Design Engineer II, Transmission (Remote)

SOLV Energy•Remote - CA, NV

7d•$84,511 - $105,639•Remote

About The Position

The Design Engineer II, Transmission owns the preliminary transmission line design and engineering lifecycle for assigned utility-scale solar, BESS, and related interconnection projects. This role serves as the primary technical owner from BD kickoff through Design-to-Preconstruction handoff, aligning preliminary design, scope, schedule, risk, and technical assumptions before execution begins. This role is fully remote. Specific location details and expectations will be discussed during the interview process.

Requirements

Bachelor’s degree in electrical, civil, or related engineering from an accredited institution.
Minimum of 3+ years of experience in transmission line design or engineering, utility-scale renewable energy, gen-tie, or related power engineering.
Demonstrated proficiency in transmission line design software (PLS-CADD, PLS-POLE, PLS-TOWER, AutoCAD, MicroStation, GIS, or similar).
Strong understanding of transmission line design principles, routing, conductor and shield wire selection, sag-tension, clearances, structure systems, foundations, and industry standards (NESC, IEEE, etc).
Thorough understanding of local, state, and federal regulations related to transmission line design, utility infrastructure, and solar development.
Familiarity with utility interconnection requirements, point of interconnection requirements, right-of-way and permitting considerations, and contract language.
In-depth knowledge of applicable engineering principles and industry best practices.
Effective communication, leadership, and interpersonal skills, with the ability to collaborate effectively with cross-functional teams and stakeholders.
Ability to adapt to changing priorities, manage multiple projects simultaneously, and deliver results under tight deadlines.
Ability to travel up to 10%
Applicants must be legally authorized to work in the U.S. without requiring employer sponsorship now or in the future.

Nice To Haves

Professional Engineer (PE) licensure or equivalent certification is a nice-to-have, not a must.

Responsibilities

Own the first-pass preliminary transmission line and gen-tie design approach for assigned pursuits and projects by reviewing all applicable requirements and project-specific inputs to define the design basis, key assumptions, route and point of interconnection requirements, line configuration, conductor and shield wire assumptions, structure and foundation assumptions, clearances, quantities, risks, and open items needed to support the 10% design deliverable.
Review client provided documents, technical exhibits, PPAs, interconnection agreements, utility and ISO handbooks, owner standards, and related project information to identify requirements, assumptions, risks, opportunities, and scope outside of SOLV standards.
Serve as the primary transmission line subject matter expert for assigned projects and coordinate technical inputs from engineering consultants, survey and geotechnical teams, environmental and permitting teams, land and right-of-way stakeholders, substation design, procurement, estimating, scheduling, utilities, and other specialty subcontractors.
Lead development of the 10% transmission line design, including routing, conductor and structure sizing, and related refinements, to support estimating with pricing.
Coordinate with estimating and scheduling to ensure the preliminary transmission line design, route length, structure quantities, conductor and hardware assumptions, scope narrative, schedule, and commercial assumptions are aligned.
Review estimates for technical completeness and identify gaps, exclusions, owner-furnished equipment, allowances, contingencies, route or point of interconnection uncertainty, and scope items that require clarification or escalation.
Deliver the owner reviewed preliminary transmission line design to estimating and BD in accordance with the project stage-gate schedule.
Participate in routine client meetings to review technical exhibits, explain preliminary transmission line design assumptions, identify risks, and clarify route, point of interconnection, utility, and other requirements outside of SOLV standards.
Support contractual exhibit reviews, markups, and technical responses needed to facilitate LNTP, while escalating material commitments, non-standard requirements, and significant risk.
Communicate transmission line design decisions, open items, risks, and required owner or utility inputs clearly to internal and external stakeholders.
Prepare and issue proposal requests to transmission line EORs and engineering subcontractors.
Review received proposals for technical scope, deliverables, exclusions, assumptions, and commercial alignment.
Align EOR and subcontractor proposals with the project scope, route and point of interconnection assumptions, estimate, schedule, and LNTP requirements, and submit the final proposal information to BD, scheduling, estimating, engineering controls, and other required stakeholders.
Prepare the transmission line engineering scope, proposal information, schedule inputs, EOR or consultant coordination details, route and point of interconnection assumptions, risks, and open items needed for handoff to the Preconstruction Engineering team.
Support the handoff process by clearly transferring RFIs, client and utility comments, design risks, procurement constraints, required decisions, and unresolved technical items to the HV engineering team.
Review and approve preliminary transmission line design deliverables for assigned projects and verify alignment with NESC, IEEE, utility, ISO, owner, SOLV, AHJ, and vendor requirements.
Propose cost-effective, reliable, and constructible alternatives for route selection, conductor and shield wire, structure systems, foundations, crossings, access, and point of interconnection interfaces, and resolve design challenges in collaboration with internal teams, EORs, consultants, vendors, and clients.
Maintain accurate documentation of route evaluations, design iterations, technical decisions, client and utility comments, proposal revisions, assumptions, risks, and handoff materials.
Use established checklists and standards, identify recurring issues, and recommend improvements for incorporation into department processes and standards.
Assign and coordinate work for transmission line designers, engineers, interns, and technical support staff on assigned projects; review work for quality, completeness, and schedule compliance.
Mentor junior team members and identify training or development needs related to transmission line routing, line design criteria, conductor and structure selection, clearances, utility requirements, RFP review, estimating support, and project handoff.