Review the Rutgers Multitasking Study Shaping Older Adults Research in the USA
For adults over the age of 60, managing multiple tasks simultaneously is a daily requirement that directly impacts their independence and overall quality of life. Whether cooking a meal while managing a conversation or navigating a busy street while following directions, multitasking is an unavoidable reality. To address the cognitive changes associated with aging, Rutgers Health researchers have launched a groundbreaking initiative known as the MUltitasking STrategy Training Study (MUST Study). Funded by the National Institutes of Health – National Institute on Aging, this project represents a significant step forward in older adults research within the USA.
Understand the Science Behind the MUST Multitasking Study
Conventional wisdom often suggests that people should avoid multitasking to maintain focus and reduce errors. However, life frequently demands concurrent task management. The researchers leading this multitasking study recognize that simply advising older adults to avoid splitting their attention is neither practical nor helpful. Instead, the study investigates how targeted online cognitive training can improve and protect these essential skills as people age.
Sharon Sanz Simon, a neuropsychologist, assistant professor of psychiatry at Rutgers New Jersey Medical School, and core faculty member of the Krieger Klein Alzheimer’s Research Center, serves as the principal investigator. Simon points out that the goal of the research is to move beyond the debate of whether multitasking is inherently good or bad. The focus is on providing evidence-based tools and strategies for situations where managing multiple tasks is absolutely necessary.
Why Focus on Executive Control?
Executive control refers to the brain’s ability to manage and allocate cognitive resources effectively. As individuals age, this capacity naturally declines, making dual-task interference more pronounced. Older adults often experience greater difficulty switching between tasks or maintaining performance when two tasks compete for attention. By evaluating executive control through a structured multitasking study, researchers can pinpoint exactly which cognitive mechanisms falter with age and determine if targeted interventions can restore or strengthen them.
Examine “The Breakfast Game” and Cognitive Training Methodology
To test their hypotheses, the research team developed a specialized online tool called “The Breakfast Game.” This digital simulation is designed to mimic real-world scenarios that require high levels of executive function. In the game, participants must set tables for guests according to specific, variable rules while simultaneously cooking different food items under strict timed demands.
This methodology shifts cognitive training away from abstract puzzles and toward practical, functional exercises. By simulating a high-pressure, everyday environment, “The Breakfast Game” forces participants to practice attention control, task prioritization, and rapid decision-making. A successful pilot trial already demonstrated the benefits of this training, showing that participants could improve their multitasking capabilities through consistent engagement with the program.
Connecting Cognitive Outcomes with Biological Metrics
What sets the MUST Study apart from standard cognitive training exercises is its integration of biological data. As researchers expand the program through mid-2027, they are investigating how cognitive outcomes interact with physical health metrics. Specifically, the study analyzes cardiovascular risk factors and Alzheimer’s blood biomarkers alongside the cognitive data.
This dual approach allows scientists to determine if improvements in multitasking ability correlate with specific biological indicators. Understanding this relationship is vital for developing comprehensive care strategies that address both the cognitive and physical aspects of aging. By the conclusion of this older adults research initiative, the team hopes to offer healthcare providers an innovative digital training program that integrates neuroscience with practical brain health education to foster long-term cognitive resilience.
Access Research Opportunities at Rutgers University–Camden
While the MUST Study operates under the umbrella of Rutgers Health and the Rutgers Brain Health Institute, the broader Rutgers network offers numerous entry points for students passionate about cognitive science and gerontology. Rutgers University–Camden provides a robust academic environment where undergraduate and graduate students can build the foundational knowledge required to participate in high-level USA research initiatives.
Students at Rutgers University–Camden have access to dedicated faculty, specialized coursework in psychology and neuroscience, and opportunities to engage in independent research projects. The campus serves as a critical stepping stone for those who wish to understand the mechanics of human cognition and eventually contribute to clinical trials or major institutional studies like the MUST Study. Building a strong academic foundation at the Camden campus equips students with the analytical skills necessary to evaluate complex data and understand the nuances of cognitive aging.
Submit your application today to join the Rutgers research community.
Leverage Shorelight Pathways for International Student Research
For international students aiming to study cognitive science and participate in leading older adults research in the USA, navigating the admissions process can be complex. Shorelight Pathways offers a structured route for these students to access the extensive academic resources of the Rutgers network. Through Shorelight Pathways, international students receive dedicated support ranging from academic English preparation to personalized advising, ensuring they meet the rigorous standards required for university-level research.
Utilizing Shorelight Pathways allows students to seamlessly transition into the American higher education system. Once integrated, students can take advantage of the research infrastructure available across Rutgers campuses, including opportunities to collaborate with faculty members who are actively contributing to significant scientific literature. This support system is essential for students who want to bring diverse global perspectives to critical fields like neurology and cognitive health.
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Prepare for a Career in Gerontology and Cognitive Health
The findings from the MUST Study highlight a growing demand for professionals who understand the intersection of technology, cognitive science, and aging. As the global population continues to age, the need for evidence-based digital health interventions will only increase. Students interested in this field should focus on building a diverse skill set that includes research methodology, data analysis, and an understanding of neurodegenerative diseases.
Participating in or studying projects like this multitasking study provides a clear blueprint for future career paths. Graduates can pursue roles in clinical research coordination, neuropsychological assessment, digital health product development, or public health policy. The move toward digital cognitive training programs also opens doors in the tech industry, specifically in designing user-friendly applications tailored for older demographics.
Next Steps for Aspiring Researchers
Getting involved in major research projects requires proactive planning. Students should actively seek out faculty mentors whose work aligns with their interests, whether that involves cognitive aging, digital therapeutics, or neuroimaging. Gaining laboratory experience, even in an assistant capacity, provides invaluable insight into how large-scale studies are designed, funded, and executed.
Furthermore, staying current with published literature is non-negotiable. Reading journals focused on gerontology and cognitive neuroscience helps students identify gaps in current knowledge and potential areas for future investigation. Engaging with professional organizations and attending academic conferences can also help budding researchers build the networks necessary to secure positions in competitive laboratories.
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Evaluate the Future of Digital Cognitive Interventions
The MUST Study exemplifies a broader shift in how the medical and scientific communities approach cognitive decline. Rather than accepting executive control degradation as an inevitable part of aging, researchers are actively testing interventions that can mitigate these effects. The integration of “The Breakfast Game” into a randomized controlled trial demonstrates that digital tools can be rigorously evaluated using the same standards applied to pharmaceutical interventions.
If the study continues to yield positive results, it could pave the way for widespread adoption of prescribed digital cognitive training. Healthcare providers could eventually recommend specific, evidence-based digital programs to patients showing early signs of executive function decline, much like they prescribe physical therapy for mobility issues. This proactive approach represents a major advancement in preventative neurology and has the potential to fundamentally alter how society supports its aging population.
Explore our related articles for further reading on cognitive science.
Conclusion
Rutgers University continues to demonstrate its leadership in critical health-related research through initiatives like the MUST Study. By investigating how older adults can improve their multitasking abilities through targeted digital training, researchers are providing practical, evidence-based solutions for maintaining independence. For students and researchers looking to make a tangible impact in the USA, engaging with the academic programs at Rutgers University–Camden or utilizing Shorelight Pathways to enter the university system offers a direct route into this vital field. As older adults research evolves, the integration of cognitive training with biological metrics will remain at the forefront of scientific inquiry, demanding skilled professionals ready to tackle the challenges of an aging global population.
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