Waste Characterization Specialist - Oak Ridge, TN

ASRC Industrial, (“AIS”), and its Operating Companies will never ask job candidates for sensitive personal information (such as Social Security numbers, banking details, or payment of any kind) during the hiring process. If you receive unsolicited communications from individuals claiming to represent ASRC Industrial using non-official email addresses (e.g., not from ), please report the message and do not engage. Official job postings can always be found on our website:  or

RSI is a dynamic group of companies that has provided services to major federal clients and Fortune 500 engineering and construction companies since 1996. We have experience in complex, highly regulated markets providing environmental, nuclear, construction management, project delivery, and specialty professional services while maintaining an excellent safety record. We offer a full range of benefits including a generous PTO plan, paid holidays, medical, dental, vision, 401K (100% match up to 4% eligible compensation) and 100% immediate vesting, basic and supplemental life insurance, and short- and long-term disability.

RSI is headquartered in Oak Ridge, Tennessee, and is a wholly owned operating company of ASRC Industrial (AIS). AIS is a wholly owned operating company of Arctic Slope Regional Corporation (ASRC), an Alaska Native Corporation (ANC). Through ASRC, we are a certified Minority Business Enterprise (MBE) and Small Disadvantaged Business (SDB), and we also offer 8(a) options.

RSI is currently recruiting for a talented and experienced Waste Characterization Specialist to support the UCOR Cleanup Projects at Oak Ridge National Laboratory, and Y-12 National Security Complex. The Characterization Specialist is responsible for the preparation of CERCLA documentation, characterization planning, sampling and analysis plans, and work plans to provide a path forward for ultimate disposition of remediated materials. The Waste Characterization Specialist is responsible for monitoring the characterization as samples are collected and data is received from the analytical laboratories.

The facilities subject to characterization by UCOR have a wide variety of radionuclides and chemical contaminants; thus, a broad background of characterization experience is desired. This position is primarily for the characterization planning for buildings and their remaining contents, equipment, and process systems; however, soil and water characterization will also be required.

• Collecting existing process knowledge to define the contaminants of concern, and the materials subject to characterization
• Performing field visits to hazardous and radiological waste sites
• Preparing data quality objectives and data quality assessments in accordance with EPA guidance (U.S. EPA QA/G-4, U.S. EPA QA/G-9R)
• Developing sampling and analysis plans to collect the required data
• Developing quality assurance plans in accordance with the EPA Quality Management Plan Standard
• Preparing engineering calculations where necessary for materials of construction, or to balance hazardous constituent concentrations across the balance of the waste stream
• Preparing regulatory work plans and waste handling plans under the CERCLA process

• Must have at a minimum a bachelor’s degree in related earth science/environmental science/engineering field from an accredited school or equivalent, with a minimum of 5 years of experience in the responsibilities detailed (10+ years preferred).
• Able to complete 40-hour HAZWOPER training

• Technical knowledge of radiological and chemical characterization practices.
• Technical knowledge of laboratory analytical procedures/practices and analytical data evaluations.
• Proven ability to work with a multidisciplinary team
• Effective written and verbal communication skills
• Knowledge of the CERCLA cleanup process
• Self-motivated, requires limited direction
• Experience and knowledge of the Oak Ridge Reservation (ORR) and the Department of Energy (DOE) is preferred but not required
• Prior experience in characterization of radio logically contaminated facilities is…