What are the responsibilities and job description for the Analytical Chemist - Inorganic position at ARCCA?
Applied Technical Services, LLC, is a leading provider of critical testing, inspection, certification, and compliance services. The company serves clients across a diverse set of large and stable end markets including manufacturing, power generation, aerospace, medical, and defense. ATS was founded in 1967 and is headquartered in Marietta, GA. Today the Company employs nearly 2,100 team members in over 95 locations across the United States. Our purpose is to create a safe and reliable world and our mission is to deliver assurance through precise technical and professional services.
We are currently seeking a degreed scientist to work in the inorganic analysis section of our Chemistry Department located in our Marietta, GA office. The Chemistry Department at ATS has a broad range of analytical capabilities. Whether the customer needs to know the composition of a metal alloy or an unknown process contaminant they just found, ATS Chemistry can determine the material composition and identification of their samples. Our philosophy is "We take a closer look”.
This chemist level position at ATS will primarily involve the analysis of samples using ICP-AES and ICP-MS but may also include analysis using the following methodologies/equipment: XRF, spark OES, LECO combustion analysis and microwave assisted sample digestion.
We are currently seeking a degreed scientist to work in the inorganic analysis section of our Chemistry Department located in our Marietta, GA office. The Chemistry Department at ATS has a broad range of analytical capabilities. Whether the customer needs to know the composition of a metal alloy or an unknown process contaminant they just found, ATS Chemistry can determine the material composition and identification of their samples. Our philosophy is "We take a closer look”.
This chemist level position at ATS will primarily involve the analysis of samples using ICP-AES and ICP-MS but may also include analysis using the following methodologies/equipment: XRF, spark OES, LECO combustion analysis and microwave assisted sample digestion.