Amy E. Irwin, Phd Chemist Email & Phone Number

Rochester, Ny, Us

Rochester, Ny, Us

Rochester, New York, United States

Develop documents to outline requirements for new features and functions for devices based on customer needs and desires Act as liaison between Software Developers and Customers to facilitate full understanding of customer requestsEvaluate newly developed features and functions to ensure they meet requirements outlined in customer request documentationCreate new ideas for Software as a Service (SaaS) product to advance the Company

Rochester, New York, United States

Rochester, New York Area

The DWK Life Sciences portfolio includes precision glassware, laboratory consumables, and specialty life science products manufactured under the world-renowned brands, DURAN®, WHEATON® and KIMBLE®. From scientific research and technical applications to storage and packaging solutions, the world’s laboratories rely on DWK Life Sciences for the most comprehensive range of precision labware available. Our catalog reflects our commitment to premium quality and ongoing innovation, all to meet your highest expectations and help advance today’s scientific research. DWK Life Sciences is the name in precision labware providing the great lab and scienceware from Kimble and KIMAX. From disposable culture tubes to gas sampling bulbs to burettes to separatory funnels to pipettes, they are known for their strength and durability.

Rochester, New York Area

Rochester, New York

Pikeville, Ky

Pittsburgh, Pennsylvania, United States

West Mifflin, Pennsylvania, United States

Westinghouse purchased the land and began operations to support the Naval Nuclear Propulsion Program in 1948. Bettis was assigned responsibility for the engineering, design, procurement, and construction work on the prototype of the first naval nuclear propulsion plant, and in 1955 the USS NAUTILUS, the world’s first nuclear-powered submarine, went to sea under nuclear power. Prior to NAUTILUS, submarines had been limited by battery power that allowed for undersea travel of 150 miles or fewer at much slower speeds than what NAUTILUS was capable of running. In August 1958, NAUTILUS was able to sail more than 2,000 miles under the polar ice cap. Since NAUTILUS, Bettis led the development of the first nuclear-powered surface ship (the cruiser USS LONG BEACH) and the first nuclear-powered aircraft carrier (USS ENTERPRISE). Bettis designed and developed the first full-scale nuclear power plant for civilian use, the Shippingport Atomic Power Station, which began operation in 1957. The primary objective for building Shippingport was to be a source of scientific data for building future nuclear power stations, and the technology developed for the Shippingport program has been made available to industry for commercial application. During its first year of operation, Shippingport ran the equivalent of more than 3,000 hours at its full-power output of 60,000 kilowatts of electricity. Shippingport was also the site of the first Light Water Breeder Reactor, operated from 1977 until 1982. Today, Bettis provides design and engineering support for the NIMITZ Class aircraft carriers and the SEAWOLF Class fast attack submarines. Bettis is the lead design laboratory for the reactor plant design effort for the next generation of Aircraft Carriers (FORD Class).

Doctor Of Philosophy (Phd), Inorganic Chemistry

Post-Doctoral Research With Dr. Gregory R. Choppin, Radiochemistry

Bachelor Of Science (Bs), Chemistry

Chemistry