About this role
Job title: ALARA Specialist III or Senior
About the Role
Join Entergy as an ALARA Specialist III or Senior responsible for planning, implementing, and optimizing ALARA programs to reduce exposure and contamination in nuclear operations. This onsite role supports outage planning, dose reduction, and radiological risk management across Entergy facilities, with opportunities to apply fleet and industry best practices.
What You'll Do
- Prepare and implement ALARA planning, estimating, work group involvement and procedure implementation in accordance with Entergy procedural guidance for exposure reduction.
- Conduct performance assessments, corrective actions, benchmarking, and job evaluations with regards to ALARA processes and practices.
- Implement fleet and industry best practices.
- Perform independent, specific roles such as outage planning, or other duties integral to the Radiation Protection ALARA program.
- Communicate with customers to determine best plans for exposure reduction; independently assess and make field technical decisions; communicate with all levels of management.
- Utilize knowledge to strategically assess corrective actions to improve exposure reduction, contamination reduction and work efficiency; coach and perform critical observations.
- Create, track, close and file RWP’s, ALARA Plans, TEDE-ALARA Evaluations, Outage Milestones.
- Conduct validation of dose estimates for work orders/emergent work.
- Shielding preparation, TSR development and approval.
- Monitor/document accumulated dose for station/work groups.
- ALARA Managers Committee - Preparation, Attendance, and Interaction; attend meetings and provide input on Radiological Risk, Dose Savings Ideas, RP Resource needs.
- Establish radiological work requirements; organize, assemble and maintain job history files; represent the Radiation Protection Department in online & outage work planning processes.
- Perform station work schedule reviews; review station temporary alterations, modifications, or engineering changes for ALARA dose impacts and radiological risk.