Tag Archives: research

House Bill Tackles Grad School Mentorship Problems

Representative Jennifer McClellan’s (VA-04) office has released legislation targeted at improving mentorship in graduate education. The bill, titled the Improving Mentorship in STEM Higher Education Act, authorizes $5 million of NSF grants to efforts that improve mentorship practices in graduate education. Areas of focus include investing in research into best mentorship practices for graduate education and investing in programs that train researchers and faculty and that institutionalize evidence-based mentorship practices.

We applaud Congresswoman McClellan’s focus on improving mentorship and preventing abuse in graduate education. Research mentors are responsible for overseeing these students as they work through their degrees and for preparing them for successful scientific careers. This is an essential workforce and talent pool for American technology development and national security, and ensuring their mentors are engaged in ethical and evidence-based practices can go far in addressing the systemic workplace issues that have resulted in only half of doctoral students graduating and usually only after 6-8 years. The FAARM Project joins other organizations endorsing this bill, including the National Association of Graduate Professional Students (NAGPS), Association for Women in Science and the Council of Graduate Schools, and the MIT Graduate Student Council.

The bill, which would begin awarding grants in 2025, is being introduced into the House Science, Space, and Technology Committee. The full list of members is listed below. We urge you to review this list and to contact any members that represent you, asking them to support this bill.

RepublicansDemocrats
Frank Lucas (OK-03) – ChairZoe Lofgren (CA-18) – Ranking Member
Jay Obernolte (CA-08)
Chuck Fleischmann (TN-03)
Darrell Issa (CA-50)
Rick Crawford (AR-01)
Claudia Tenney (NY-24)
Scott Franklin (FL-15)
Dale Strong (AL-05)
Max Miller (OH-07)
Rich McCormick (GA-06)
Mike Collins (GA-10)
Brandon Williams (NY-22)
Tom Kean (NJ-07)
Vince Fong (CA-23)
Greg Lopez (CO-06)
Randy Weber (TX-14)
Suzanne Bonamici (OR-01)
Haley Stevens (MI-11)
Jamaal Bowman (NY-16)
Deborah Ross (NC-02)
Eric Sorensen (IL-17)
Yadira Caraveo (CO-08)

Dear Future PhD Student

Going to grad school to get a PhD? We’ve been there, and there are things that we wish we had known back when we were right where you are now. Things that you don’t often find in the offices of advisors tasked with helping you get accepted. Things that universities don’t advertise. 

And what all that advice comes down to risk management. Right at the beginning, when you make the decision to go and where to go, you have a whole risk management project you need to work through, but you will not be told everything you need to assess and manage those risks. Your professors and university leaders will not warn you about all the problems with the work and learning environment. They will not warn you about the statistics – that 40 to 50% of the people that start a PhD never finish it. They will not warn you that the problems those people faced were often outside their control. They certainly won’t warn you how unclear the actual requirements to finish a PhD can be or how much singular control your advisor may have over the process. 

As former doctoral students and long-term advocates for graduate student well-being, here’s what folks on the FAARM team wish we had known before starting our own programs: 

#1 – You need to have multiple specific project ideas in a specific research area that you’re really motivated about.  

Having multiple project ideas reduces your likelihood of getting stuck in a narrow niche or dead end. Between shifting committee preferences, changing priorities at funding organizations, and new research that may disprove your idea, a lot of things can happen that throw a wrench in your first (and second, and third) project idea. You should have several feasible projects that you could turn to, just in case. And they should be different enough from each other that they could stand alone – if all of your ideas depend on the same assumption or funding source, you could end up in trouble. 

Plus, having specific project ideas will help you have more productive conversations with faculty and potential advisors, as this will give you more ways for their ideas and advice to integrate with yours. This will bolster their interest and investment in your research.

#2 – You need to know the program or department you’re applying to has at least 2 faculty that would be ready, willing, and able to advise your project. 

Your advisor has inordinate control over your degree, and you will not be able to graduate without an advisor who will sign off on your work. So you should have an idea of what you’ll do if something disrupts your relationship with your advisor: if they move to another university or their position at the university changes, or if they end up being toxic and difficult to work with, or even abusive to you or someone else (the stats on faculty-to-grad student sexual assault are still frighteningly bad, even after years of the Me Too movement). In short, you need to be in a position where you have the genuine practical ability to switch advisors and finish your work, just in case. 

#3 – You need to know where the funding, data, and other essential inputs to your project are coming from in very clear and specific terms. 

Many students start their PhDs without knowing enough about the logistics of research funding and resources, and this often comes back to haunt them. It’s important for you to be aware that, throughout your PhD project, your funding situation – for both your research and your livelihood – can change rapidly and that the details of these sources (e.g., who can access them and why) matter. 

If you happen have all of those inputs in hand at the time you apply (like, you have already been awarded the money and are ready to do this), you are coming into grad school at a major advantage. For most potential PhD students, though, this is completely impossible, especially the funding part, since that’s often tied to a specific faculty member. In general, PhD students do not control any research funding. 

As you interview with faculty or rotate through labs during the first year of your program, you should be proactive: ask lots of detailed questions about where the funding, data, software, hardware, and other essentials come from in their current projects so that you can get an idea of how solid those sources are. Tying yourself to an unstable financial source isn’t wise.

#4 – Despite the academic job market, you need to have “Tenured Professor” among your Top 3 career options. It doesn’t have to be your #1, but it should be on the list. 

Being a tenured professor is a lot more about teaching, administration, and trying to get grant funding than it is about actually doing research. As students progress through their degrees, they often find themselves looking at career paths outside of academia where they can focus more on research and less on the needs of a university. 

But unfortunately, there is just not a lot of institutional support for those who are interested in those paths. Even though the demand for PhDs outside of academia continues to rise, there is still a very strong cultural expectation that most PhDs in most fields will become professors. While this has not actually applied in any practical way in 20+ years, most current faculty were raised and trained in an environment that very strongly held this expectation, and it still shapes a lot of their thinking and behavior. As a result, you will learn a lot about tenure-track academic hiring just by being in academia – about openings, recruitment, interviewing, hiring, and the tenure process. In contrast, you will learn a lot less about private sector opportunities, and faculty will be less helpful in finding and pursuing them. And unless you very actively seek it out, you will be told almost nothing about government and non-profit jobs. 

What this boils down to is this: Most of the career advice you will be exposed to will only be applicable if academia is in your cards. If you want to even consider other paths, you will have to spend a lot of time and energy learning about those markets yourself, and you’ll be dipping into your already cramped time and energy budget. So while you may not want to go into academia, the path to it will be clearer (albeit harder) than others, and you should keep it open, just in case. If you would rather do anything else than be an academic, you should strongly reconsider this whole venture.

Plus, this can help you get accepted into a PhD program to begin with. A lot of the senior people in academia still like the idea of working with a PhD student who’s eager to “follow in their footsteps.” Remember, this whole thing is basically an apprenticeship, and a weirdly old-fashioned one. You should expect this to affect the way you get evaluated in applications and interviews, and it may even affect the amount of support you get in practical day-to-day work on your PhD project. 

When it comes to deciding to get a PhD, we recommend being very pragmatic about the risk of failure. Even if you do everything right, you might still not finish your PhD. This is doubly true for anyone who has external demands: those with health problems or disabilities, or those with a partner, children, or other caregiving responsibilities. When you consider applying to a PhD program, make sure you have a backup plan for how you will make a living and handle those responsibilities if your PhD falls through. Do not go into this counting on a PhD to be your ticket to financial security. 

If you do end up among the 50-60% of doctoral students that find the right program, project, advisor, and path through the doctoral training process, you can have an incredibly satisfying career, whether it be in academia, industry, government, or a range of nonprofits. Even if it’s in a tiny corner of most obscure research area, you never know when your specialty might become a hot, high-demand topic or produce a key new insight or technology that helps a lot of people. For plenty of people that follow this path, dealing with all the risks, pitfalls, and weird cultural expectations of academia ends up being completely worth it. 

But to get to that point, you have to find your way through it. So, remember: consider all your options, know what you’re getting into, be prepared, and take care of yourself along the way. 

Daniel Curtis
FAARM Co-Founder

Current or former PhD students, what would you add here?
Let us know at faarmteam@gmail .com.

Why you don’t ask a PhD student when they’re planning to graduate

Ah, such an innocent question. Asked with nothing but the purest intent – to show interest in your friend and what they’ve been doing. After all, you’ve been to school. You know that college degrees are well-defined walk-ways, concrete paths marked with courses you must take and exams you must pass, all as you check-box your way down a list of “Degree Requirements” pre-approved by the university. So you figure that your friend has a pretty good idea of where that finish line is and that this question is a way you can show excitement about what they’re doing.

Oh, honey.

You sweet summer child.

You have no idea the emotional turmoil you just triggered.

Don’t feel bad. It’s not your fault. After all –

– this is one of academia’s best kept secrets:

There is no path.

If your friend was like most masochists high-achievers who decide to pursue a PhD, they did so with the same belief. And it wasn’t until they were already in their program, having spent years and hundreds of dollars preparing and applying, uprooted their lives and risked their financial security, and committed themselves to this path, that they learned it, too.

Unlike other kinds of higher education degree programs, PhD programs operate with a uniquely high degree of, shall we say, “independence,” from university oversight. Those who enthusiastically defend this independence – who also happen to be those who successfully traversed it and who continue to benefit materially from it – are quite adamant that it’s Simply Impossible to operate any other way. That each program is so uniquely rigorous, each avenue of research so singular, that any kind of oversight or standardization would stifle progress and make their work as researchers impossible.

While there is no doubt that research programs – which, by definition, explore areas that are not well understood – do need a degree of flexibility in order to operate, that flexibility should come through channels of exception, not default. That there is no standard even for definitions of exams, expectations of research advisor, or role of committee members is astoundingly negligent. There is no reason why universities should not have an approved framework that incorporates the common elements of a doctoral program – a reasonable number of graduate-level courses, attendance at seminars or events, requirements for proposals and exams – as well as processes by which justified exceptions can be granted, for either entire programs or single individuals. But the current modus operandi – that of allowing programs, and usually individual advisors, to have near complete control over whether a student has met the qualifications to graduate – is fundamentally antithetical to it being the capstone degree for a system of formal education. It boldly declares that the peak achievement of formal education is exempt from the fundamental assumptions of the system. 

Those who have not had the soul-crushing experience of trying to survive a PhD program might not fully understand the impact that this by-default free-reign can have on a person. This is no doubt partly because, while many of us have had had extremely stressful work environments, we’ve also been protected by employment regulations. These regulations not only help to prevent workplace mistreatment, but they provide an avenue for redress when mistreatment arises. But the majority of the work that grad students must do as part of their program are not protected by employment regulations. This is true even though they are paid by the university and their progress in the program is required in order to have the job. The program itself is exempt from regulation. So not only does this system have very little oversight over what duties are “required” of the students, there are no regulations that protect students from requirements that range from inappropriate to outright abusive. Combine this lack of oversight with the competitive nature of academic research, and you get an environment so toxic that tolerating abuse becomes a de facto degree requirement.

Right now, if you listen closely, you might be able to hear the outraged cries of academics offended at the implication of their engaging in unethical and exploitative behavior – after all, some of them do get quite loud when they yell. But if I had a dollar for every time I heard an irate university admin or faculty go off, I might have made a living wage during my program.

So how does a university determine whether or not a student is qualified to graduate? Well, PhD programs still operate under an “apprenticeship model” of education – but one that hasn’t kept up with the times. Modern trade apprenticeships are heavily regulated by commissions and government entities who license and certify craftsmen as they progress through training. In contrast, academia has held tightly to the medieval form of apprenticeship, in which students tie themselves to a “Master Researcher” (their “research advisor”) who is tasked with guiding them as they gain the knowledge and skills necessary for them to be Independent Practitioners of the Research Craft and earn the title “Doctor”. Research advisors do more than tell students what courses to take. Advisors tell them what research to do, how much to do, and how to do it, and this changes throughout the program; advisors have inordinate control over the jobs that the student is assigned, and this they are often assigned to directly assist their advisor in either conducting research or teaching courses; advisors decide whether the student has sufficiently met the advisor’s standards to qualify to take the exams to progress through each stage of the degree; and advisors approve the individual members of the student’s “Dissertation Committee” responsible for giving them exams.

An imperfect comparison of the undergraduate and doctoral degree “paths”. And before you come at us about how this doesn’t match yours, remember – that’s the point.

And what does the Master Researcher (and university) gain in return? Well, cheap labor, of course. Running a research program takes a lot of work – you need people to run lab experiments, do background research, write papers, apply for grants, teach courses, meet with students. Paying graduate students a firmly capped stipend stripped of benefits is a lot cheaper than paying faculty, adjunct or not. And if your advisor also needs help scheduling appointments, picking up dry cleaning, hosting guests, catering meals, sorting through trash for lost items… well, who else better than their apprentice? Master Researchers can’t be expected to do it all themselves, and students who are serious about their program must be willing to put in the extra hours to prove that they are worthy enough to earn the title of Doctor. Not everyone is “cut out” for academia, after all; you have to really want it. You need to prove to them that you’re willing to do what it takes. And your advisor not only allows you to graduate, but they’ll be included on every resume, CV, and job application in your future. You are tied to them for the rest of your career. You need their approval. And if you decide to leave, realizing that this isn’t for you, it hardly hurts the university – there are hundreds of students lined up to take your place at the next recruitment cycle.

I honestly wish I could write about students in grad school without it coming across as a badly written B-movie plot with villains twirling their mustaches as they cackle maniacally. But more than that, I wish that working around-the-clock and being verbally abused for setting any kind of boundary wasn’t such a ubiquitous part of doctoral “training” that students weren’t flooding mental health services, abusing substances, dropping out, and contemplating suicide at rates unheard of any other industry.

I have no doubt that if some of the greatest thought-leaders of our time would only shift the focus of their well-honed intellect from making excuses to making policies, we might actually come up with something that works. At minimum, universities should implement institution-wide policies that mirror those of basic employment regulations. The tired claim that the same kind of regulations that protect millions of employees across thousands of industries would simultaneously cripple research progress at universities is a straw man fallacy of academic proportions.

Pun intended.

Except that it really isn’t funny.

Kaylynne M. Glover, PhD
FAARM Co-Founder
Director of Communications