Overview
As a Principal OHL Design Engineer, you will lead technically challenging overhead line design projects within the Transmission & Distribution team, driving excellence and client engagement. You’ll shape design standards and contribute to innovative, digital delivery across high-voltage schemes, including large programs like National Grid’s Great Grid Upgrade. You work closely with cross-functional teams to ensure safe, compliant, and efficient energy infrastructure. This is a high-impact role at a global firm that values collaboration and technical leadership.
Pay / Benefits
- hybrid working model
- career development opportunities
- AECOM University
- volunteering days
- well-being programs
- flexible work arrangements
Responsibilities
- Lead technical delivery of overhead line design on multi-discipline projects
- Support large scale programmes (e.g., Great Grid Upgrade)
- Prepare proposals detailing timelines, resources and budgets
- Provide input across project implementation, planning and public consultations
- Own design activities: PLS-CADD modeling, routing, structural analysis, sag-tension, insulator/conductor choices
- Lead feasibility studies and assess conductor thermal ratings
- Develop technically preferred solutions for clients
- Produce and check engineering deliverables including reports, drawings, and presentations
- Perform internal QA on drawings and calculations
- Mentor and develop capability within the cable systems team
- Support business development activities including proposals and client presentations
Key requirements
- CEng Chartered Engineer with electrical engineering institution (e.g., IET)
- Bachelor in Engineering or equivalent in electrical/power engineering
- Experience delivering transmission projects for operators like National Grid, SSE, SPT
- CDAE accreditation is advantageous
- Project experience in overhead line engineering up to 400 kV
- Excellent written and verbal communication skills
- communication skills
- mentorship
- collaboration
- PLS-CADD modeling
- line routing
- structural analysis and loading trees
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