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How to supervise junior peers and become a mentor

September 11, 2026/0 Comments/in From ScienceMag: Careers Articles/by Vincent Barbier

From ScienceMag:

As an aspiring group leader, marine ecologist Maysa Ito expected supervising and mentoring to become an increasingly important part of her role. But her early experience as a daily supervisor to a more junior lab member during her Ph.D. left her feeling “deeply frustrated,” she recalls. “I was unable to transfer my enthusiasm for the project,” she says. “I felt stuck, unsure how to support them.” In hindsight, she says, “Many early-career academics are not equipped or trained to supervision and mentoring roles … I was one of them.”

That experience prompted Ito, now a postdoctoral researcher at the GEOMAR Helmholtz Centre for Ocean Research Kiel, to take a step back and seek training. She took workshops in communication and leadership skills and enrolled in a “buddy” program at her institution as a postdoc mentor to Ph.D. students. The targeted, hands-on guidance she received “transformed how I show up as a mentor” today, she says.

Her early supervisory experience provided a valuable “entry point to discover the … roles that supervisor[s] and mentors play,” Ito says. She came to realize that “supervision and mentoring are not the same thing and they don’t always happen together.” Typically, though the two terms are often used interchangeably, a supervisor’s primary role is to see a student through a project; a mentor’s is to more holistically support their career development. But in both roles, “Truly understanding who is in front of you is essential to support their growth and help them develop their skills at their own pace,” Ito says.

To help readers at all career stages become the supportive mentors and supervisors they aspire to be, Science Careers asked Ito and other researchers to share the lessons they’ve learned on their way. The responses have been edited for clarity and brevity.

Q: What have your supervising and mentoring experiences been? Did you feel prepared?

Victoria Ann Bonnell, senior scientist of molecular biology at stealth-mode biotech startup in Boston: In my Ph.D. lab it was the natural responsibility of older graduate students to help onboard and train the newer ones. I also made sure that anyone in my department could ask me for advice if they wanted it, and later became my graduate student association’s chair on mentoring issues. I learned from building relationships with some great mentors. It’s OK to not have all the answers, and don’t assume you know what to do in every scenario. I was not a perfect mentor for all my mentees, but I always tried my best.

Joseph Walston, Ph.D. candidate in botany at the University of Wisconsin–Madison: My Ph.D. adviser had mentioned in passing that I could bring on undergrad students if I wanted; his only advice was that I find students who can help with my dissertation research. Once I found this first student—whom I heard say in a plant anatomy class during my first semester that he also liked carnivorous plants—I let my adviser know, and the student and I applied for his own funding. Since then, I have spent every year of my graduate studies mentoring a senior thesis student in my department; they get course credit for our work together. Over time, I gained confidence in my supervising role, and I have had students assist with my dissertation work as well as complete their own independent projects. I did not expect to be a mentor so early in my career, as I was practically mentoring students just a few months younger than me. But I personally felt prepared because of my pedagogical training for becoming an elementary and preschool teacher back in college. Those skills of lesson planning and turning complex topics into digestible instruction really help me with mentoring and bringing down some of the intimidating barriers for students.

Eleni Spyreli, research fellow in public health nutrition at Queen’s University Belfast: I have primarily been a mentor through ad hoc meetings and interactions with members of my team and friends. These stemmed from my desire to help colleagues with their work by drawing on my own experiences. More recently, I have started coordinating a mentoring buddy scheme between postdocs and postgraduates in my school. Having completed a milestone that somebody else aspires to reach puts you in a good place to offer advice, provided the experience is still fresh in your mind. The most valuable learning has come from reflecting on the advice that I received as a mentee and whether it has helped me—or not.

Andrew Moore, recently transitioned from a postdoctoral fellow to a lecturer in psychology at the University of Oklahoma: I started supervising undergraduate students as soon as I joined my graduate lab, in the early days of the pandemic. To make up for the lost experience during lockdown, I helped undergrads create virtual conference posters using data already collected. As we slowly returned to in person, I also started training them in data collection. Other than that, I helped a few postbaccalaureate students gain research experience as part of a formal mentoring program. I have always been told that if you feel prepared, you’ve started too late. As long as you go into these interactions with good, thoughtful intentions, I feel that you really can’t go wrong. The goal isn’t to be perfect; it is to do what you can, learn and adapt as you go, and ultimately help those around you.

Ioannis Pavlidis, associate professor at the University of Crete and coordinator of the WIDEnzymes mentoring program: I gained my first mentoring experience shortly after my Ph.D. through a platform that connected people from different professional backgrounds with high school students to offer vocational guidance. That early exposure naturally led me to embrace the role of tutor and mentor throughout my academic career. Mentoring is an interactive process, with both mentors and mentees growing over time. As I joined mentoring initiatives, there were always counselors or coordinators who helped clarify expectations or suggested ways to approach the mentee, and other mentors who were willing to share their own experiences.

Ito: Joining a mentoring program as a mentee earlier on gave me an understanding of what mentoring really means and what it can achieve. Still, I didn’t feel ready—I worried about making mistakes and the potential impact those mistakes could have on a mentee’s career. As I became a postdoc mentor in my institution’s buddy program, I learned how to listen and guide others through their careers by drawing on the failures and successes I had witnessed or experienced myself.

Q: How do you go about delivering your supervision and mentoring? What are the ingredients for a healthy and productive relationship? What insights and skills do you strive to convey to your mentees?

Pavlidis: It is important to spend the first few meetings simply getting to know each other and build a relationship based on trust. We talk about life experiences, dreams, disappointments, turning points, and the paths that brought us here. Those early conversations help the mentee see the mentor as a real person with doubts and turning points, not as an authority figure. Once that foundation is there, the meetings can become more mentee-driven and focus on career choices, workplace relationships, science communication, or any other issues. For me, a healthy mentoring relationship depends on mutual trust, openness, and enough flexibility to adapt to what is most useful at each moment. I try to pass on to mentees that there is no point in overthinking what might have happened if a different choice had been made. If the outcome is not ideal, we can always adapt and change direction.

Walston: My preferred method of mentoring is to begin at the earlier stages of their college career, as it allows for the students to build trust with me over time. I meet with my mentees as a group at least a few times a semester and individually once or twice a week. To help prevent issues and explain how they will be handled, I developed an onboarding process that includes mentoring contracts. These living documents capture the needs of the students while setting ground rules on when and how we can contact each other and what we can expect from each other. I suggest the book Entering Research: A Facilitator’s Manual by Branchaw et al. on advice for building such a document, and my institution also has a sample agreement form that I have adapted. Some of the main attitudes I strive to convey are curiosity and passion. I also try to support my students outside of research. I ask about their classes and exams and listen to their frustrations. If they experience conflict with their peers or instructors, I make sure they know I am here to help them navigate them.

Spyreli: I have been asked to help with very technical aspects, like working with a piece of software, all the way to more nuanced and sensitive situations like choosing the right Ph.D. program or navigating the relationship with their formal supervisor. I am always mindful that my experience may not be applicable to their set of circumstances and try to enhance my mentees’ ability to solve problems by considering different scenarios. 

Moore: I offer structured office hours to facilitate consistent and expected interactions, while always keeping my door open for spontaneous questions and a deeper connection. Then it is up to the mentee to help strike that balance in service of their needs. I strive to cultivate a sense of coachability in my undergraduate mentees; I hope to promote introspection about what they have yet to learn. In terms of practical skills, during group supervision I teach technical data collection, lab etiquette, and how to review the scientific literature. In one-on-one mentoring sessions I cover how to ask a meaningful scientific question, data curation, coding for statistics, and interpretation of results within the broader context. Other top skills I emphasize are being able to articulate one’s position verbally as well as through writing. Finally, I try to facilitate conversations with more senior mentors, as fostering those connections can really help students obtain letters of recommendation or enter a broader network.

Ito: Mentors and mentees in my buddy program come from different research fields, which creates space to step away from the science itself and focus on the bigger picture, including career development, work-life balance, and the personal challenges that shape an academic path. Personally, I’m most effective when I help with concrete and practical things, like deep-focus writing or time management. I share tools I’ve tried myself, providing a wide range of options because minds work differently. When asked how things went during my Ph.D., I revisit those years with careful evaluation; experiences that once felt confusing or pointless make more sense in hindsight, so I’m intentional and precise when I talk about them.

Bonnell: Over time, I have had conversations with mentees about problems regarding failed experiments, challenges with adviser relationships, local recommendations, and personal issues. Oftentimes, all these things were connected and talking helped diminish the problems they were having. If as a mentor you’re not comfortable talking about personal issues, offering support by pointing to mental health or other resources is a great approach.

Q: How do you tailor your approach to the individual needs of your mentees? What do you do when you can’t help?

Pavlidis: I tailor my mentoring by giving them space to shape the agenda, the pace, and the focus of our meetings. I believe this flexibility is important because mentoring works best when it feels genuine rather than forced. When a mentee is going through a research or personal setback, I try to listen carefully, help them put the situation in perspective, and remind them that setbacks are part of any meaningful path. When the issue goes beyond my own expertise, I do not hesitate to consult colleagues—in an anonymized way and with respect for the mentee’s privacy. I have not felt the need to draw a strict line around what I can provide, but I am always honest if I do not know something and I follow up after seeking the right support.

Moore: I get them thinking about their ultimate goals and dreams, and then we work backward to see what they need to accomplish to get there. While some students may be well versed in research or have a clear idea of what career they want, others are navigating college as a first-generation student and need a bit more coaching through the unspoken rules. For international students, connecting mentees with one another to create supportive, out-of-the-lab communities is especially valuable. Over time, you will get a better sense of when a student needs more time in the nest or is needlessly dragging their feet, often because they are nervous to move forward. Sometimes this calls for a one-on-one meeting to go over motivation and time management. Other times it’s a sign that this field might not be the right fit. If that’s the case, connecting the student to another mentor in an area they have expressed interest in might be beneficial for all.

Spyreli: Approaching the mentoring relationship with an open mind and respect for your mentee’s cultural background is always a good start. Additionally, familiarizing students with aspects that may be different in their own countries—for example, norms for communicating with supervisors—goes a long way. Equally, there have been many occasions where I felt I am not in the right place to provide advice or that I would be stepping on their supervisor’s toes. In these situations, drawing a line is the responsible thing to do.

Walston: I make sure to ask each student about their previous experience and find out their individual interests so I can tailor opportunities. I always allow my students to reschedule our meetings or shift times around if their other responsibilities are taking more of their time—but I make sure it is known and understood that this is still a class for them.

Ito: The heart of good mentoring is simple but powerful: Listen carefully and ask the right questions. The goal is to spark reflection, not to hand out ready-made answers. Try to offer mentees a fresh angle that pushes them to think beyond the immediate issue. What’s really causing it, and how can they tackle it in a way that leads to a lasting solution? Most of the time, they already hold the answers. That kind of self-reflection will build confidence and create deeper, longer lasting growth in mentees.

Q: What aspects do you enjoy most when supervising or mentoring junior peers? What challenges and tensions have you run into?

Walston: My absolute favorite moments are when the students understand the material and feel comfortable enough to start asking their own questions. Then, keeping in touch with former mentees reminds me how far I have come as a scientist. One particular challenge is when a mentee really wants to be a scientist, but they struggle to find time within their schedule. In the past, I have offered help with time management or tried to provide some accommodations, but ultimately I must be able to trust that they can complete the work. I have also found that if students start their own projects too early, it can be too intimidating and lead to a lot of unnecessary roadblocks. By first spending considerable time shadowing me to see how I think, ask questions, and address my own roadblocks, they are better prepared for their own endeavors in the lab.

Bonnell: There are many times in graduate school that feel like the end of the world—an important experiment fails in a way that doesn’t make sense, another lab scoops your thesis project, you find out your protein of interest doesn’t do anything interesting. I love seeing mentees succeed after these types of setbacks. For me, striking the balance between my own needs and those of my mentees was difficult to get right at first. But oftentimes it was as simple as me saying that I just needed to focus on my own work and referring them to someone else who could help in the meantime. You probably are not the only mentor that mentee has, so spread the responsibilities when needed.

Pavlidis: What I enjoy most in mentoring is seeing junior peers become more confident in expressing their views and making thoughtful, informed decisions. One student came to realize during our conversations that their wish to quit was driven more by external pressures than by a true personal choice, and eventually chose to stay on the academic path. Another junior peer with a strong academic profile and ambitious career plans decided to give more space to personal life and family. I found the two mentoring experiences equally meaningful, because mentoring is about helping each person identify the path that fits them best. What I still find more challenging nowadays is navigating human interactions. It is often a delicate balance between courtesy, honesty, and knowing how much one can endure without losing oneself. Often, there also is the awkwardness of the initial meetings, when both sides are still getting to know each other and trust has not yet been established. Another challenge is finding the right balance between being supportive and allowing the mentee to shape the process in their own way. I also need to be mindful of my own limits in time and energy. But often, the conversations give something back to me as well, so the relationship feels more balanced rather than conflicting.

Moore: When interacting with students or staff who are at an earlier career stage than you, always try to see the world through your younger eyes. You didn’t know the rules. You sometimes asked the wrong questions or made inappropriate assumptions. Forgive these missteps just like your mentors forgave yours. But while one should be warm and open around mentees, you may also be their supervisor, so be purposeful in forging professional boundaries. I personally do not hang out with mentees outside of the office to keep these boundaries clear and transparent to the mentees as well as to the senior lab members. I see mentoring as essential to my career development. But many institutions do not reward efforts beyond research. As a junior mentor, be sure to balance your own responsibilities and your own mentor’s expectations with your dedication to your mentees.

Q: How have you benefited from your supervising and mentoring experiences?

Pavlidis: Mentoring others has helped me become a better listener and a more thoughtful communicator, because mentoring requires me to understand not only what someone says, but also what they may be hesitating to share. It has strengthened my professional skills and broadened my perspective on both career and life choices. Some mentees also remain active in the field and become part of a strong network built on shared values and ethics.

Ito: Mentoring experiences pushed me to reflect deeply on my own career path. I discovered how much I enjoy helping others reach their broader goals.

Walston: Having mentees helps me increase my body of work while offering them a chance to be a co-author on my papers. An added benefit has been having them write letters of recommendation for me from a student’s perspective when needed.

Bonnell: Now that I’ve left academia for the biotech industry, the greatest benefit has been in my ability to form strong working relationships and communicate effectively in a cross-functional environment. Many former mentees and mentors have also become great friends, and I enjoy keeping up, even if once a year, with their next stages of life. You never know when someone can connect you with your next job or an interesting opportunity.

Spyreli: Being a mentor offers great opportunities to reflect on your own experiences, including the challenges you have overcome. This reflection can build confidence in your own abilities and in your capacity to support others through similar challenges. In a few cases, my mentees had a clear idea of what they wanted to do in the future, and interacting with them opened my mind to ways of thinking that I had not previously considered.  

Moore: As a research mentor, you are forced to push against the edges of your own understanding to offer a clear explanation to a knowledgeable yet inexperienced student. I also have had the chance to explain things to skeptical students and get out of my ideological echo chamber. But most importantly, I think being a mentor makes me a better person—more understanding, patient, thoughtful, introspective, empathetic, and kind.

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As an academic scientist in the U.S., I’m learning to live with uncertainty

September 10, 2026/0 Comments/in From ScienceMag: Careers Articles/by Vincent Barbier

From ScienceMag:

I reread the email I had drafted to my department chair one last time. Then I read it again, and finally clicked “send.” The message itself was short: I wanted to pursue tenure 3 years ahead of the usual timeline. A changing political and funding landscape had made the future of my health equity research feel increasingly vulnerable, and I hoped tenure would help protect the work I had spent years building. I had agonized over the decision for months. What if my record wasn’t strong enough yet, and I was shooting myself in the foot by applying early? But supportive mentors and continued news of funding shake-ups convinced me to go ahead, and my chair responded quickly and positively to my email. Yet I still found myself searching for reassurance that I had made the right decision.

I got plenty of encouragement, but no two conversations sounded exactly alike. Some advised me to focus on the strength of my record. Others reminded me how unpredictable academia had become. I valued all the input and support, but I still felt unsettled. Eventually, I realized I wasn’t actually searching for more information; I was searching for certainty. As I assembled my dossier, suggested external letter writers, and watched my file move from one level of review to the next, I kept thinking perhaps the next step would finally bring that certainty I so desired. Instead, it simply brought another wait.

Maybe I shouldn’t have been surprised. Much of my life has unfolded without guarantees. My family came to the United States seeking a future none of us could fully predict. I entered academia without a road map for navigating it. And science itself is full of uncertainty. Every grant proposal rests on ideas that may or may not be supported by evidence. Every new study leads to surprises and unknown obstacles. Every student who joins my lab represents an investment in a future neither of us can fully predict. Waiting had never provided the guarantees I wanted. It had only delayed decisions that ultimately had to be made without them.

Yet somehow I had convinced myself that as I became more senior, my own career should be different. Before making an important decision, I believed I should first know how everything would turn out. But readiness, I began to understand, was rarely something I felt before taking the next step. More often, it was something I discovered by taking it.

When I eventually learned I had been awarded tenure, I felt an overwhelming sense of gratitude. For a moment, it felt like I had finally reached solid ground. But new questions soon occupied my mind. How would I sustain a research program over the coming decades? How could I best support my students? What would the future of science look like? How could my research continue to serve the community during a period of profound change? The uncertainties had not disappeared; they had simply changed. And now I no longer expected them to disappear.

Uncertainty should never be romanticized. Early-career scientists continue to shoulder disproportionate risk, and many are understandably questioning whether academia offers a sustainable future. But over the past year, I have come to believe uncertainty itself is not the greatest threat. The greater danger is allowing uncertainty to convince us to stop building, mentoring, investing in ambitious ideas, supporting vulnerable communities, or imagining a future worth creating until conditions improve.

When I think back to that email to my department chair, I no longer remember only the fear I felt before pressing “send.” I also remember the excitement. I still don’t know exactly what the future holds for science, my field, or my own career. But I no longer believe I need to know before moving forward. I spent so much energy believing certainty would arrive before action. Instead, I learned that sometimes action comes first.

Do you have an interesting career story to share? You can find our author guidelines here.

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http://postdocinusa.com/wp-content/uploads/2017/04/Logo-PostdocInUSA-300x165.png 0 0 Vincent Barbier http://postdocinusa.com/wp-content/uploads/2017/04/Logo-PostdocInUSA-300x165.png Vincent Barbier2026-09-10 14:57:482026-09-10 14:57:48As an academic scientist in the U.S., I’m learning to live with uncertainty

Conference posters could garner a wider audience, thanks to a new online platform

September 9, 2026/0 Comments/in From ScienceMag: Careers Articles/by Vincent Barbier

From ScienceMag:

In 1969, the Federation of European Biochemical Societies held what may have been the first poster session at a scientific conference. With only about 15 posters, it would have been a far cry from the massive displays at most conferences today.

Some conference attendees value the in-person engagement opportunities that poster sessions can offer, including networking, helping early-career researchers become comfortable presenting their results, and real-time brainstorming and troubleshooting with others. But many bemoan the difficulty of navigating a vast hall of dense, often poorly designed displays to find the needle-in-a-haystack results that may be relevant or interesting to a particular researcher.

A new project called Posters.science is proposing that online perusal could help raise the visibility and utility of the lowly poster—and be accessible to any researcher, even those who couldn’t attend a conference. “I cannot be at all conferences, but if afterwards I can search them easily for topics I’m interested in, that could be pretty cool,” says Bhavesh Patel, a research data management specialist at the nonprofit California Medical Innovations Institute (CalMI2), which developed the platform.

The website, which debuted in June, provides a centralized index of more than 30,000 posters across multiple disciplines, tagged with information about the conference when available. That initial batch was largely drawn from existing repositories; researchers can also upload their own posters. Patel and his colleagues at CalMI2 say they hope Posters.science will surface posters that could help scientists accelerate discovery by refining their hypotheses, enriching literature searches, and finding prospective collaborators.

Efforts like this are important because most posters are effectively invisible, according to a preprint study posted on the arXiv server last month by Patel and colleagues. Of the estimated millions of posters presented annually, the research team found no more than 150,000 posters in 68 online repositories; an undetermined number included only a title and abstract. The team estimates only 42% of the posters had been assigned a digital object identifier, a standardized code that makes them easier to find online and cite. And most were not easily searchable by, for instance, the name and date of the conference. (Some conferences archive posters on their own websites only for those who paid to attend the meeting.)

Posters.science may be helpful, says Iva Cheung of Simon Fraser University. But it alone will not resolve the problems of the traditional poster format, which she says needs to evolve. “I just don’t think that it’s an effective way of sharing research information or developing [professional] networks,” says Cheung, who teaches research literacy and once wrote a blog post titled “Why academic conference posters suck.”

She notes that a 3-by-4-foot poster is often too crammed with text to be easily digested by viewers—and even then, it often leaves out many details of a study. A recent trend in poster design encourages streamlining the information and providing links to supplementary online information. But then “you’re basically putting up this big sheet of paper that says ‘Look somewhere else,’” Cheung says. She would like to see an expansion of alternative formats some conferences have begun to offer for briefly presenting work, including live “lightning” talks, printed handouts, and digital posters containing video, audio, and slide shows that are displayed on large screens.

Patel welcomes such experimentation and also celebrates variety in traditional poster design. “I like the creative freedom people have to shape posters—it’s a way for us as researchers to express ourselves,” he says.

His study found that making posters available online may draw some readership. According to the team’s analysis of a subset of 38,000 posters for which page view data were readily available, on average each had attracted 247 views; about 90% received at least one.

To make posters more useful, Patel’s team converts the text of all PDFs indexed in Posters.science into a format that can be readily read and analyzed by artificial intelligence. They are seeking to expand the platform’s functionality to extract and convert information from tables and images as well—a technically challenging task because poster design and formatting are so variable.

A centralized online platform to access posters has long been needed, says Nicholas Rowe, an independent researcher in Finland who has studied the role of posters in scientific communication. Otherwise, there may be no other way to see their results: His 2019 dissertation reports that as few as 1% of conference posters are eventually published in peer-reviewed journals.

But he agrees with Cheung that posters also need an overhaul made possible by modern digital tools. “I’d like to see us as a scientific community stand up and say we’re not doing this as well as we could be. Let’s have proper discussions about how we can make this better.”

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When I told my students I’m still learning their language, they started to open up, too

September 3, 2026/0 Comments/in From ScienceMag: Careers Articles/by Vincent Barbier

From ScienceMag:

I stood in front of the class, terrified of deviating from my carefully prepared script. Teaching had always been one of the reasons I wanted to pursue an academic career. But now, as a Ph.D. student, I needed to do it in Norwegian, a language I had begun to learn when I moved to Norway 2 years earlier. I had spent weeks preparing, writing down every sentence I wanted to say—not only the scientific ideas, but also the transitions and even how I would introduce myself. When the moment came, every sentence felt like a test. Each poorly chosen verb or mispronounced word felt like proof I didn’t belong at the front of the room. Instead of listening to my students, I was listening to myself. By the end of the class, I was completely drained from the effort of pretending not to be a beginner. I knew I could not keep teaching this way.

Norwegian was not the first language to make me feel like a beginner. I grew up on Borneo in Indonesia, in a family where education was a rare luxury. My mother had no formal education, yet she was the first person to teach me English. After hearing a children’s song about numbers on the radio, she sat with me while I wrote and repeated the words. Later, I moved to another island for university, then returned to a different part of Borneo to teach before completing a master’s degree in the United States and finally moving to Norway. Each move meant learning another language, and the last two meant using it to teach.

That exhausting first class in Norway was only the beginning. I kept teaching in Norwegian as a required part of my Ph.D. position. I still thought that as a teacher I needed to sound fluent, confident, and completely in control. Yet with most of my attention on avoiding language mistakes, I had no bandwidth to ask questions, tell stories, and react to students. I was no longer myself in the classroom. Making matters even worse, my painstaking preparation was eating into the time I needed to finish my dissertation. Something had to change.

Eventually, I decided to try something different at the beginning of my courses. Before introducing the syllabus, I introduced myself. I told my students where I come from and that I was still learning Norwegian. I warned them that I may stop halfway through a sentence while searching for a word. I might mix up he, she, or they; my mother tongue doesn’t have gender pronouns, and this is one habit that has never become automatic for me. Then I added: “I hope you will learn from me, but I will also learn from you.”

I had feared my admission would make students trust me less. The opposite happened. They became more willing to ask questions, offer unfinished answers, and speak before they were certain. It felt as though my honesty had made room for theirs. When I began to invite them to tell me anything they thought I should know to help them learn, some shared learning difficulties or challenging situations at home they might not have otherwise volunteered. And once I stopped trying to sound perfect, I became less anxious and more present. I could see when my students looked confused and try another explanation. I could even ask without embarrassment, “What’s the Norwegian word for …?” and then laugh when I could not pronounce it anyway.

A few years later, the teaching I once dreaded helped me secure a permanent position. Now, this routine is integral to how I teach. It is not an apology, and I am not asking students to expect less from me. I want them to know the classroom is a place where learning can be visible. Sometimes it is slow, awkward, and full of mistakes. That’s true outside the classroom, too, whenever we enter a new research field, try an unfamiliar method, or take on a new role. Yet the more experienced we become, the harder it can be to admit we’re still learning.

I often think about my late mother sitting beside me after we heard that song on the radio. She did not know much English, but she shared the words she knew with me. She showed me what I now try to remember every time I enter a classroom: You do not need to know everything before you can help someone else learn.

Do you have an interesting career story to share? You can find our author guidelines here.

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The final Experimental Error: the end of an error

September 2, 2026/0 Comments/in From ScienceMag: Careers Articles/by Vincent Barbier

From ScienceMag:

Experimental Error logo
Experimental Error is a column about the quirky, comical, and sometimes bizarre world of scientific training and careers, written by scientist and comedian Adam Ruben. Barmaleeva/Shutterstock, adapted by C. Aycock/Science
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A Ph.D. thesis often ends up being completed piecemeal: Edit chapter 6, but don’t forget that you left that whole section open in chapter 3 while you finished an experiment, and when you’re done, refresh your lit review in chapter 1, and then keep trying to convince Microsoft Word not to break table 18 in four places. Yes, you make progress, but the sheer number of remaining tasks makes it clear that you can never finish.

Until you do.

Almost 2 decades later, I still remember the strange lightness I felt when I realized my thesis was done. My wife and I were visiting her grandfather in Brooklyn, and I had excused myself to hunker in a side room with my laptop to write, and write, and write. I finally polished off a chapter, looked for the next task—and realized there weren’t any.

I had been experimenting for 6 years, then writing for 6 months. And now I was done. Just like that.

Scientists are no strangers to endings. Someday, you’ll leave your lab and move on to your next job. Your grant will run out. You’ll write on the final page of your lab notebook. You’ll tell a departing colleague to come back and visit, but you’ll never see them again. You’ll leave a list of instructions for the next scientist to continue your research, and they may or may not read it. You’ll do something you love for the final time.

This is it, folks. After 16 years and 184 columns (I like data), I’m done.

This column started after I published my book, Surviving Your Stupid, Stupid Decision to Go to Grad School. An editor at Science Careers named Jim Austin emailed to ask whether I might want to try writing monthly science humor pieces. This was a dream offer. I still remember hearing other kids laughing and playing basketball outside my bunk at summer camp while I laid in bed, rereading Dave Barry Turns Forty. And now I’d kind of sort of maybe get to be the Dave Barry of scientists?

A few months later, I almost got fired. Comedy means writing the things we’re all thinking but generally aren’t bold enough to call out, and I thought, “You know who no one is bold enough to insult in the pages of Science? The advertisers in Science.” That’s when I learned the term “kill fee,” which is when a publication pays you to not publish your writing. It also means Jim, a little angry, emails you and asks whether you can behave in the future, or whether we should just “end this little experiment.”

Clearly I chose to (mostly) behave, and we went on to publish columns that I hope have helped bring scientists together. I wrote about impostor syndrome, grade grubbing, predatory conferences, and AI hallucinations. I reviewed board games and video games, talked about bad advisers and bad advisees, and created what I anticipate will become the definitive guide to the hierarchy of free food. I watched helplessly while British schoolchildren voted me off the island. I stream-of-consciousnessed a seminar. For some reason, I wrote poetry.

I’ve never taken for granted that Science Careers would continue to host my column. I’ve always known someday they’d move on—grad school concerns evolve, publishing strategies shift, you know. And here we are, my last column.

For a scientist, one of the most painful parts of letting something end is knowing you weren’t finished. And a scientist’s job is never finished, because “finished” means we’ve worked out the answers to every question and solved every problem.

So no, I’m not finished. I’m just closing this chapter. I’m publishing this experiment and starting a new one. Or, maybe more accurately, I’m publishing this experiment and seeing where I can apply for funding to start a new one.

Until then, my most heartfelt thanks go to Jim, as well as his successor, Rachel Bernstein, and when Rachel is out of town, Katie Langin. They taught me that a good editor is someone to whom you can send 80% of a column that kind of meanders, and they can give you three good ideas for how to pull it together.

I’d like to thank my wife and kids. I published columns about the birth of my daughter and the birth of my middle son, but not the birth of my youngest son. Oops. Sorry, Elliot.

I’d like to thank everyone who works at a school, company, or conference and invited me to come speak at their event—34 states and six countries so far! Nothing is more fun than being the token entertainment for an audience that has spent the day hearing highly technical, highly boring seminars and is finally allowed to listen to science jokes and drink wine. I’m still giving those talks! Email me!

I’d like to thank every single one of my loyal fans—yes, both of them. Thanks, mom and dad.

Seriously, I really do want to thank all of you. By reading this column, you’ve helped push back on the idea that scientists are stodgy, robotic, and insular. We’re people who were once taught the reasons behind the stars and wanted to learn more. That doesn’t make us outsiders. It makes us amazing.

If there’s one lesson I want to give scientists on my way out, it’s this: Outreach is part of your career. When scientists work in isolation, when we use big words to sound smart, when we chuckle at questions we think are simple, when we thrive on the pride we take in doing something complex but don’t bother to communicate why we love it, the world forgets we’re human. We become archetypes, brainiacs, and, frankly, fools.

Get out there. Find people who have never met a scientist and meet them. Show them science isn’t some secret club—it’s methodical, objective, democratic, beautiful, devastating, and crucial. And, if you keep your mind open to the possibility, it can be a hell of a lot of fun.

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http://postdocinusa.com/wp-content/uploads/2017/04/Logo-PostdocInUSA-300x165.png 0 0 Vincent Barbier http://postdocinusa.com/wp-content/uploads/2017/04/Logo-PostdocInUSA-300x165.png Vincent Barbier2026-09-02 11:34:282026-09-02 11:34:28The final Experimental Error: the end of an error

As a psychology Ph.D. student, I’ve learned to care for myself while caring for others

August 27, 2026/0 Comments/in From ScienceMag: Careers Articles/by Vincent Barbier

From ScienceMag:

My dream of becoming a psychologist was becoming a nightmare. After being diagnosed with two chronic conditions during the second year of my Ph.D., I was caught endlessly cycling from doctor’s appointments to research meetings, late-night studying to late-morning crashing, physical therapy to office hours, hospital visits to practicum training. I could no longer meet my expectations of what it meant to be an academic: productive, efficient, capable. Was this career even possible for me? The question weighed heavily. Even heavier was my reaction: Maybe it wasn’t. I had been trained to recognize what I was going through: grief. And yet, I felt lost.

My academic training had gone smoothly until early in my second year of graduate school, when I started to experience fatigue, chronic pain, and occasional fainting. As my peers pulled all-nighters to complete their first papers, I struggled just to make it to class on a full night’s sleep. Imposter syndrome flared. Because of pain, I had difficulty spending extended amounts of time at my desk. When I got up to stretch, my heart raced and my head spun. What started as a 15-minute break would sometimes turn into an entire day off. I missed deadlines. Absences accumulated. To save energy for school, I opted out of social and leisure activities that were critical for managing my stress, sending me into a major depressive episode. The more I forced myself to achieve the way I was used to, the worse my symptoms became.

After copious testing, I was eventually diagnosed with postural orthostatic tachycardia syndrome and hypermobile Ehlers-Danlos syndrome. I had to finally face the fact that I would never be able to push my mind and body too hard without pushing myself over the edge. I registered with my university’s disability resource center, but hesitated to use its support systems or explore ways to make my work more manageable. Instead, I muddled through another year on my own, alternating between feeling uncomfortably different from most of my colleagues and trying to practice self-compassion.

Then, in the fourth year of my program, I began a practicum experience—as a therapist at the same disability resource center. I noticed that nearly all of my clients faced the same internal struggle I did, wondering whether they were worthy of the accommodations they sought. I found myself echoing a phrase: “Just because your cup is different doesn’t mean you can’t pour from it. But no one can pour from an empty cup.” I realized what a hypocrite I was. I finally acknowledged I deserved the support to refill my own cup, too.

I learned about what assistance was available to me: practical and financial tools I hadn’t even considered, such as funding to support basic needs and medical supply costs, and connection to people with experiences very similar to mine. I began to see a therapist to manage the stress of my studies and my conditions, and I stopped letting self-care become secondary to school. I consulted with the faculty in my program to make my workspace more functional and accessible, for example by using tall stools when I teach and creating open spaces in my work areas for my mobility aids. I workshopped my hours with my advisers to make sure I was working when I felt better and resting when I felt worse.

It wasn’t all smooth sailing. When the elevator to my training clinic broke down for multiple months, the first suggestion from my faculty was not to find an alternative way for me to do my work, but to find alternative students to do the work for me. But, through persistent conversation and collaboration with the faculty, I advocated for the accommodation to work remotely and demonstrated to myself and my mentors that I could still do quality work, even if it looked a little different from everyone else’s.

Through this journey, I discovered I’m not alone, and that asking for help is a sign of insight and confidence in myself that is invaluable to the work I do. In all I lost to my illnesses, I gained in my voice and agency to decide not only that, yes, I will be a psychologist, but also the kind of academic I want to be: compassionate, determined, and balanced in my science, my service, and myself.

Do you have an interesting career story to share? You can find our author guidelines here.

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http://postdocinusa.com/wp-content/uploads/2017/04/Logo-PostdocInUSA-300x165.png 0 0 Vincent Barbier http://postdocinusa.com/wp-content/uploads/2017/04/Logo-PostdocInUSA-300x165.png Vincent Barbier2026-08-27 14:18:562026-08-27 14:18:56As a psychology Ph.D. student, I’ve learned to care for myself while caring for others

NSF’s new plan to fund graduate students to work in industry covers familiar ground

August 27, 2026/0 Comments/in From ScienceMag: Careers Articles/by Vincent Barbier

From ScienceMag:

The National Science Foundation (NSF) last month gave $47 million to a nonprofit group to run what the agency called a “groundbreaking pilot” initiative that will allow 250 doctoral students to spend a year in an industrial lab. In a 29 July press release, NSF officials said the I-PhD program addresses a pressing problem in the scientific workforce: Although some two-thirds of newly minted U.S. Ph.D.s in science, technology, engineering, and math fields say they expect to work in industry, few have spent any time outside academia before they graduate.

But an existing NSF program, called INTERN, has already given more than 2000 Ph.D. students a chance to test those waters. So why the snub of a much larger program with the same goal, on which NSF has spent $66 million since 2020? The answer, according to President Donald Trump’s administration, is that I-PhD fits its vision of training the next generation of U.S. scientists and engineers through corporate partnerships rather than by NSF’s traditional approach of giving grants to individual faculty members.

The I-PhD award went to the University-Industry Demonstration Partnership (UIDP), a South Carolina consortium that pursues topics of interest to both sectors, such as workforce training. To be eligible for I-PhD, companies must agree to spend $100,000 on each student they take on, and universities must fund the student’s first year of graduate school before the program pays them an annual $37,000 stipend and expenses for 3 years that include 1 year in a company lab.

Companies and universities team up before applying to the program, which requires them to also provide mentoring, networking opportunities, and other perks aimed at enhancing the student’s time spent in industry.

“Companies are looking for a bigger return on investment” when they host an intern, says Tony Boccanfuso, UIDP’s executive director. “This program is set up to support a relationship between a company and a university,” he adds, and getting NSF funding “gives us the opportunity to create a new pathway that we think the marketplace may be interested in.”

Industry buy-in is a central pillar of the Trump administration’s research strategy, with corporate partnerships seen as an ideal way to leverage federal investments. In his recent report to Trump envisioning “a golden age of American science,” presidential science adviser Michael Kratsios called for more industry co-funding of “hands-on technical training at all levels.” The I-PhD initiative, Kratsios declared in the NSF press release, shows that “we are already delivering” on that report.

Making large awards to “nonlegacy institutions” like UIDP is another administration priority. The 5-year, $47 million award to UIDP for I-PhD, for example, is 100 times larger than its previous NSF grants for workshops and conferences. Historically, such large grants typically go to major research universities.

In contrast, INTERN reflects NSF’s traditional, bottom-up way of doing business. Launched a decade ago with little fanfare, INTERN gives academic scientists with an existing NSF grant a supplement of up to $55,000 that pays the salary of a graduate student to spend up to 6 months at a company or government lab. The faculty member does the matchmaking, identifying an interested company relevant to the student’s dissertation topic.

Sanghyun Lee, a computational mathematician at Florida State University, has received INTERN awards allowing two of his students to spend a summer at the Department of Energy’s national laboratories. “I used my connections” to find a collaborator, he says. “It was a lot of work to make all the arrangements, but the students loved it, and they learned a lot.”

Pancy Lwin-Munger, who was a 2021 INTERN while earning her Ph.D. in mathematical modeling at the Rochester Institute of Technology, says the program nudged her in a new direction. Working with Barbara Jones at IBM’s Almaden campus in California on modeling antiviral treatments during the height of the COVID-19 pandemic spurred an interest in public health. Lwin-Munger is now completing a postdoc in computational biology at the University of Rochester Medical Center and hopes to find a health-related job in academia or industry where she can apply her training.

INTERN “was a life-changing experience,” she says. “Growing up in Myanmar, I never would have imagined having the chance to work with a legend like Dr. Jones.”

UIDP is still signing up and vetting applications for I-PhD from industry-academic teams, and Boccanfuso doesn’t expect most students to begin working in company labs until next summer. Then it will take several years to evaluate the impact of the program.

Lee says he’s glad to see that I-PhD requires a bigger commitment from industry. But now that NSF is funding I-PhD, he is worried the agency, faced with a shrinking budget, may turn its back on INTERN. That would be a loss, he says: INTERN pays better and it’s open to a larger pool of students.

The initial signs aren’t good, Lee says. This spring, reviewers gave high marks to his application to support a third graduate student through an INTERN supplemental award. But he was told it won’t be funded because, like all of NSF’s core disciplinary programs, computational math has taken a big budget hit this year.

“They said there will be no INTERN awards this year because all the money has already been allocated,” Lee explains.

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NSF shrinks support for social sciences in prestigious graduate fellowship program

August 26, 2026/0 Comments/in From ScienceMag: Careers Articles/by Vincent Barbier

From ScienceMag:

U.S. students hoping to earn a Ph.D. in political science, public policy, cultural anthropology, or science education will no longer be eligible for a prestigious fellowship from the National Science Foundation (NSF), the agency revealed yesterday. Advocates for the social sciences believe NSF’s decision to drop those fields from its Graduate Research Fellowship Program (GRFP) is part of a broader effort to end funding for the social, behavioral, and economic sciences, underscored by the agency’s decision earlier this year to eliminate its SBE directorate.

“SBE is disappearing before our eyes,” says Wendy Naus, executive director of the Consortium of Social Science Associations, citing the changes in GRFP eligibility as the latest example. The withdrawal of NSF support for the social sciences could trigger departmental closings at major U.S. universities, she predicts, as NSF is the chief source of research support for many disciplines.

“NSF routinely reviews fields of study and makes updates based on changes in the scientific landscape and agency priorities,” an agency spokesperson said in response to a query about the revised list of eligible fields.

The new GRFP rules are included in an NSF solicitation posted yesterday. The announcement also indicates the number of fellows supported will drop sharply in 2027, to 1500. The size of each class has fluctuated widely in recent years: The number stood at 2031 in 2024 before dipping to 1500 in 2025 and then rising to 2597 this year.

The solicitation says NSF expects to spend $159 million on the 2027 class of fellows, who will receive 3 years of graduate support with an annual stipend of $37,000 and $16,000 in tuition reimbursement to their university. Over the years, the program has supported 50 Nobel Prize winners.

Those who follow GRFP say its reduced scope for 2027 is unprecedented. The seven areas being dropped accounted for 17% of all the social science fellows funded in the past 5 years, according to data compiled by Gisèle Muller-Parker, former director of the program. NSF is still offering fellowships in other subfields, including economics, archaeology, geography, and linguistics.

Students in the social sciences have been eligible since 1956, Muller-Parker notes, 4 years after NSF launched the program. Last year there were 124 social science fellows, down from a 5-year high of 152 in 2023.

One field—the history and philosophy of science—was eliminated last year, Muller-Parker adds. This year’s solicitation also removes science, technology, engineering, and math education and learning research as one of the 10 major fields supported by GRFP, further skewing the program toward engineering and hard sciences.

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Why I say yes to career opportunities that scare me

August 20, 2026/0 Comments/in From ScienceMag: Careers Articles/by Vincent Barbier

From ScienceMag:

When I spotted the invitation to apply for an instructor position at a nearby university, my first reaction was to ignore it. I was less than 2 years into my Ph.D. program, and although I had a pleasant experience as a teaching assistant when I was an undergraduate student, I hadn’t yet taught in graduate school. The advertised position would be unlike anything I had done before. Anxiety consumed me as I pictured myself standing at the front of a room full of students. But then I thought back to an earlier decision to say yes to an offer that took me out of my comfort zone, and the unexpected path it set me on.

That earlier offer came late one evening during my second year of college. I was sitting at the front desk of our university gym swiping students’ ID cards while studying for a biology exam. One of my co-workers noticed my textbook and asked whether I was doing research with any professors. I told him I wasn’t. The truth was I had never dared to ask if I could.

My co-worker went on to explain that a spot would soon open up in his lab because he was graduating, and he asked whether I would like him to introduce me to the professor he was working with. I had always assumed research opportunities were only for the most talented and exceptional students, and I held a deep-seated fear that I would be exposed for not having what it took. But for some reason, I said yes.

A few days later, I found myself nervously sitting across from the professor in his office. He asked questions I didn’t fully know the answers to, and I probably overstated my skills and experience. I was offered the position anyway and was soon shadowing him in the lab.

I didn’t know what I was doing at first. But I quickly realized that learning was part of the process; no one starts out with all the skills and abilities they need. Each day I gleaned new information and got a little better at doing experiments.

I went on to work with him for two amazing years. Eventually, I was even able to help train other students. That set me on a path to graduate school. It also showed me that saying yes to uncertain opportunities could produce benefits I could never dream of.

That lesson served as a guiding light years later when considering whether to apply for the instructor position. I decided to send in my application despite my doubts—and a few months later I was at the front of a room full of students in an introductory chemistry course, helping them work through practice problems. I had a shaky voice and unsteady legs as I introduced myself on the first day. But as the class went on I found myself becoming more comfortable and less anxious while I spoke.

After the students left, I stood in the empty classroom full of dirty whiteboards and thought to myself, “This is it.” I had found the thing I wanted to do for the rest of my career. I enjoyed talking with students and helping them think through challenging problems. I loved seeing the “Aha!” moments when they finally understood how to get the correct answer.

From then on, I committed to shifting my default response to “yes” when presented with career opportunities that made me nervous because I felt underqualified. I agreed to teach just about every course I was offered and 4 years later I had taught a dozen courses as an adjunct instructor. After I completed my Ph.D., those experiences helped me obtain a faculty position at a small liberal arts university, where I am today.

This shift in mindset didn’t mean saying yes was suddenly easy. More than 10 years and dozens of classes later, I still find myself nervous at times, especially at the beginning of the semester. But I no longer fear the unknown. I have learned that stepping into these uncertain situations has helped me grow and uncover hidden passions that I never would have discovered otherwise.

Do you have an interesting career story to share? You can find our author guidelines here.

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Justice Department calls three NSF diversity programs unconstitutional

August 17, 2026/0 Comments/in From ScienceMag: Careers Articles/by Vincent Barbier

From ScienceMag:

The efforts of the National Science Foundation (NSF) to diversify U.S. science beyond its historical reliance on white men were dealt a blow last week after the Department of Justice (DOJ) ruled that three of its long-running programs were unconstitutional because they discriminate by race or sex and must be ended. At the same time, DOJ said four other NSF programs to strengthen the science, technology, engineering, and math (STEM) workforce pass legal muster and two more could be tweaked to avoid clashing with the ruling (see table, below).

Advocates for the barred NSF programs say the ruling will hurt the ability of the United States to remain competitive in science with other nations. “Anytime we eliminate a program that has been providing opportunities for all students to excel in science, we are limiting the ability of this country to excel,” says mathematician Freeman Hrabowski, president emeritus of the University of Maryland, Baltimore County, whose Meyerhoff Scholars Program has with the help of NSF funding become a national model for increasing the number of Black and Hispanic people in science and medicine. Representative Grace Meng (D–NY), the top Democrat on a congressional spending panel that sets NSF’s budget, vowed to fight what she calls “this very troubling legal opinion.” NSF declined comment.

At the same time, some legal scholars suggest the 12 August opinion by Deputy Assistant Attorney General Josh Craddock may signal that President Donald Trump’s administration is softening its blanket opposition to any diversity, equity, and inclusion program aimed at groups historically underrepresented in science and could be open to race and gender-neutral efforts.

“This is a more sophisticated, nuanced, and, with important exceptions, accurate depiction of federal law than we’ve seen from the Justice Department,” says one lawyer at a firm that advises research institutions battling the slew of Trump executive orders on race and sex/gender who requested anonymity to protect its relationship with the department. “This document articulates an avenue for neutral strategies that is a distinct contrast with a spate of recent findings that assume any neutral strategy is inherently unlawful or simply a mask for racial discrimination.”

As part of its mission to fund academic research, NSF has long been the main federal champion of STEM diversity. Within a few months of Trump retaking office, however, the agency terminated hundreds of grants for projects meant to attract and retain what former NSF Director Sethuraman Panchanathan calls “the missing millions.” Simultaneously, NSF said it would no longer support research projects “that preference some groups at the expense of others, or directly/indirectly exclude individuals or groups.” It also dismantled its Division of Equity for Excellence in STEM, the unit that had been funding many of those efforts.

The DOJ ruling goes one step further. It orders NSF to terminate the Louis Stokes Alliances for Minority Participation (one of the funders of the Meyerhoff scholars), the Alliances for Graduate Education and the Professoriate, and a program serving colleges and universities enrolling a significant number of Hispanic students. It also bars NSF from spending the $104 million appropriated for the programs this year by Congress.

That clawback of funds bolsters Trump’s insistence that his administration can override the wishes of Congress, which specifically authorized the NSF programs and has the constitutional authority to allocate federal dollars. “Congress’s power of the purse is formidable, but it cannot license—much less compel—the Executive Branch to engage in unconstitutional racial discrimination,” Craddock wrote in his 38-page opinion.

NSF’s legal divide

The Department of Justice divided nine National Science Foundation programs aimed at increasing diversity into three pots based on whether it felt they discriminated on the basis of race or sex.

ProgramYear startedCurrent appropriation (millions)
MUST END
Louis Stokes Alliances for Minority Participation1990$50
Alliances for Graduate Education and the Professoriate1998$8
Improving Undergraduate STEM Education: Hispanic Serving Institutions2017$47
NEEDS TWEAKING
Advanced Technological Education1992$75
ADVANCE2001$18
PASSES MUSTER
Graduate Research Fellowship Program1952$285
Tribal Colleges and University Program2001$20
Robert Noyce Teacher Scholarship Program2002$67
Advancing Informal STEM Learning2012$55

NSF has traditionally justified the need for its diversity programs with data showing that Black people, Hispanic people, and women have historically been heavily underrepresented in STEM fields. But Craddock said that approach doesn’t meet the new standard set by the U.S. Supreme Court in a 2023 decision outlawing the use of race in college admissions, which allows for race-based programs only to “remediate specific, identified instances of past discrimination.” He also quotes from a high court ruling this year striking down Louisiana’s use of race in drawing its congressional districts, which declared that “statistical disparities don’t cut it” as a justification for a race-based program.

But some legal analysts argue Craddock has gone too far. “Congress has the constitutional authority to identify systemic racism and other societal inequities and to pass legislation that is intended to address the problem,” says one lawyer, former general counsel at a major research university who also requested anonymity. “There are lawful ways in which to move forward with neutral and inclusive approaches to remove barriers to participation. And I think it is fundamentally wrong [for DOJ] to ignore that fact.”

Craddock’s ruling gives a green light to six other programs that Angela Williams, NSF’s general counsel, in May asked DOJ to evaluate. One was NSF’s prestigious Graduate Research Fellowship Program (GRFP), which includes a 2022 congressional directive “to recruit fellowship applicants from historically underrepresented populations in STEM.”

NSF would be crossing the line if its outreach for the GRFP targeted Black people or women, Craddock told Williams. But there’s an alternative, he explained. “NSF can satisfy this requirement by targeting race-neutral populations historically underrepresented in STEM—such as persons with disabilities, from rural communities, or from low-income background,” Craddock wrote. “The statute does not require NSF to target all historically underrepresented populations.”

An NSF program created in 2001 to increase the number of women in academic science and engineering careers, called ADVANCE, posed a trickier problem. Any approaches aimed exclusively at women would be unconstitutional, Craddock noted in his opinion, but sex-neutral strategies that wind up helping women are OK. “NSF could not fund activities that use sex as an eligibility criterion—such as a female-only Girls Who Code event,” he explained. “But NSF may continue to fund projects that do not give preferential treatment to one sex, even if such projects ultimately tend to benefit women more than men.”

However, institutions receiving NSF funding from the nonbanned programs aren’t off the hook, the lawyers who spoke with Science warn. Craddock’s ruling also prohibits NSF grantees from evaluating the effectiveness of any effort to close racial or gender gaps in science that is deemed unconstitutional.

Although that edict contradicts current case law allowing such research “as long as it does not yield a demonstrable benefit to one student and not another,” says one lawyer, they worry DOJ could eventually use that provision to shut down all NSF programs aimed at improving the diversity of the U.S. scientific workforce.

“So yes, preserving some programs now is a win,” one lawyer says. “But that does not necessarily mean that you can continue doing what you’ve been doing. You need to do it a way that pursues authentic neutral strategies for removing barriers that are not based on a person’s race or sex.”

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Because these cookies are strictly necessary to deliver the website, refusing them will have impact how our site functions. You always can block or delete cookies by changing your browser settings and force blocking all cookies on this website. But this will always prompt you to accept/refuse cookies when revisiting our site.

We fully respect if you want to refuse cookies but to avoid asking you again and again kindly allow us to store a cookie for that. You are free to opt out any time or opt in for other cookies to get a better experience. If you refuse cookies we will remove all set cookies in our domain.

We provide you with a list of stored cookies on your computer in our domain so you can check what we stored. Due to security reasons we are not able to show or modify cookies from other domains. You can check these in your browser security settings.

Google Analytics Cookies

These cookies collect information that is used either in aggregate form to help us understand how our website is being used or how effective our marketing campaigns are, or to help us customize our website and application for you in order to enhance your experience.

If you do not want that we track your visit to our site you can disable tracking in your browser here:

Other external services

We also use different external services like Google Webfonts, Google Maps, and external Video providers. Since these providers may collect personal data like your IP address we allow you to block them here. Please be aware that this might heavily reduce the functionality and appearance of our site. Changes will take effect once you reload the page.

Google Webfont Settings:

Google Map Settings:

Google reCaptcha Settings:

Vimeo and Youtube video embeds:

Other cookies

The following cookies are also needed - You can choose if you want to allow them:

Privacy Policy

You can read about our cookies and privacy settings in detail on our Privacy Policy Page.

Privacy Policy
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