Grant writing coaching groups: A randomized trial to discern the influences of coaching duration and engagement of scientific mentors on participants proposal submission and success rates
This randomized trial demonstrates that while a national group coaching model significantly boosted grant submission and award rates for early-career biomedical investigators compared to national benchmarks, the structured engagement of scientific mentors was more effective than extended coaching duration in improving faculty award outcomes.
Original paper licensed under CC BY 4.0 (https://creativecommons.org/licenses/by/4.0/). This is an AI-generated explanation of a preprint that has not been peer-reviewed. It is not medical advice. Do not make health decisions based on this content. Read full disclaimer
Imagine the world of science as a massive, high-stakes treasure hunt. To find the next big discovery that could cure diseases or clean our oceans, researchers need a special map called a "grant." This map is a detailed proposal asking for money from a giant vault run by the government (specifically the National Institutes of Health, or NIH). But here's the twist: the vault is guarded by a very picky committee, and the treasure is getting harder to find every year. In fact, the odds of getting a "yes" have dropped so low that even brilliant scientists often feel like they are trying to win a lottery with a ticket that has a hole in it.
To make matters trickier, many young scientists are like brilliant chefs who know how to cook amazing meals but have never learned how to write a menu that convinces a food critic to pay for the dinner. They have the science, but they lack the "grant writing skills" to package their ideas into a winning proposal. For years, experts have tried to fix this by organizing "coaching groups," where scientists gather to practice writing these proposals together, getting feedback from experienced mentors. It's like a study group for the world's most important test. But nobody knew for sure: Does it matter if the study group meets for a short time or a long time? And does it help if the student's own personal teacher (their scientific mentor) sits in on the study group, or is it better if they stay in the background?
This paper sets out to answer those exact questions. The researchers gathered a huge team of 367 scientists—some are professors (faculty) and some are trainees (postdoctoral fellows)—and split them into four different groups to test two different ideas. They wanted to see if giving scientists more time with a coach (extending the coaching from 5 months to 23 months total) or having their own mentor actively participate in the coaching sessions would help them get more money.
Here is what they found, and it's a bit of a surprise. First, the length of time didn't seem to be the magic bullet. Whether the scientists got a short burst of coaching or a long, extended marathon, they were just as likely to submit their proposals. It turns out, the basic 5-month group coaching was enough to get everyone to the starting line.
However, the "active mentor" factor was a game-changer for the professors. When the scientists' own mentors were structured to actively engage with the coaching group—meaning they had to show up, review drafts, and chat with the coach—the professors were much more likely to actually win the money. Specifically, professors in these "active mentor" groups were nearly twice as likely to get a grant compared to those whose mentors stayed in the background. It's as if having the head chef taste the sauce and give specific instructions while the cooking class was in session made the difference between a good dish and a Michelin-star one.
But here is the catch: this super-power of the active mentor only worked for the professors. The trainees (postdocs) didn't see a big difference whether their mentors were active or not. The paper suggests this might be because trainees already have mentors by definition, while professors are trying to build their own teams and might need that extra nudge to get their mentors involved.
The paper also looked at how well these scientists did compared to the rest of the country. The results were impressive. The scientists in this study were way more successful than the average researcher. While the national average for winning a big research grant was around 17.6%, the professors in this study had a success rate of 43%. For the career-development grants (often called K awards), the national average was 36.5%, but this group hit 51%.
So, the main takeaway is that while giving scientists extra time with a coach is nice, it doesn't guarantee a win. The real secret sauce for professors seems to be making sure their own scientific mentors are actively involved in the process, not just watching from the sidelines. It suggests that to help scientists get the funding they need to keep the treasure hunt going, we need to stop treating mentors as distant advisors and start inviting them right into the coaching room.
Drowning in papers in your field?
Get daily digests of the most novel papers matching your research keywords — with technical summaries, in your language.