Mississippi State University has secured a $90,000 grant from the U.S. Department of State to lead a new trilateral energy research initiative. This project connects academic and research partners across the United States, the Kingdom of Bahrain, and the United Kingdom. Masey Smith, MSU International Institute Deputy Director of Research Development, described the program’s broader objectives for the involved nations. "SPARK gives Mississippi State and our partners an opportunity to build durable relationships that support innovation, strengthen people-to-people ties and create practical pathways for future collaboration among the United States, Bahrain and the United Kingdom," said Smith. The initiative intends to align energy research efforts between the three countries through shared academic cooperation.
Funding and Strategic Framework
The Department of State provides funding for this project through the Advancing Innovation and Collaboration Through C-SIPA initiative. This program serves as the formal mechanism for supporting the trilateral research efforts between Mississippi State University, Bahrain Polytechnic, and Queen’s University Belfast. Officials identify C-SIPA as an acronym for the Full Security Integration and Prosperity Agreement. This agreement outlines the framework for how the United States, the Kingdom of Bahrain, and the United Kingdom coordinate their academic and technical resources. The financial allocation supports the operational requirements for teams working in Starkville and international locations. Partners utilize these resources to sustain the research goals established by the trilateral energy initiative.
Global Research and Implementation
Bahrain Polytechnic serves as the primary in-country implementation partner for the energy research project. Based in Manama, the institution manages local operational logistics to ensure the initiative aligns with regional technical requirements.
Queen’s University Belfast provides specialized expertise to the trilateral effort. Researchers from the university contribute knowledge in power system modeling and grid analytics to the shared project goals. These contributions aim to enhance the technical accuracy of the energy research conducted by the partnership. Mississippi State University coordinates these international academic inputs to support the broader objectives of the initiative. Teams across all three locations integrate these findings to refine energy frameworks and maintain consistent research standards throughout the duration of the program.
Leadership and Program Vision
The initiative operates under the title SPARK: Sustainable Power, Advanced Energy, Research and Knowledge Exchange. Qingqing Liu, an assistant professor at Mississippi State University’s Michael W. Hall School of Mechanical Engineering, leads the project. Regarding the program's design, Liu stated, "What makes this initiative important is that it is designed for both immediate learning and long-term partnership." Liu further noted, "By bringing together researchers, students and institutional partners, SPARK creates a foundation for shared discovery and practical innovation in advanced energy systems."
Chance Carden, a project manager with MSU’s International Research Development Office, serves as a central coordinator for the initiative's objectives. Carden explained that "SPARK will connect researchers, institutions and emerging leaders from across the globe to exchange knowledge, build lasting professional relationships and advance mutually beneficial innovation in sustainable energy development."
Institutional ties between the participating nations are supported by previous academic engagements. MSU Professor Missy Hopper served as a U.S. Fulbright Scholar in Bahrain during the 2024-2025 academic year. Her experience in the Kingdom of Bahrain informs the collaborative approach adopted by the university as it manages the trilateral research efforts.
