Collaborative Research Grants

4-VA is a partnership among nine Virginia institutions (UVA, VT, JMU, GMU, ODU, VMI, CNU, W&M, and Radford) established to accomplish much more than any individual institution could achieve alone. With access to funding via a Collaborative Research Grant, teams can build evidence to show that their projects will make meaningful contributions to their fields and/or address an important societal or technical challenge. The collaborative nature of these grants maximizes university resources at the 4-VA institutions and leverages faculty expertise, all while increasing robustness and capacity within the Commonwealth’s research community. Projects that would not be feasible without collaborative partnerships and leveraged resources are highly valued.

Proposals may come from any discipline, and interdisciplinary proposals are especially encouraged. Because research practices vary across fields, the outcomes of a project may vary as well. In fields where external funding is expected, the primary outcome may be obtaining external grant funding. Other outcomes may include journal publications, policy briefs, creative works, book chapters, edited volumes, prototypes, patents, and open educational resources. Regardless of research approach, this funding is intended to seed projects that will continue beyond the funding year, through subsequent funding, publications, or collaborations.

The bridge from UVA to VCU through 4-VA at UVA brings together researchers at these excellent universities who have complementary expertise. There's great success in just having that interaction.

- Dr. Christopher Highley, Associate Professor of Biomedical Engineering and Chemical Engineering

4-VA funding was an essential component facilitating this collaboration and collecting preliminary data.

- Dr. Baoxing Xu, Associate Professor of Mechanical Engineering

As a young professor, it’s difficult to compete with seasoned faculty because they have turned out so much data and established rapport with program managers. 4-VA helps bridge that gap for new professors.

- Dr. Kory Burns, Assistant Professor of Materials Science

The collaborative nature of these grants fosters genuine scientific growth and creates a community feel.

- Dr. Alan Bergland, Associate Professor of Biology

Engaging undergraduate students in research is an essential component of Collaborative Research Grants. Students who participate can benefit in many ways, including:

1. Learning to Plan Research

• Setting objectives
• Designing research protocols

2. Troubleshooting Technical Challenges

• Identifying problems
• Testing solutions
• Adapting when initial approaches don't work as planned

3. Balancing Resources

• Managing limited materials
• Allocating time effectively
• Making strategic decisions about project priorities

4. Thinking Critically Through Issues

• Analyzing complex problems
• Considering multiple perspectives
• Working through challenges independently

5. Learning from Failure

• Setbacks lead to breakthroughs
• Each failure provides valuable information

6. Collaborating Works

• Cross-university partnerships produce results
• Combining complementary expertise yields better outcomes

These principles transform learning by requiring independence, creativity, and resilience—skills that extend far beyond the classroom and prepare students for advanced study and future careers.