Instrumentation & Controls Engineer

Become a part of ENERCON as a Mid-Level Instrumentation and Controls Design Engineer. We are seeking talented I&C Engineers to join our Nuclear Design Group.

Our Instrumentation & Controls Engineer career path has many options. You can bring your experience to our mid-level and senior roles, or step into a principal engineer position where you’ll lead and mentor others. We continually invest in our employees and provide training and tools for advancement, development, and career progression—whether you prefer a path to become a subject matter or technical expert, a people leader, a project manager, or a leader in business development.

We are currently hiring for full-time roles in the following locations:

• Glendale, AZ
• San Luis Obispo, CA
• Kennewick, WA
• Chattanooga, TN
• Kennesaw, GA (Suburb of Atlanta)
• Naperville, IL (Suburb of Chicago)
• Overland Park, KS
• Ft Worth, TX
• Baton Rouge, LA
• Palm Beach Gardens, FL
• Birmingham, AL
• Pensacola, FL
• Tampa, FL
• Huntsville, AL
• Oak Ridge, TN
• Charlotte, NC
• King of Prussia, PA

We are looking for Instrumentation and Control Systems Engineers to be part of multi-disciplinary project teams that perform upgrades and modifications to nuclear power plants. The subject matter will be in the following areas:

• Digital Systems, such as PLCs, DCSS, Human System Interfaces, network devices, and similar control systems
• Sensing instruments and transmitters for level, pressure, flow, temperature, reactivity, vibration, position, and speed
• Functional Requirements and Procurement Specifications for instrumentation and control systems
• Design change package preparation and review/design verification per industry and client standards
• Provide guidance as a mentor in the development of less experienced nuclear instrumentation and controls design engineers

As a key member of our engineering department, you'll collaborate with interdisciplinary teams to support the safe, reliable, and efficient operation of commercial nuclear power facilities. A typical day may include conducting electrical assessments, ensuring compliance with regulatory standards, updating plant drawings and documentation, reviewing vendor submittals, and implementing innovative solutions to enhance plant reliability and safety.

• Develop Engineering Deliverables: Produce precise and error-free drawings, calculations, and analyses that exceed industry codes, standards, and client expectations, ensuring every project is built on a solid foundation of accuracy
• Set the Standard: Develop engineering documents that not only meet but surpass client, ENERCON, and regulatory requirements, adhering to processes that guarantee excellence every step of the way
• Stay on the Cutting Edge: Continuously enhance your expertise in industry codes, safety culture principles, and advanced design techniques, staying ahead in the dynamic nuclear sector
• Drive Quality & Precision: Deliver exceptional engineering solutions that align with rigorous quality assurance programs and consistently raise the bar for project performance
• Cultivate Strong Client Connections: Build trust and lasting relationships through clear communication, professional engagement, and the consistent delivery of superior engineering results
• Collaborate Across Disciplines: Partner seamlessly with multidisciplinary teams to create integrated, well-rounded designs that meet diverse project requirements
• Provide Field Support: Take your expertise on-site, engaging directly with client personnel, performing detailed plant walkdowns, and ensuring all structures, systems, and components meet the highest engineering standards #LI-MB1

• Bachelor's Degree in Electrical, Mechanical, Chemical, Computer, Mechanical, Nuclear Engineering, or related field in Engineering or equivalent education/experience
• A minimum of 3 years of experience in design engineering of instrumentation and control systems; preferably for nuclear power
• Experience with power plant instrumentation and controls systems design for either BWR or PWR units, including turbine/feedwater controls, radiation monitoring, HVAC/chiller controls, reactor protection, plant process computers, and human system interfaces
• Experience in preparing, marking up, and reviewing design drawings, instrument data sheets, and software/cyber security documents
• Experience developing system requirement/ procurement specifications, design descriptions/control narratives, test plans/test procedures, and requirements traceability matrixes
• Must have experience in power…