About the job
JOIN OUR TEAM
Gem Technologies, Inc. is excited to invite applications for the position of Electrical Instrumentation & Controls Engineer to support the renowned Oak Ridge National Laboratory (ORNL) in Oak Ridge, Tennessee. This is a full-time opportunity to be part of a dynamic and innovative engineering team.
Key Responsibilities
Design and develop system architectures for new installations and upgrades for high-flux isotope reactor (HFIR) structures, systems, and components (SSCs).
Conduct comprehensive calculations and technical analyses to enhance design development and validation processes.
Ensure compliance with applicable codes and standards, including DOE Orders, ICC, IEEE, and nuclear standards.
Draft and prepare design specifications along with establishing acceptance criteria for component enhancements.
Revise material specifications and oversee procurement of materials critical to nuclear safety in alignment with regulatory mandates.
Implement design modifications in line with configuration control processes and procedures established by RRD.
Qualifications
Education & Experience – A Bachelor's Degree in Electrical Engineering or a related field, with at least 6 years of experience in DOE nuclear facilities, naval nuclear environments, or commercial nuclear plants.
Citizenship – Applicants must be U. S. citizens due to the federal nature of the work.
Clearance – Candidates must be able to obtain and maintain a government-issued security clearance if required.
A thorough understanding of nuclear technology, including reactor safety basis, design, and construction fundamentals.
Expertise in analog and digital circuitry, electric circuit theory, and AC power distribution principles.
Proficient in circuit simulation tools, AutoCAD, and PCB design software.
Familiarity with HMI/PLC control systems software is a plus.
Basic understanding of DOE Orders and Standards such as DOE O 420.1C, DOE STD 1189, and DOE STD 1073-2016.
Experience with configuration management and engineering change control within a nuclear setting.

