Renewables Development Engineer

Deriva Energy•Charlotte, NC

12d•Hybrid

About The Position

Deriva Energy is a leading Independent Power Producer in the US renewables market, with over 6.5GW of operating or under construction wind, solar and storage projects across the country. Formerly the division of Duke Energy, Deriva is now backed by Brookfield Renewable and is poised for dynamic growth across its wind, solar, and storage portfolios. Join a dynamic team committed to excellence and innovation who envision a future of energy independence using resilient, carbon-free generation. We offer competitive compensation, comprehensive benefits, and the opportunity to make a significant impact on the rapidly evolving renewable energy industry. Deriva empowers customers with innovative clean energy solutions that strengthen communities and serve future generations. Position Summary Reporting to the Director of Engineering, this position provides engineering and technical support for greenfield solar projects. This role provides engineering expertise to support the Development team in pursuit of new greenfield development projects. This role involves managing internal and external personnel to provide optimized plant designs, cost estimates, permitting support, contracting, and project engineering for utility-scale solar project. Applicants are expected to have strong technical experience with utility-scale solar projects as well as strong understanding of project estimating, project management, and utility interconnection. This position is located at Deriva Energy Headquarters, based in Charlotte, NC. Deriva Energy will offer relocation assistance for candidates that do not live within a reasonable commute of the work location.

Requirements

Bachelor of Science in Engineering obtained from an ABET accredited program
Four (4) years or more of relevant work experience (for Engineer III)
Five (5) years or more of relevant work experience (for Senior Engineer)
Applicants must be authorized to work for ANY employer in the U.S. We are unable to sponsor or take over sponsorship of an employment Visa at this time.

Nice To Haves

Professional Engineer license
Master’s degree in Engineering obtained from an ABET accredited program
Over two (2) years or more of energy industry experience in development, engineering, or project execution of solar and/or battery storage projects
Experience with solar site design, production modeling, or design evaluation software such as AutoCAD, PVsyst, PVCAD, or similar tools
Understanding of renewable energy technology trends, equipment suppliers, equipment costs, and constructability considerations
Experience supporting technical specifications, EPC contract exhibits, engineering scopes of work, equipment procurement packages, or construction-ready design packages
Experience reviewing project cost estimates, schedules, development assumptions, and technical inputs used in financial models or investment approvals
Familiarity with project financing, independent engineering reviews, and technical due diligence expectations
Working knowledge of relevant U.S. codes, standards, construction practices, equipment standards, and permitting processes
Demonstrated ability to manage multiple priorities, coordinate with cross-functional teams, and communicate effectively with technical and non-technical stakeholders.
Increasingly proficient in practices of researching engineering and design issues, evaluating alternatives, preparing and presenting recommendations
Ability to deal with a variety of individuals from various socio-economic, cultural and ethnic backgrounds

Responsibilities

Provide engineering and technical support throughout project development, with a focus on PV system design, technology selection, and project optimization
Develop, review, and validate energy models and production forecasts, including resource inputs, design parameters, loss assumptions, technology impacts, and sensitivity analyses
Support technical diligence for greenfield development and acquisitions, including fatal flaw assessments, site constraints, constructability reviews, permitting requirements, and risk identification
Lead or support development of project cost estimates, including cash flow schedules, to inform financial modeling and investment approvals
Utilize historical data, industry trends, market conditions, and regulatory policy changes to forecast anticipated project costs
Engage with EPC partners on budgetary, indicative, and firm cost estimates. Incorporate EPC cost estimates into a comprehensive total project budget
Lead technical permitting efforts for utility-scale solar and energy storage projects in coordination with Deriva's Environment & Permitting, Public Policy, and Community Engagement teams
Manage external consultants and technical studies, prepare and present technical permitting material, and engage with local communities to obtain local, state, and federal project approvals
Lead development of technical exhibits, scopes of work, specifications, and other engineering documents supporting EPC Agreements, Equipment Supply Agreements, Power Purchase Agreements, GIA’s and related project contracts
Partner with Procurement and Legal teams to draft, review, negotiate, and execute project contracts, ensuring technical requirements, commercial objectives, and project risks are appropriately addressed
Work with the Procurement team to develop bid packages, evaluate proposals, issue purchase orders, and manage development-phase contracts necessary to advance project execution
Translate project contracts and technical requirements into executable design, cost, and schedule deliverables
Review and approve engineering packages from 10%, 30%, 60%, 90%, & IFC design progressions.
Collaborate with external consultants to optimize design and ensure Owner design standards are implemented and project requirements are followed
Support project handoff from development to execution by ensuring approved scope, design assumptions, technical requirements, and approved commitments are clearly documented and communicated
Prepare technical reports, calculations, presentations, and recommendations for project teams, leadership, and stakeholders
Represent Engineering in project discussions and balance the needs of development, finance, commercial, operations, interconnection, and other internal stakeholders