Senior Remote Nuclear Stability Engineer

GE Vernova, Inc.; Boston (MA); Remote; USD 111,000 - 213,000; Full time

Benefits offered by this job

Medical/Dental/Vision

401(k) with company match

Tuition assistance

Paid holidays

Job summary

GE Vernova, Inc. is seeking a senior engineer to lead safety analyses focused on thermal-hydraulic stability, plant noise, and PRNM stability interfaces for BWR fleets and advanced designs like BWRX-300.

You will drive reload analyses, stability method development, and cross-disciplinary collaboration with design, licensing, and project teams. The role requires 8+ years in nuclear TH stability analysis, proficiency with BWR physics tools, and strong communication skills to interface with

Qualifications

• Bachelor’s degree in an accredited engineering discipline.
• Minimum of 8 years in nuclear plant thermal-hydraulic stability analysis.
• Ability to lead safety-analysis projects and communicate with stakeholders.

Responsibilities

• Perform plant TH stability analyses, plant noise analyses, and PRNM stability interface evaluations.
• Lead fuel project activities including reload analyses and stability method development.
• Collaborate across disciplines to develop optimal customer solutions.
• Communicate with project managers, technical personnel, and customers on technical matters.
• Support regulatory interactions to facilitate stability methodology approvals.
• Prepare and present technical analyses and recommendations to stakeholders.
• Provide mentoring, procedure development support, and knowledge management.
• Develop and deliver technical training programs to transfer knowledge.
• Ensure high quality work compliant with regulatory requirements and QA standards.

Skills

Nuclear Engineering

Thermal-Hydraulic Analysis

PRNM stability

Python

C#

Education

Bachelor's degree in Nuclear, Mechanical, Chemical Engineering

Tools

TRACG

TRACE

RELAP

Job description

GE Vernova, Inc. is seeking a senior engineer to lead safety analyses focused on thermal-hydraulic stability, plant noise, and PRNM stability interfaces for BWR fleets and advanced designs like BWRX-300.

You will drive reload analyses, stability method development, and cross-disciplinary collaboration with design, licensing, and project teams. The role requires 8+ years in nuclear TH stability analysis, proficiency with BWR physics tools, and strong communication skills to interface with