...Project Management Institute's 2010 Project of the Year Award Gary Blake Strayer University Author Note Project Management Institute's 2010 Project of the Year Award The National Ignition Facility Project was the winner of the 2010 PMI Project of the Year Award competition. The project managed by Lawrence Livermore Laboratory was a great success because of the certified project personnel and the thorough application of the PMI standards and principals. It was put together to serve a large scientific community to explore new technologies in energy production involving new frontiers in astrophysics, material science, and nuclear science (Institute, 2012). The facility had the goal of developing self-sustaining nuclear fusion, which is the process that powers the sun and the stars, in the laboratory for the first time. It is well known by scientist that fusion power has many of the benefits of long-term renewable energy sources, such as being a sustainable energy supply compared to presently utilized sources and emitting no greenhouse gases. The finished facility contains more than 3,000 pieces of amplifier glass, 8,000 large optics, and 30,000 small optics that have been assembled into 6,206 replaceable units (PMI.org, 2010). By using PMI principles and ethics, the project design and commissioning was completed with the help of a worldwide collaboration of governments, academia and lots of industrial groups. The groups themselves were sometimes picked over...
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...Assignment 1: 2010 Project of the Year Award 2010 PMI Project of the Year Award Citing groundbreaking technical achievement and exemplary management, the National Ignition Facility (NIF), the first laser expected to achieve fusion ignition in a laboratory setting, has been awarded the Project Management Institute's (PMI's) 2010 Project of the Year (Seaver, Lynda L, n.d.). The Lawrence Livermore National Laboratory in Livermore, CA was tasked to build the National Ignition Facility (NIF) by the Department of Energy (DOE). The NIF is a facility to produce intense pressures and temperatures that may, for the first time, simulate in a laboratory the thermonuclear conditions created in nuclear explosions. The NIF project was approved in 1995. Construction The stadium-sized facility was to be 500,000 square feet. They excavated over 210,000 cubic yards of soil, poured 73,000 cubic yards of concrete, and had more than 7,000 workers completed NIF project three week ahead of schedule and $2M dollars under budget. There were many challenges to overcome. One was the target bay which serves as the target point for 192 lasers had to be installed 45 feet below ground. Concrete had to be poured for 18 hours to overcome this challenge. Another challenge occurred 6 months after the ground breaking when heavy rains from El Nino flooded the NIF worksite. It took wet weather construction engineers 3 weeks to restore the project. Then a month later, crews unearthed the remains of...
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...The National Ignition Facility (NIF) won the Project Management Institute’s Project of the Year Award in 2010. The NIF is the first to use laser expected to use fusion ignition in a laboratory. The NIF is in a big facility, in a ten story building located in California. There is enough space for all there workers and research materials to achieve there goal. They received this award because they were recognized for there project team, for there performance, and for the execution of there project management. This company has a goal has a purpose, which is to obtain nuclear fusion in a laboratory setting. Fusion is a renewable energy source. The NIF will be used to assure the safety and security of weapons that are nuclear. They will provide a way to carbon free and a limitless source of energy. They will make astrophysics larger, material science, and basic science. “The team at NIF had a deadline for the construction so all the equipment could be in and completed” said Dr. Edward Moses, Principal Associate Director for the NIF and Photon Science Directorate. They made sure they had everything in place so they could be organize and everybody that help fit right in. The project had resources which was from people who was working like the scientist, the engineers, the vendors, suppliers, technicians, and support personnel. Other resources they had was the machinery. That consisted of 192 lasers which can give of 50 more times the energy than any other laser. They wanted to develop...
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