Principal Technical Leader For Advanced Nuclear Construction And Innovation
The Principal Technical Leader for Advanced Nuclear Construction and Innovation will conduct and lead applied research in complex, high-impact technical areas related to nuclear construction, civil engineering systems, and advanced construction methodologies.This individual will apply deep expertise in structural and civil engineering, construction technologies, and nuclear project execution to support development and deployment of advanced nuclear power plants such as Small Modular Reactors (SMRs) and Microreactors.The role combines strategic technical leadership defining research pathways and industry best practices with execution of near-term research and demonstration activities.
The successful candidate will work across EPRI programs, collaborate closely with internal teams and external members and partners, manage contractors, and deliver high-quality technical products that support civil design and construction development, performance understanding, and regulatory decision-making.This role will plan, manage, and lead research and development (R&D) projects within the Advanced Nuclear Technology Program.The role will interface directly with EPRI members, advanced nuclear reactor developers, national laboratories, and regulatory stakeholders to identify needs, shape research portfolios, and deliver impactful technical products.
Key Responsibilities:
- Technical Research and Analysis: Build strong research portfolio on engineering methods, design activities, construction technologies, and structural engineering to derisk and deploy new nuclear builds. Understanding of nuclear power plants siting, project management, construction execution, procurement and siting. Lead research and technical analysis in advanced nuclear construction, including reinforced concrete structures, steel-concrete composite systems, and modular construction techniques. Develop and evaluate innovative construction methodologies such as precast concrete, modularization, and steel plate composite systems. Provide technical leadership in structural design practices aligned with ACI 349, ASCE 4, and ASCE 43.
- Program Execution and Strategic Support: Contribute to defining logical next steps in advanced construction research programs, including identifying priorities, sequencing work, and differentiating near-term deliverables from longer-term research needs. Support program planning and execution by defining priorities, coordinating cross-program work, and aligning research with industry needs. Engage with utilities, new nuclear reactor designers, contractors, and regulators to identify construction challenges and develop practical solutions.
- Collaboration, Contractors, and External Engagement: Work effectively in a collaborative, team-based environment and demonstrate flexibility and open mind to support varied work scopes and cross program initiatives. Manage contractors and research activities, including scope development, technical oversight, and deliverable review. Be accountable for scope, schedule, and budget of research projects. Maintain and expand relationships with EPRI members, manufacturers, researchers, and regulators; leverage an existing professional network where possible.
- Communication and Technical Writing: Produce high-quality technical reports, analyses, and presentations suitable for expert audiences, program members, and regulatory stakeholders. Clearly communicate research methods, assumptions, results, and limitations in written and verbal formats. Participate in technical meetings, workshops, and conferences to share results and exchange insights with the broader nuclear civil engineering and design community.
Preferred Qualifications:
- 12+ years of experience in civil engineering, nuclear construction, or related R&D.
- Field construction experience is a plus.
- Strong knowledge of nuclear structural design codes including ACI 349, AISC N690, ASCE 4, and ASCE 43.
- Experience with advanced construction technologies such as precast concrete, modular construction, and steel plate composite walls.
- Understanding of concrete materials, reinforced concrete design, and structural performance.
- Familiarity with nuclear plant siting, geotechnical considerations, and engineering execution practices.
- Experience with quality assurance, inspection techniques, and nondestructive evaluation methods.
- Education: Bachelor's degree in Civil Engineering or related field required. Advanced degree (MS/PhD) preferred. Significant relevant work experience may be considered in lieu of an advanced degree.
Additional Information:
This position may require occasional travel to EPRI members, conferences, and industry partner locations. The successful candidate must be able to work in a collaborative, multidisciplinary environment and manage multiple priorities effectively.
Principal Technical Leader For Advanced Nuclear Construction And Innovation
The Principal Technical Leader for Advanced Nuclear Construction and Innovation will conduct and lead applied research in complex, high-impact technical areas related to nuclear construction, civil engineering systems, and advanced construction methodologies.This individual will apply deep expertise in structural and civil engineering, construction technologies, and nuclear project execution to support development and deployment of advanced nuclear power plants such as Small Modular Reactors (SMRs) and Microreactors.The role combines strategic technical leadership defining research pathways and industry best practices with execution of near-term research and demonstration activities.
The successful candidate will work across EPRI programs, collaborate closely with internal teams and external members and partners, manage contractors, and deliver high-quality technical products that support civil design and construction development, performance understanding, and regulatory decision-making.This role will plan, manage, and lead research and development (R&D) projects within the Advanced Nuclear Technology Program.The role will interface directly with EPRI members, advanced nuclear reactor developers, national laboratories, and regulatory stakeholders to identify needs, shape research portfolios, and deliver impactful technical products.
Key Responsibilities:
- Technical Research and Analysis: Build strong research portfolio on engineering methods, design activities, construction technologies, and structural engineering to derisk and deploy new nuclear builds. Understanding of nuclear power plants siting, project management, construction execution, procurement and siting. Lead research and technical analysis in advanced nuclear construction, including reinforced concrete structures, steel-concrete composite systems, and modular construction techniques. Develop and evaluate innovative construction methodologies such as precast concrete, modularization, and steel plate composite systems. Provide technical leadership in structural design practices aligned with ACI 349, ASCE 4, and ASCE 43.
- Program Execution and Strategic Support: Contribute to defining logical next steps in advanced construction research programs, including identifying priorities, sequencing work, and differentiating near-term deliverables from longer-term research needs. Support program planning and execution by defining priorities, coordinating cross-program work, and aligning research with industry needs. Engage with utilities, new nuclear reactor designers, contractors, and regulators to identify construction challenges and develop practical solutions.
- Collaboration, Contractors, and External Engagement: Work effectively in a collaborative, team-based environment and demonstrate flexibility and open mind to support varied work scopes and cross program initiatives. Manage contractors and research activities, including scope development, technical oversight, and deliverable review. Be accountable for scope, schedule, and budget of research projects. Maintain and expand relationships with EPRI members, manufacturers, researchers, and regulators; leverage an existing professional network where possible.
- Communication and Technical Writing: Produce high-quality technical reports, analyses, and presentations suitable for expert audiences, program members, and regulatory stakeholders. Clearly communicate research methods, assumptions, results, and limitations in written and verbal formats. Participate in technical meetings, workshops, and conferences to share results and exchange insights with the broader nuclear civil engineering and design community.
Preferred Qualifications:
- 12+ years of experience in civil engineering, nuclear construction, or related R&D.
- Field construction experience is a plus.
- Strong knowledge of nuclear structural design codes including ACI 349, AISC N690, ASCE 4, and ASCE 43.
- Experience with advanced construction technologies such as precast concrete, modular construction, and steel plate composite walls.
- Understanding of concrete materials, reinforced concrete design, and structural performance.
- Familiarity with nuclear plant siting, geotechnical considerations, and engineering execution practices.
- Experience with quality assurance, inspection techniques, and nondestructive evaluation methods.
- Education: Bachelor's degree in Civil Engineering or related field required. Advanced degree (MS/PhD) preferred. Significant relevant work experience may be considered in lieu of an advanced degree.
Additional Information:
This position may require occasional travel to EPRI members, conferences, and industry partner locations. The successful candidate must be able to work in a collaborative, multidisciplinary environment and manage multiple priorities effectively.
