SSRNL is an applied research and development facility for the U.S. Department of Energy, focusing on practical, technology-based solutions in three main areas: national security, environmental stewardship, and energy resilience. It conducts research and develops technologies for environmental remediation, legacy waste management, safe disposition of nuclear materials (including vitrification), hydrogen technologies, advanced manufacturing, cybersecurity, materials science, and nonproliferation. Its work supports federal government agencies such as the DOE and NNSA, and its operations are led by the Battelle Savannah River Alliance with partners like Georgia Tech and the University of South Carolina. Products and services come in the form of research programs, technology development, and deployment to address national challenges, including maintaining the nuclear deterrent, reducing nuclear threats, and enabling safe, resilient energy systems.
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USCA STEM Fair connects students with career opportunities. Friday, November 6, 2026 - Angela Saxon More than 130 University of South Carolina Aiken students explored career opportunities, connected with prospective employers and learned about internships during the university's annual STEM Fair on Sept. 30. Hosted by USCA Career Services, the event brought representatives from 22 employers and organizations to campus, offering students a firsthand look at careers in science, technology, engineering and mathematics. "It's always a good idea for students to learn how to network with employers, and this gives them the opportunity to build those skills directly on campus," said Sumner Markwalter, assistant director of Career Services. For students like Gabriella Thomas and Richard Hutto, those connections build on professional experiences they have already gained through internships and research. Thomas, a senior business management major with a minor in international relations, has spent the past three summers interning with Savannah River Mission Completion (SRMC). Her work in the organization's procurement department has included compliance, strategic agreements and program rights. Attending the STEM Fair has helped her better understand the range of career opportunities available in the region, including positions that draw on skills beyond traditional STEM disciplines. "Coming into college, you really don't know too much," Thomas said. "And as a freshman, procurement is probably the thing you know the least about. So just being able to come every year and learn more about how that ties into everyday processes and knowing what's around the CSRA has helped a lot." Thomas hopes to return to SRMC after graduation as a full-time project controls engineer. Hutto, a mechanical engineering major, is also building on his classroom education through professional and research experience. He completed a summer internship with SRMC's Rapid Response Team at the Defense Waste Processing Facility and hopes to pursue a career in environmental engineering. At USCA, Hutto is researching the use of nanofluids in concentrated solar power devices, exploring ways to improve the efficiency of solar energy generation. His interest in the university's connections to the region's scientific and engineering community began before he enrolled as an undergraduate. "I actually attended the Aiken Scholars Academy on campus, so I just saw the connection to Savannah River, and that was a big component of why I decided to go here," Hutto said. During his time at USCA, Hutto has also seen the university expand its STEM research capabilities, including the development of the Advanced Manufacturing Collaborative, a partnership between USCA and Savannah River National Laboratory. "I'm just really glad to be part of an institution that contributes to future generations of STEM students," he said. The STEM Fair introduced students to opportunities in engineering, laboratory research, technology and environmental fields. Participating organizations also shared information about internships and full-time employment, giving students at different stages of their education opportunities to explore potential career paths. Employers welcomed the chance to meet students and discuss the skills and experiences needed to enter the workforce. "It was an exceptional event from start to finish," said Valarie H. Preddy, academic research and partnerships talent program manager for internships with Savannah River Nuclear Solutions. "The students were well prepared, professional, and eager to enter the workforce." Preddy also praised students' willingness to ask questions and learn about internships and upcoming opportunities. For Thomas and Hutto, the STEM Fair represents another opportunity to build on experiences already shaping their professional ambitions. Their internships, research and connections with regional employers demonstrate how USCA students are putting their education to work well before graduation.
Texas A&M receives $5.4 million DOE grant for nuclear waste-to-fuel research. 'This project demonstrates how we can address long-term nuclear waste challenges.' November 2, 2026 The Texas A&M Engineering Experiment Station (TESS) has received a $5.4 million U.S. Department of Energy grant to develop technology that could convert long-lived nuclear waste into fuel for advanced reactors. Deputy Energy Secretary James P. Danly announced the award October 29 during a visit to Texas A&M. The project, titled Turning Nuclear Waste into Fuel with a Thorium Molten Salt Reactor, is led by Lin Shao, a professor in the university's Department of Nuclear Engineering. Researchers from TEES and Savannah River National Laboratory, along with industry partner Natura Resources, will collaborate on the project. The work will combine fuel preparation, experimental testing, computational modeling, and reactor design to explore ways to reduce the long-term burden of used nuclear fuel while advancing molten salt reactor technology. "This project demonstrates how we can address long-term nuclear waste challenges while advancing technologies that strengthen our nation's energy security," said Danly, describing the research as part of the department's effort to support advanced reactor development. Texas A&M President Susan Ballabina said the federal investment recognizes the role of universities in developing energy technologies and supporting workforce development and economic growth. Robert H. Bishop, vice chancellor and dean of Texas A&M Engineering and director of TEES, said the research could help reduce nuclear waste, improve energy reliability, and support U.S. leadership in advanced nuclear technologies. Molten salt reactors are attracting interest as a potential source of reliable, carbon-free electricity. The Texas A&M project will examine whether thorium-based fuel technology can improve fuel utilization while addressing challenges associated with long-lived radioactive waste. The grant expands the university's nuclear research portfolio, but the announcement did not provide a project completion date or specify when the technology could be deployed commercially. Home " Featured " Texas A&M receives $5.4 million DOE grant for nuclear waste-to-fuel research.
Aiken Technical College announces new commission and foundation board members. * SUBMITTED ARTICLE [email protected] * Oct 30, 2026 Aiken Technical College announces recent appointments to its area commission and foundation boards. Sharon Marra recently joined the Aiken County Commission for Technical and Comprehensive Education as an ex officio member. Marra retired for the Savannah River National Laboratory after 35 years at the Savannah River Site. When she retired, she was the SRNL deputy laboratory director and chief operating officer, a role she held for a decade. Her community leadership and activities include the Aiken County Commission on Higher Education, Citizens for Nuclear Technology Awareness, Habitat for Humanity, the SRS Museum, Aiken Hook a Kid on Golf and the Aiken Energy and Environmental Committee. The Aiken County Commission for Technical and Comprehensive Education is the governing board of Aiken Technical College. Aiken Technical College Foundation. The Aiken Technical College Foundation has welcomed three new members to its board of trustees. Sarah McCall is a senior project and construction leader with over 30 years of experience guiding complex, highly regulated projects. She currently serves as the area project manager and functional program manager for project management at Savannah River Mission Completion. Her expertise includes workforce planning, labor relations, skilled trades, organizational leadership, community service, mentoring and stakeholder engagement. Natasha McCants is a senior capital project management leader with more than 25 years of experience leading complex projects and teams. As vice president of professional development for the PMI Augusta-Aiken Chapter, McCants champions professional development, mentorship and career advancement across the CSRA. Her community work includes launching a peer-led PMI credentialing program, building connections between industry and education, and creating opportunities for students and emerging professionals to learn alongside experienced leaders. Laura Warren is a community engagement regional manager for Meta, supporting data centers in Georgia and South Carolina. She has helped the Aiken Chamber Foundation establish the Aiken Innovation Corridor and has overseen workforce development and community grants for numerous local nonprofits through her work with Meta. Before joining Meta, she covered the Augusta-Aiken market for 13 years as an evening anchor and investigative reporter for News 12. Aiken Technical College is a two-year comprehensive college in Graniteville. Founded in 1972, the college provides educational and workforce development opportunities through academic programs, continuing education, and corporate training services.
Revolutionizing nuclear and defense: new US 3D printing partnership for complex component manufacturing. August 30, 2026 3D Systems has entered into a partnership with the Savannah River National Laboratory (SRNL) to develop advanced 3D printing technologies tailored for use in nuclear energy, critical infrastructure, and national security applications. This collaboration is facilitated through a Cooperative Research and Development Agreement (CRADA) and will take place at SRNL's Advanced Manufacturing Collaborative (AMC) in South Carolina. The partnership aims to innovate in areas such as new materials, manufacturing equipment, and integration of artificial intelligence in the additive manufacturing process. Their focus will be on complex components that need to withstand extreme temperatures and radiation. Initial research will explore high-temperature nickel-based superalloys and radiation-tolerant materials, critical for fabricating components like heat exchangers, reactor internals, as well as pumps and valves. Additive manufacturing offers the capability to produce intricate geometries that are often unachievable with conventional manufacturing methods, while also minimizing material waste and enhancing design freedom. The implications of this collaboration extend beyond just the design of individual components; it aims to bolster the domestic manufacturing capacity of the U.S. and improve supply-chain resilience as the country invests in advanced nuclear technologies. Moreover, the partnership will delve into the optimization of manufacturing processes using AI and machine learning, providing an opportunity to adjust production parameters intelligently. A critical aspect of this initiative involves establishing a pipeline for workforce development. Researchers and engineers will gain hands-on experience with advanced additive manufacturing systems, preparing a skilled workforce for industries involved in nuclear, aerospace, defense, and energy. This strategic collaboration comes at a crucial time when the demand for efficient manufacturing methods is increasing, driven by advancements in nuclear technologies. According to the International Energy Agency, global capacity for small modular reactors could reach around 40 GW by 2050, or even 120 GW in an accelerated adoption scenario. The ultimate goal for 3D Systems and SRNL is to transition additive manufacturing from experimental stages to a repeatable, industrial production standard, moving towards a future where innovation in energy systems can be rapidly realized. Have a model ready? Get a price in seconds. Upload your STL or STEP file for an instant, no-obligation quote across every process and material 3D Printing Services offer.
3D Systems signs research deal with Savannah River National lab. E-mail Address StreetInsider.com Top Tickers, 8/27/2026 August 27, 2026 7:32 AM EDT Get alerts DDD hot sheet. SELL ( = Flat) 3D Systems (NYSE: DDD) has entered into a Cooperative Research and Development Agreement (CRADA) with Savannah River National Laboratory (SRNL) to develop additive manufacturing technologies for energy and national security applications, according to a company statement released Aug. 27, 2026. The agreement centers on SRNL's Advanced Manufacturing Collaborative, which opened in August 2025. Under the CRADA, the two organizations will work jointly on materials development, equipment enhancements, artificial intelligence and machine learning process optimization, cybersecurity, and workforce training. A primary focus of the collaboration is applying 3D printing to nuclear energy components, including heat exchangers, reactor internals, pumps, and valves made from high-temperature nickel-based superalloys and radiation-tolerant materials. The partnership also targets broader energy infrastructure and national security applications. 3D Systems equipment has already been installed at the Advanced Manufacturing Collaborative facility, which is located on a public university campus in South Carolina and is the only national laboratory-operated site in the state. "This agreement demonstrates the impact and importance of high-quality 3D printing materials and technologies on key industrial markets, particularly energy and national security, and on developing the skilled workforce those markets require," said Jeff Graves, president and CEO of 3D Systems. Roderick Jackson, associate laboratory director for science, energy and innovation at SRNL, said the collaboration aims to "strengthen U.S. manufacturing competitiveness" through additive manufacturing technologies. The CRADA is structured to create a pathway from research to technology transfer and commercial application, with the partners targeting scalable manufacturing solutions for nuclear energy, aerospace and defense, and environmental technologies. The agreement also includes workforce development components aimed at training engineers, scientists, and technicians in advanced manufacturing. SRNL is managed by Battelle Savannah River Alliance for the U.S. Department of Energy's Office of Environmental Management.
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Industries
Company Size
501-1,000
Company Stage
N/A
Total Funding
N/A
Headquarters
Town of Yorktown, New York
Founded
1951
Find jobs on Simplify and start your career today
Don't see your dream role? Check out thousands of other roles on Simplify.Browse all jobs