Principal Structural Engineer - Transmission Lines

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Key Responsibilities: Transmission Structures (Poles & Towers) Lead structural analysis and design of steel poles, wood poles, lattice towers, guyed towers, and specialty structures. Apply deep knowledge of historic and current materials, including:

• Legacy wood species, preservative treatments, and degradation patterns
• Historic steel grades, fabrication methods, weld types, and corrosion behavior
• Modern high‑strength steels, weathering steels, composite poles, and advanced coatings

Technical Leadership & Quality: Serve as Engineer of Record for transmission structural and foundation packages across multiple states. Lead and mentor Senior Engineers, Engineers, and Engineering Associates. Establish and enforce structural QA/QC standards, calculation templates, and design methodologies. Identify quality issues, technical risks, and opportunities for improvement. Provide field support for construction issues and resolve concerns promptly. Opportunities to present at industry conferences and publish white papers.

Client & Project Engagement: Present structural solutions to clients and stakeholders. Support project managers with scope development, schedule planning, and budget alignment. Participate in technical discussions, design reviews, and project strategy meetings.

Required Qualifications: Structural Engineer (SE) License in California and Illinois (required).SE licensure in additional states requiring SE for transmission structural work (preferred).Four‑year ABET engineering degree (Civil or Structural strongly preferred).12–15+ years of progressively responsible transmission structural experience. Demonstrated expertise in transmission poles, towers, and foundation engineering. Deep understanding of historical and current transmission materials, including wood, steel, composites, and legacy foundation systems. Proficiency with PLS‑CADD, PLS‑POLE, L‑Pile, MFAD, and other structural/foundation analysis tools. Strong understanding of: ASCE 48 – Steel transmission pole structuresASCE 10 – Lattice steel transmission structuresASCE 7 – Environmental loads and load combinationsASCE 11 – Steel transmission structures (historic and modern)NESC – Transmission line loading and safetyTIA‑222 – Antenna supporting structures and attachmentsMOP‑74 – Transmission structure loading and reliabilityMOP‑160 – Wood pole behavior and inspectionMOP‑161 – Steel pole behavior and inspection Applicable state structural codes

Preferred: Familiarity with ASCE 113 for substation structures.

Preferred Attributes: Recognized subject‑matter expertise in transmission structural engineering. Experience with wildfire hardening, resiliency programs, and emergency response engineering. Strong communication skills and ability to influence clients and mentor engineers. Desire to shape a growing practice and leave a lasting technical legacy.

Why Join Us: High‑Impact Leadership: Direct influence on structural standards, innovation, and engineering culture. Complex, Meaningful Work: Engage in challenging transmission programs nationwide. Technical Excellence Culture: Work with engineers who value rigor, innovation, and continuous improvement. Flexibility: Remote/hybrid options with travel as needed. Competitive Compensation: Industry‑leading salary, bonuses, 401(k) match, comprehensive benefits, and professional development support.