Lead Underground Transmission Line Engineer 2 - Grid

Sargent & Lundy•Englewood, CO

8d•Hybrid

About The Position

This position offers the opportunity to apply and expand knowledge of underground transmission line engineering, including routing, duct bank configurations, manhole placement, and electrical principles. The role involves designing complex underground transmission lines for voltages up to 500kV, conducting cost analyses, developing design criteria, siting and routing in complex environments, and determining manhole placement. Responsibilities include physical design such as duct bank layouts, trenchless designs, cable pulling calculations, and developing drawing packages. The engineer will also be responsible for cable selection studies, determining bonding schemes, and performing ampacity calculations. Additionally, the role involves developing riser structure configurations and structural loading, creating specifications for cable procurement, duct bank installation, trenchless installation, and general construction. Collaboration with vendors and clients to specify transmission line components and directing a project team of engineers, designers, and drafters are key aspects of this position. This role offers a hybrid work arrangement, with three days in the office and two days remote. A relocation package is available depending on location.

Requirements

BS degree from an ABET-accredited engineering program
Current PE License
Proficiency with CYMCAP modeling
Proficiency with cable tensioning calculations and software
12 or more years of experience of leading a design team in the development of complex underground transmission projects
Design experience incorporating code requirements, EPRI recommendations, client requirements
Experience in cost estimate development and schedule creation and coordination
Experience with XLPE cable design
Experience with the preparation of specifications for installation and procurement of underground transmission line materials and components
Knowledge to verify/review right of way requirements, bonding schemes, underground transmission line plan and profile drawings and other construction documents
Knowledge of design techniques, tools, and principals involved in the production of technical plans, drawings, and models
Experience in writing and providing support documentation for engineering calculations
Familiarity with design codes and standards such as NESC, EPRI Green Book, IEC, CSA, IEEE, ANSI, IBC, ASCE 7, AISC, and ACI 318
Proficiency with MS Office applications
Excellent written, verbal and interpersonal communication skills
Attention to detail

Nice To Haves

Experience with High Pressure Gas Filled or High-Pressured Fluid Filled pipe type cable systems and associated equipment
Experience with underground distribution or low voltage cable systems
Additional learning, such as a minor, certificate, or other experience in Computer Science, Artificial Intelligence, Software Engineering, or related fields that enables effective oversight of automation and agentic AI-enabled engineering workflows.

Responsibilities

Design of complex underground transmission lines for voltages up to 500kV
Responsible for cost analyses, development of design criteria, siting and routing in complex environments, and placement of manholes for underground transmission lines
Responsible for physical design including duct bank layouts, development of trenchless designs, cable pulling calculations, development of drawing packages
Responsible for cable selection studies, determining bonding scheme, performing ampacity calculations
Develop riser structure configuration and structural loading
Develop specifications including cable procurement, duct bank installation, trenchless installation, and general construction specifications
Work and coordinate with vendors and clients to specify transmission line components
Direct project team of other engineers, designers, and drafters
Lead others in taking engineering problems from issue to solution by setting expectations for using data and modern tools such as automation and AI to improve workflows, reduce rework, and deliver cost-effective designs.
Direct automation and process-improvement work, for example, how teams automate calculations, summarize technical documents, or generate design documentation and guiding when and how AI or agentic AI tools are used while ensuring results are checked.
Oversee engineers who program or script (e.g., Python, MATLAB, advanced Excel) to automate engineering tasks, with review of automated outputs.