage distributed energy storage engineering resources, including establishing team objectives, mentoring engineers, delegating technical responsibilities, and fostering a high‑performance engineering culture.

• Bachelor’s degree in engineering;
  Masters preferred.
• 5+ years of experience in power generation, renewable energy, or energy storage engineering.
• 3+ years of experience in Utility Scale BESS Engineering with excellent understanding of BESS.
• Demonstrated experience supporting utility‑scale BESS projects through development, execution, commissioning, and operations.
• Demonstrated expertise in utility‑scale BESS engineering, including several of the following areas: system architecture, grid integration, controls and EMS, performance analytics, augmentation planning, warranty administration, and system troubleshooting.
• Demonstrated ability to lead cross‑functional initiatives and manage technical resources, including consultants, contractors, or direct reports.
• Proficient in:
  Homer Pro, AutoCAD, Excel, Bluebeam, Word, Smartsheet.
• Very organized and able to multitask effectively.
• Good communication both written and verbal skill.
• Demonstrated ability to problem solve and determination to complete difficult projects.
• Demonstrated ability to improve processes and create efficiencies.
• Highly developed…