Transmission Engineer I

Overview

Design and manage transmission line projects from 115kV to 500kV.

Key Responsibilities

• material lists
• framing details
• project scheduling
• design package
• construction monitoring
• engineering calculations

Tasks

-Develop material lists in Excel spreadsheets -Develop structure framing details, to include specifying all parts, hardware, insulators, and grounding details for different pole materials, such as steel, round wood, or laminated wood. -a) Act as Resident Engineer on projects of any magnitude. -Develop material and construction specifications -f) Assist in on-site design or investigation work to ensure adequacy of the contractor's methods. -Develop a project schedule that incorporates all facets of design, client reviews, licensing, and all other activities for successful project completion -e) Assist in the preparation and/or monitoring of complex construction schedules to ensure timely completion of the work. -b) Safety and Security -- Observes safety and security procedures; Determines appropriate action beyond guidelines; Reports potentially unsafe conditions; Uses equipment and materials properly. -Assist in checking completed job for adequacy of design and documentation. -Preliminary design and budgetary estimate for projects ranging from 115kV to 500kV to include planning and design for new lines, relocations, upgrades, and fiber optic attachment. -Coordinating equipment delivery and design engineering to meet construction schedules. -Develop a complete design package that incorporates all necessary details for construction, such as work lists, construction staking table, stringing sag charts, etc. -Site new transmission line and be able to coordinate and asses the impacts of real estate, licensing and environmental constraints on the overall engineering process. -Monitor the construction of the transmission line project to ensure compliance with plans and specifications. Activities may include, but not be limited to, the following: -Engineering calculations to assure the safety and performance of equipment and systems. -c) Interpret complex plans and specifications and apply available information to ensure that all project design requirements are satisfied. -Develop a plan & profile drawings under your direction.

Requirements

• engineering degree
• industry codes
• leadership
• aci
• pls-cadd
• environmental licensing

What You Bring

-Bachelor's Degree, Civil/Structural/Mechanical Engineering, or related -Familiarity with industry codes, standards, and practices for electric utility practice. -Interpersonal and communication skills. Demonstrated initiative and ability to lead. Attention to detail. -Knowledge in ACI, ASCE Pole manual, AISC Steel manual preferred, but not required -Proficiency with Power Line and Structure modeling for computer-aided design development. PLS-CADD and associated modules (POLE, TOWER), Excel, MFAD, or L-PILE, NESC. -d) Maintain familiarity with appropriate engineering and construction codes and ensure compliance with all codes. -Be familiar with environmental and licensing processes and how to coordinate issues in the transmission line design process.

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Benefits

-TRC ensures that all employees, including those that work part-time, receive paid sick, family, and disability leave in accordance with the laws of their state of residence. -These benefits are applicable to US employees depending on their employment status (full time, part time, or temporary). TRC offers jurisdiction specific benefit packages for International and Puerto Rico employees. -Paid time off contingent upon full time or part time status and level of seniority (ranging from 15 to 25 days per year). -Medical, dental, vision, and disability insurance. -All full-time employees enjoy a minimum of 8 Paid Holidays per year. -401k package that includes both traditional and Roth IRA options and Company match.

About Trc Companies, Inc.

-A global consulting, engineering and construction‑management firm. -Specializes in environmental engineering, geotechnical work, pipeline, power utilities, water, transportation and government projects. -Balancing public and private sector work, it blends field services with digital and inspection technologies. -Typical projects include coastal resilience upgrades, substation modernization, brownfield redevelopment, pipeline/installations and transportation infrastructure. -Implements high‑visibility, multi‑year programs—from power‑grid upgrades to aquatic centers and submarine cables. -Unusual for its breadth: a NASA satellite‑data early adopter and provider of intelligent‑grid and field‑inspection services.

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