Technical Lead - Electrical Systems Design

Job Description Summary

Supervise and mentor team responsible for Electrical systems associated plant cross- disciplinary and cross- systems design and simulation. Focus on work planning, resource assignments, technical oversite, and execution excellence from ITO thru OTR on new build and modernization projects

Job Description

Essential Responsibilities:

* Lead a team of electrical engineers with diverse experience to advance the engineering design and simulation of the electrical systems for a new nuclear plant.

* Provide technical oversight and mentorship to ensure system designs and deliverables comply with requirements throughout design release to manufacturing or supplier including production, validation, installation, and commission tests

* Team work planning, scheduling, and resource loading across lifecycle phases of Engineer-Procure-Construct or new product introduction.

* Collaborate proactively and inclusively for overall team across other engineering disciplines to support integrated plant design objectives

* Collaborate with project management, project engineering, support functions, and others to drive project completion

* Support business and product line leaders in ITO commercial risk review process, marketing initiatives, bid proposal, and technical recommendations

* Support project engineering or manager with understanding execution metric and status, issues, risks, mitigation or recovering plans, and be extremely proactive to identify changes in scope

* Remain current on nuclear regulatory issues and system, component, and equipment product knowledge

* Use variety of tools for requirements, design, change, configuration, and document management

* Champion nuclear safety culture;
Ensure compliance with GEH policies, quality management system, and corrective action program

* Deliver work with integrity, safety, security, quality, and on-time output

Required Qualifications:

* Bachelor of Science in Engineering, Physics, Chemistry, Computer Science, or Mathematics or equivalent 4-year technical degree

* Minimum 5 years experience in heavy industrial, thermal power, or nuclear industry working in the, design, analysis, implementation, test, installation, and commissioning of electrical power systems.

* Minimum 2 years' experience leading design teams as either a project lead or supervisor.

* Minimum 5 years' experience with PC and desktop engineering productivity software, computer aided design or analysis and modelling, and project collaboration tools

Eligibility Requirements:

* For the United States the preferred work location for this role is at the GE Vernova Hitachi Nuclear Energy Headquarters in Wilmington, NC; but highly qualified (US based) remote candidates will be considered.

* This role requires access to U.S. export-controlled information. If applicable, final offers will be contingent on ability to obtain authorization for access to U.S. export-controlled information from the U.S. Government.

* For Canada this role requires working two days a week onsite in the Markham Ontario office.

* For Canada GE will only employ those who are legally authorized to work in Canada for this opening.

Desired

Qualifications:

* 5 years experience in the nuclear industry product family system design, plant engineering, maintenance, modifications, new plant design certification, and licensing

* 2 years experience in combination of; requirements management, system design, application or requisition engineering, analysis, modeling and simulation, change, configuration, collaboration, and document management, and technical reviews related to nuclear or electrical distribution systems and equipment

* Master of Science in Engineering, Physics, Chemistry, Computer Science, or Mathematics or equivalent 4-year technical degree

* Professional Engineer

* PMI/PMP certified with proven project management experience

* Experience working in or with an architect engineering firm

* Experience in nuclear, electric power system and field engineering with working knowledge in safety-related, significant to safety, and nonsafety-related systems, hardware, software, theory of operation, equipment environmental and seismic testing and…