[Remote] Construction Engineer I

Note: The job is a remote job and is open to candidates in USA. SOLV Energy is a leading provider of infrastructure services to the power industry, designing, building and maintaining utility scale solar, battery storage and high voltage substation projects nationwide. The Construction Engineer I supports core Construction Engineering functions by providing engineering coordination, technical communication, and documentation rigor, contributing to warranty analysis, emerging technologies implementation, construction engineering support during operations, and pile load testing support during initial design.

Responsibilities

• Gather field data, photos, as-built information, and installation details to support warranty claim evaluations
• Document potential design, manufacturing, or installation concerns and organize findings for review by senior engineering staff
• Compare field conditions against design documents, specifications, and installation standards to help identify root causes of warranty-related issues
• Maintain accurate, traceable warranty documentation logs to support issue tracking, escalation, and resolution
• Assist in coordinating engineering input for remediation plans and communicating required actions to project teams and clients
• Support the deployment of advanced construction technologies, including GPS enabled pile driving, drone-based topo capture, and machine control datasets
• Prepare and maintain engineering datasets used for GPS machine control, real time grading/terrain workflows, and other technology-enabled processes
• Assist with field execution of drone flights, data collection, and upload processes as required by construction and engineering teams
• Capture and organize field feedback on technology performance and communicate improvement opportunities to engineering leadership
• Participate in development, rollout, and continuous improvement of new construction technology SOPs
• Coordinate daily engineering information flow to field teams, ensuring timely distribution of drawing updates, clarifications, and consultant responses
• Manage RFIs by drafting clear, concise questions, gathering supporting documentation, routing to the correct engineering discipline, and tracking closure to avoid schedule delays
• Interpret and communicate project-specific design requirements such as SOLV standards, contract requirements, and permit conditions
• Maintain engineering document control systems, including drawing sets, data room folders, engineering exhibits, submittals, and version tracking
• Participate in constructability reviews by identifying missing details, design conflicts, or potential field execution risks
• Support owner/IE comment cycles by preparing comment logs, collecting consultant responses, and presenting organized summaries to project managers and field teams
• Monitor engineering deliverable timelines, identify at-risk items, and support mitigation efforts with internal and external engineering partners
• Assist with coordinating pre-construction pile load testing activities, including drill-rig scheduling, field logistics, and test setup
• Document load test procedures, test sequences, and field results accurately and consistently
• Track, organize, and communicate pile test data to project engineers, geotechnical consultants, and design partners
• Ensure pile test documentation aligns with contract requirements, industry standards, and engineering expectations
• Support identification of soil behavior or foundation performance concerns based on load test observations and results
• Conduct drawing comparisons, quantity checks, and review of plan sets to identify potential discrepancies or missing information
• Participate in project site visits to gather field data, observe installation methods, validate design assumptions, and enhance constructability awareness
• Identify and escalate engineering risks such as conflicting details, missing information, or unforeseen field conditions
• Contribute to SOP, workflow, and internal database development, including lessons learned, testing procedures, and advanced technology processes
• Build strong working relationships with project managers, superintendents, field engineers, consultants, and internal engineering teams to support fast issue resolution

Skills

• Bachelor's degree in Engineering, Construction Management, Environmental Studies, or a closely related technical field
• 0–3 years of relevant experience, with the ability to perform tasks with guidance and grow toward independent execution
• Strong ability to read and interpret engineering drawings, including civil, structural, electrical, and geotechnical plans
• Foundational understanding of construction processes, testing practices (such as pile load testing), and engineering documentation
• High attention to detail with strong organizational skills and the ability to maintain accurate, disciplined documentation across multiple engineering workflows
• Problem-solving mindset with the ability to identify inconsistencies, collect supporting information, and escalate engineering concerns appropriately
• Strong communication skills, capable of explaining design updates, gathering field information, and collaborating with project managers, engineers, and field teams
• Proficiency with Microsoft Office, especially Excel and Word
• Willingness to learn and support emerging construction technologies, including drone-based surveys, GPS-enabled equipment, and digital field data systems
• Ability to conduct field work, including walking construction sites, collecting data, observing installation methods, and participating in testing activities
• Sense of urgency and ownership, able to support fast-paced construction environments and respond quickly to engineering information needs
• Team-oriented, with the ability to work collaboratively across engineering, operations, warranty, and technology-focused groups
• Applicants must be legally authorized to work in the U.S. without requiring employer sponsorship now or in the future
• Engineer‑in‑Training (EIT) certification or willingness to pursue certification
• Exposure to CAD, GIS, drone-capture platforms, GPS machine-control datasets, or similar tools

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