Formatting your CV in LaTeX

Academics in all stages need a CV, from prospective graduate students to postdocs, to faculty applying for promotion. As you gain experience, change roles, and apply for new positions or grants, your CV should change to reflect this. In this post I’ll share my thoughts on how best to format your CV in LaTeX so that it does its job while requiring minimal effort to update and maintain. I’ll also share my own LaTeX CV template for you to use — or modify to make your own!

What’s in a CV

The main point of this post is to discuss how to TeX up and maintain a CV you already have, but if you’re starting from scratch, the goal of the CV is to communicate your academic credentials and professional history. A good place to begin is by looking at CVs of other people, perhaps starting with your advisor(s), other faculty members you know, and other graduate students. Ask lots of people what they think is important in a CV, then take the average of the advice you receive — they might even share their own templates! Advice on this topic is abundant online too; see for example this past blog post.

For a current graduate student applying for grants or research postdocs, it should probably contain at minimum:

  • Educational history (undergraduate, but not high school),
  • List of publications and preprints,
  • List of invited and contributed talks,
  • Teaching experience, and
  • Relevant organizational experience, outreach, and awards.

Generally, things are listed in order of importance, with the most important items at the top and the less important ones coming later (and irrelevant things don’t show up!). Of course, importance is relative to your priorities and those of the job you’re applying for. Most graduate student CVs I’ve seen roughly follow the order above, but with prestigious awards and grants listed earlier, if present. The story is somewhat different for undergraduates applying to graduate school; in that case, I’d choose to list relevant coursework and any research experiences or REUs prominently, in lieu of publications and talks.

Some of the best advice I have received and implemented is to keep one long master CV with everything on it, then copy and paste that into new files for each application, or type of position. This is made easy by having a great LaTeXed CV! If you’re not sure whether it’s appropriate to put something on your CV, you can simply include it, comment it out, and ask your friends, colleagues, and advisor(s) for advice. Then if you decide it should be included, it’s easily uncommented!

Using a template

If you don’t already have your CV TeXed up, or you don’t love how it looks, you can use a preformatted template. For example, if you like how my CV looks, I’ve made the template publicly available! Check out my github to download the .cls and .tex file, or find them on Overleaf. It’s pretty basic, but I like it and it’s easy to use. Here’s how:

  1. Download the cv_style.cls and CV_template.tex files. Save them in the same folder. (If you’re on Overleaf, copy both files into a new project.)
  2. Open CV_template.tex in your favorite latex editor and compile.
  3. Fill in with your details.

That’s it! From here you can tweak the CV either by editing the .tex file or by tinkering with the .cls file. I’ll discuss this more carefully at the end of this post.

There’s endless options for CV templates available on the web (including directly through Overleaf), so check them out and see if there’s one you like more. Some may just be .tex files, unlike mine above. Experiment to see what you like, but remember that it doesn’t have to be perfect; it just needs to convey your information without being an eyesore.

Some useful general tips

The trivlist environment
This environment provides a list, much like itemize or enumerate, but it doesn’t have bullets or numbering. It’s a trivial list! I have sometimes found the need to list things while control the spacing between them, but without bullet points or numbers, and this command fills that role nicely.
The etaremune environment
This is how to get lists numbered in reverse, so your most recent items are listed first, and it’s clear from a glance how many items are in the list. This may be especially relevant in the cases of papers or talks, as the person reading your CV will likely want to know how many of these you have.
Links
Link to things! If the person reading your CV is interested in your paper, make it easy for them to find it by adding a link. This goes for your email, your website (you should have one, maybe this is a future blog post), etc. If you list outreach programs or awards you have won that aren’t self-explanatory, including a hyperlink is an easy way to offer more explanation without taking up real estate on your CV. Note that you’ll probably want to use the hyperref package, which provides the href command to make hyperlinks (this is included in my template).
Make it public
Don’t just upload your CV on job applications, but make it available on your website (again, which you should have; see this blog post). People will want to find you and quickly get an idea of who you are and what it is that you do — especially once you’re giving talks about your research! Make sure they can find you by having your CV linked on your website. If you don’t have a website (yet), you could ask your department to post your CV in their directory, until your site is ready.
Getting help
If you get stuck with LaTeX, Google and Stack Exchange are your friends. There’s an entire Stack Exchange subdomain dedicated to LaTeX with well-written solutions and thoughtful comments, and I don’t think I’ve had a LaTeX problem that it didn’t quickly solve. The Overleaf documentation is also a great resource, and all major packages have their documentation posted online.

Looking more closely at the .cls file

I was originally inspired to make a resume template when applying for summer jobs as an undergraduate, as I had just recently learned LaTeX and thought it would be a fun way to learn some of the details (it was). Plus I actually needed the resume to apply for these jobs! I originally followed some advice on Overleaf and tinkered with it over the years to produce the present form. I’ve actually simplified it several times, to the point that it doesn’t do much more than format the section headings and provide some commands, and it doesn’t need to.

The function of the file cv_style.cls is to provide the document class cv_style. This is then used in place of a standard class, like article or amsart, at the beginning of a .tex file. The file can simply be placed in the same directory as the .tex file, where it tells the compiler to format the sections a certain way and to allow certain commands, described below.

The first few lines specify certain packages which must be loaded for the class file to work properly, just like you’d load packages in a .tex file. Then there are the titleformat and titlespacing commands, which allow you to specify how the section headings appear. For the section headings, I like the small caps with a horizontal rule under, but you can tinker the size, font style, and spacing to your liking!

The remainder of the file consists of four commands. These provide formatting for your contact information and name, as well as talks and papers.

  • \contact{institution}{department}{office address}{email}{website}This command produces your contact information. Each item appears on its own line, with a small space between the office address and the email. I like this centered, at the top of the file, right under the name.
  • \name{}This command produces your name (what a surprise), nice and big, in pretty small caps font.
  • \talk{title}{conference}{host location}{date}This command formats a talk. The title is italicized, while the conference, host institution, and date are listed simply, separated by commas.
  • \paper[coauthor(s)]{title}{status}{notes/links}This is my command to format a paper. I like the title in bold, and I use the status input to share whether the paper is in preparation, submitted to a journal, or accepted. In the final input, I include any relevant links, e.g. to the arxiv version of the paper. The first argument is to include any coauthors. This is an optional argument, since not all papers will have coauthors.

Whenever I write a new paper or give a talk, I just go to my .tex file, make a new an item in a list environment, and fill in the fields in the appropriate command above. If I ever don’t like the formatting — say I don’t want the titles of papers to be bold anymore — one change to the .cls file changes all of the entries in the .tex file!

Concluding thoughts

With just a bit of forethought, and the (optional, but fun) effort of learning how to make a simple .cls file, this system has saved me a lot of time and made it incredibly easy to keep my CV up to date. It’s also straightforward to tinker with, so I can fine tune the appearance when I choose to.

Got a template you’d like to share, or your own tips for writing and formatting a CV? Share them in the comments below!

Posted in Advice, Grad School, Jobs, Starting Grad Schol, staying organized, Technology & Math | Tagged | Comments Off on Formatting your CV in LaTeX

2021-22 Graduate Student Blog Vision

Hello AMS Graduate Student Blog readers! I would first like to thank Caleb McWhorter and the previous writing team for their work and dedication to the success of the blog. 

My name is Jasmine Camero and I am the new editor-in-chief for the AMS Graduate Student Blog. I am currently a Ph.D. student at Emory University with research interest in Algebraic Geometry. As a graduate student and a woman of color, one of my goals has been to create community among students so we can thrive in our studies and careers as well as in a social aspect. I would like this to be a space for productive dialogue about topics centered on the challenges students face while encouraging student success. 

I cannot wait to start working with such a strong group of writers who have already volunteered their time to the blog with unique voices that can translate their thoughts, ideas, and experiences to other graduate students. I am confident they will provide readers with their special experiences, viewpoints, advice, and much more. To the writers: thank you in advance for your time, energy, and commitment to this blog. The team and I will work hard to provide a wide-ranging collection of articles for you. 

My vision for the next year is to capture the unique and crucial experiences of graduate students on an academic, professional, social, and personal level. While doing so, I would like to emphasize the following topics: 

    • Diversity: Graduate students are more than just students. We come from a large variety of backgrounds: genders, races, ages, countries, orientations, and more. It is crucial that we not only acknowledge this, but also celebrate it. We would like to highlight the varying aspects of a graduate students adventures. This can include stories about the barriers members of underrepresented communities face and advice for overcoming them as well as encounters of first-generation students and their personal navigation through academia.
    • Resources: Graduate students take on many roles: students, mentors/mentees, teachers, and researchers. We will discuss useful internet sources such as qualifying exam repositories, problem solving, or teaching material. We also plan to share helpful tips and tricks, advice, and specialized templates for beginner or advanced users with TeX. 
    • Experience: Experience itself is an unparalleled affair. It will be worthwhile to display the experiences of students in varying years of their programs: first year, second year, etc. This can include navigating exams, building a CV, finding an advisor, traveling to conferences, and being on the job market. 
    • Mental Health: For many, academia can be a very toxic environment. This can be a space for students to witness and create a healthy dialogue about mental health struggles. 
    • Professional Development: A graduate program in mathematics isn’t just about the mathematics. Graduate students engage in a variety of activities. We will work to highlight mathematicians engaged in spreading the access to mathematics to groups in or outside of their respective institutions. This may include information about organizing and running a seminar, Directed Reading Program (DRP), Math Circle, attending conferences, or volunteering experiences. 

Apart from these central themes, the AMS Graduate Student Blog is by graduate students, for graduate students. We want to hear your ideas, stories, feedback, and suggestions for what you would like to see on the blog. Please contact me, jasmine.camero@emory.edu, or any of the other writers to suggest ideas. If you want to take it a step further, the best way to see the content you want is for you to contribute! If you are interest in writing for the blog, contact me. 

I cannot wait to see what this year has in store for the AMS Graduate Student Blog . 

Posted in Announcement | Comments Off on 2021-22 Graduate Student Blog Vision

New Editor-in-Chief

To all the readers of the AMS Graduate Blog,

First, let me say thank you all for supporting mathematics graduate students (possibly even your fellow graduate students) by reading the blog! I am very excited to announce to you all that the AMS Graduate Blog has a new Editor-in-Chief. As of this Fall, Jasmine Camero will be taking over as the Editor-in-Chief. Jasmine is a second year Mathematics Ph.D. student at Emory University. I am very excited to see the future of the blog under her supervision, as I am sure you all are. So a warm welcome and congratulations (not to mention big thank you for all the future effort) Jasmine! She will be introducing herself better than I ever could in a future post soon.

Posted in Announcement, Editorial Statement | Comments Off on New Editor-in-Chief

Pedagogy of the oppressors

It seems like everyone these days has got teaching advice. The sheer volume can be overwhelming, but it’s heartening that most of it seems to be centered around how to treat students (and ourselves) more humanely amid health and economic crisis, and growing consideration of inclusive teaching practices. The movement away from lecture-style one-way teaching towards active and engaged learning has been building steam for decades. But I suspect the existential alienation derived from weeks of speaking at a screen-sized void of black boxes with name-tags must have made even the keenest lecturers think that something might be off in their approach. I always valued humanity and engagement in my classrooms. But I’ve definitely tried to step it up in the past year, thanks in part to the chorus of voices that has risen in the education blogosphere in renewed support.

Valuing the humanity of students sounds like something so obvious that it need not be expressed. But the lecture-exam style that has been dominant in Western higher education for the past century or more, along with its neoliberal attitudes about competition, does tend to treat students rather more like absorbent sponges than human beings. The idea that the fact of students’ humanity should actually inform how we approach our time in the classroom is neither new nor dare I say attributable to any particular individual or group. All I can say is I find it both heartwarming and odd that humanizing and egalitarian ideas are being applied inside the bureaucratic architecture of universities that are run like businesses, within the larger landscape of a hyper-individualistic and capitalist society. But try don’t let these contradictions make you feel cynical — maybe this is how slow revolution works.

A purpose of traditional academic devices like exams and grades is to stratify students. They (we) are conditioned to think of themselves as perpetually comparable and ultimately unequal. It has been said that an education system is the most effective device for a society to implement and reproduce its internal order. So in a mythically meritocratic society, exams and grades make perfect sense. If you didn’t get an A, you just didn’t work hard enough. (Same goes for you on your academic job hunt, amirite.) But do modes of education that are intrinsically anti-hierarchical have a place within brutally unequal and hierarchical academia? Apparently yes, if you can back it up with data. Statistics, those faithful friends of the bureaucrat and businesswoman (which wave of feminism is it again that was about liberation through private enterprise?) are finally revealing to us that when students participate in creating their own educational experiences and are allowed to discover things for themselves, they (a) are more satisfied, and (b) learn more. In the administrator/economist’s view of student as both consumer and intellectual-capital-in-progress, we have happier customers and more effective future laborers. It’s the same principle behind those giant slides for employees at Google, or even the free coffee in your department. And you thought it was because they loved us.

Some statements about teaching: I believe in participatory modes of learning. I think that encouraging student ownership of the classroom will better lead them to ownership of knowledge. When learners engage with each other and work together to reach a goal, there is unpredictability and dynamism that is undeniably fun to witness. I have felt the greatest satisfaction as a teacher watching well-designed activities set a classroom abuzz. I was attracted to these practices instinctively at first, but now I realize the political ramifications of educational styles. Yes, sorry, teaching is political too. But not just in content; rather in form. To quote a phrase, the medium is the message.

Inquiry-based approaches, active learning, math circles, “student centered” what-have-you. What they have in common is the decentralization of knowledge, the ceding of authority by the so-called teacher and the vesting of same within a community of learners in dialogue. Some of the terminology and practices as we know them in the 21st century university seem to be sanitized versions of radical pedagogical theory going back through Marilyn Frankenstein[1] and Paulo Freire to the early 20th century anarchist escuela moderna (modern school) movement, and I’m sure further still. (There’s another thesis there that would be fun to have time to write.) Commonalities can also be found in more palatable alternative educational philosophies like Montessori and Waldorf, which do not openly challenge the social order. Adherents have sworn by these practices based on direct experience, moral principle, and gut feeling. But when science eventually certifies that they are safe and effective, institutions run in.

It is easy to dismiss radical ideologies that prioritize humanity and freedom over any kind of measurable produce as deconstructivist nonsense. It is not too much harder to see that evaluating theories by their quantifiable outputs will inevitably lead to the convalidation of theories that are centered around maximizing measurable outputs. Rest assured, scientists and big tech are hard at work trying to figure out both ways to induce and measure that elusive quality of “real human experience,” but humanization with a profit motive is probably something to be suspicious of. I’ve always had some unease about the pedagogy training provided by the higher ed industrial complex, fearing a similar perversion of noble ideas for the sake of bottom line.

I want my students to have rewarding and transformative experience in the classroom because I value and respect their humanity. But I’m not totally sure my institution values and respects mine, insisting on in-person classes this Fall while continuing refuse to provide health insurance to graduate student workers. I want my practice of education to lead to a freer and more equal society. But how can it when a degree costs a few hundred thousand dollars, administrators make around fifty times what I make, and so many of my students are the children of the one percent? Not to mention that the name of building I work in and the person to whom the glory of the math department goes is someone who literally owned human beings, went to war for it, was swept to US Congress atop a wave of vote-suppressing racial terror, and whose legacy to the university was making sure it was re-established as exclusively white after Reconstruction. Never mind, let’s just think about how can we make teaching more transgressive at this institution. Let’s brainstorm how a university can be simultaneously diverse, equitable, inclusive, and elite. Is there a manual on education of the overclass as the practice of liberation? Am I joking?

Even if they don’t give me health care, one thing my institution does offer me is teacher training. Probably yours does too. The acronym is always a mishmash of the same letters: CELT. They offer an abundance of advice and support for engaged (or excellent) learning and teaching. They care about our well-being, and want us to succeed as teachers. When we were upended trying to figure out online teaching last Spring and Summer, they contracted a private ed-tech company to offer us free online teaching training. The university made us go back in person anyway, but CELT was there again! They supported us with assessment workshops, syllabus prep help, and support for all the tools we had to learn to make the experience of education in a pandemic more accessible and humane, plus some online yoga sessions! The big joke about going back in-person was that of course everything had to be available online anyway what with hundreds of students infected with COVID on a given week, many more needing to quarantine, and an even greater number realizing that professors had no good way to make them accountable for going to class — it’s like a hybrid model but where no one tells you ahead of time that you have to teach hybrid. I think they call it HyStress. But the promise of the humanizing experience only in-person education can offer really justified the expense to the university, which really threw down for capital-assisted safety protocols and education enhancements (you should see the warehouses they built us to teach in). More importantly, it was worth it to students and their families as well.

The discourse around research, that other pillar of our professional development, is a bit more honest about its premises. I have been counseled many times against going into this area or shifting toward that because that’s where the money is(n’t). You wont find a job. No one will care about what you do. But what is it useful for? This is the standard criterion by which scientific and intellectual exploration is judged nowadays. It is magnificently simple and reasonable, seemingly unimpeachable. Yet the question betrays an imperialistic framing of the whole business of science. If there is plunder to be had, all else be damned.

The insinuation is that knowledge of nature is not worth much effort unless it can be exploited for human purposes. Nature is to be dominated. Scientists are not the high priests of modernity because we have a culture that truly values broad intellectual practice. It’s because scientists have “done so much for society.” Only science could save us from a pandemic. Only (military-backed) science could build the internet, get us to the moon, or develop weapons capable of ending wars. Fused with capitalism, science will soon take us to Mars. Scientific manifest destiny is a nearly unquestioned ethic in contemporary culture. We don’t often like to think about the fact that the very predicaments we need science to get us out of are also the same ones science got us into, by, say, technologizing warfare in the first place, creating the conditions for human population boom, and devising extractive uses for every animal, mineral and vegetable on this decreasingly green earth. We may be forever chasing that dragon.[2]

It’s tempting to map the problematic and imperfect pure/applied mathematics distinction onto the divergent values of personal intellectual freedom vs. measurable social utility. But just like education reproduces its own organizing social structure, “pure” mathematics research also operates by a subordinating and self-perpetuating force. Math research is a patriarchy. Your legitimacy as a mathematician is granted according to your ability to master the style and body of mathematics of the great (men) who came before us. Once you do that, you are granted the freedom of solving your advisor’s problems. If you are really top-notch, you will solve your advisor’s advisor’s problems — stuff that the elders couldn’t figure out. Do this, and they will give you awards and professorships named for the patriarchs. Cultural progress in mathematics is measured by the rate at which these honors are bestowed upon women and people of color. But the system can remain intact regardless of who sits in the chairs.

There are relatively few incentives for producing liberated mathematics research (if such a thing exists). If it is not useful to society (broader impacts) then it better at least answer some questions the elders had (intellectual merit). In either case, the primary personal attribute our system rewards is mania because that’s the fuel of scientific production, and it doesn’t cost your dean a dime. Just a little bit of humanity off the top. Competitive academic market pressures are squeezing us to always do more with less, just like globalized capitalism squeezes workers in other industries. We are trained in academia to get used to a mentality of scarcity. Scarcity of jobs, scarcity of funding, scarcity of time to explore our imaginative and curious sides. Scarcity of time to engage with students! I think students were starting to get wise that their interests were being subverted to scarcity ecology of the professoriate, which is why the universities had to respond and set up things like CELTs in the first place. So were back to the question — how can educators deliver liberatory education from within a system that is wringing them out?

The neoliberal model of education as commodity, and its correlate patriarchy in academic research, is a deeply engrained system. Its power seems inescapable. But, as a hero reminds us, “so did the divine right of kings.” We must seek transformation collectively; no one individual has all the answers on how it should work. And probably doing teacher trainings and making use of the resources of CELTs and their like is part of the way forward, despite the apparent macro-inconsistencies. At the very least, these workshops (should) get us in dialogue with one another. But I’m sure this is not enough. The arc of an academic career does not in general to bend towards broader freedom and justice. You might have to go out of your way for that.

There are many good discussions happening about these issues and how to effect change. To name just one other source, check out Abolition Science. But if you also need some escape into fantasy, try Ursula K. Le Guin’s novel The Dispossessed. It was recommended to me by a fellow graduate student some years ago, and I recommend it to anyone else looking for a vision of the pursuit of truth in a society removed from profit-motive and imperialism. (Also for sci-fi nerds, it gives the back story of a device for instantaneous communication across space called the ansible, which term/device appears in lots of later works from many other authors (notably the militaristic Ender’s Game series).) I see this book as something like solarpunk for mathematicians  — a prefigurative work that can help us move toward a better future by envisioning it for us. But it’s an ambiguous utopia. It’s never clear whether you have to abandon the world you know to get the one you want, or whether transformation is forever possible from within.

As a final note, the thoughts and observations shared here come out of conversations with my family, friends and community. I claim no ownership. I am grateful to the AMS for the opportunity to write for this blog and for encouraging open discussion among mathematicians. Any deficiencies or offenses caused, I do own.

[1] Thanks to this blog post for making me aware of Marilyn Frankenstein and critical mathematics pedagogy.

[2] Try Le Guin’s The Lathe of Heaven if you want to marinate on this point for a while.

Disclaimer: The opinions expressed on this blog are the views of the writer(s) and do not necessarily reflect the views and opinions of the American Mathematical Society.

Comments Guidelines: The AMS encourages your comments, and hopes you will join the discussions. We review comments before they are posted, and those that are offensive, abusive, off-topic or promoting a commercial product, person or website will not be posted. Expressing disagreement is fine, but mutual respect is required.

Posted in Mathematics in Society, Teaching | Tagged , | 1 Comment

Networking to get the most out of the Virtual Joint Mathematics Meetings

By Pamela E. Harris and Abbe Herzig

In addition to sharing our mathematical work, the Joint Mathematics Meetings (JMM) provide a valuable opportunity to network with other mathematicians. Networking allows you to learn about other people and what they are doing, meet them, help them know who you are, and generally share ideas about mathematics, education, the profession, or any other topics that you might want to talk about.

This year with JMM being held virtually you might wonder about options for networking and how to make good use of them in this new format. As you prepare to embark on some virtual networking during JMM you should check out the advice provided in this eMentoring blog Networking Basics for Math Undergrads. Although the advice provided is targeted for  in-person events, much of it continues to hold for a virtual conference. In particular, we suggest the following for virtual networking events.

Prepare for a networking event in advance:

  1. Create a virtual business card. This can be a google document with a sharable link where you can provide your name and contact information. You can also include where you are in your mathematical journey (Undergraduate/graduate student/on the job market, etc.) and any specific mathematical interests (“interested in algebraic topology”). Bonus points: turn your long sharable link into a tiny url to get a personalized short link with your name on it. Remember to make this document available to the public! You could also share your LinkedIn profile or personal webpage, if you have them.
  2. Have a second document ready so you can keep track of  contact information of people you meet, or that they share in a chat. This might be a document you save to your desktop, or you could also have a link to share where folks could write their contact information as well. This will be a helpful resource to you later, so you can follow up and build professional relationships.
  3. Upload a photo to your AMS profile and also in the Zoom platform, so that when your camera is off a picture of you is still displayed. This will help people remember you.
  4. Update your name as you would like it to appear and so that people can see it displayed in the Zoom window. Feel free to add your pronouns.
  5. If there is an individual or a group of mathematicians you’d like to meet, look at the JMM Virtual Program to see where you can find them (the JMM program is posted on Mountain Time). You can also attend some general networking events, which will be announced in the program email you will receive each morning of the meeting.

While in a networking session:

  1. Turn on your camera, even if only briefly. We understand everyone’s bandwidth (literal and metaphorical) is different. So this could be just initially to say hello and then explain your bandwidth limits and turn it off. If possible, display your photo as mentioned in item #3 above.
  2. Introduce yourself. Prepare a brief introduction in advance, and consider posting the link to your virtual business card, LinkedIn page, or personal webpage in the chat (see #1 above). If you are in a breakout room or talking with different people, feel free to share it again if you meet others you want to connect with.
  3. An online gathering is different from an in-person one in several ways. Online, if you do not show yourself or speak up, others may not know you’re there. Find ways to make your presence known–make a comment, ask a question. Don’t know what to ask? Try “Can you tell me more about that?” or “How can I find out more?” or “Can you recommend something I can read to learn more about this?”
  4. Step out of your comfort zone. You do not have to talk to everyone or enter every conversation. It can help to prepare some questions or comments in advance. Most people enjoy talking about their own work, so a question about their research can be a good ice-breaker.
  5. Stay in contact with the individual after the conference. A simple email the day after, where you remind them of your name, institution, and the topic of your conversation, can go a long way in building a new professional relationship. Asking a question about their work in the email can keep the conversation going.

You will find other helpful ideas at these posts from the eMentoring blogs:

You will have the opportunity to use these skills by joining the eMentoring Network and the AMS Department of Education for the informal networking session Networking for better mentoring on Friday, January 8th from 12:00-1:00 pm Mountain Time. This informal discussion will address questions like: What is mentoring? Who is a mentor? What can students expect from a mentor? Can good mentoring practices be taught? How do people find mentors? How can we adapt our mentoring to be better advocates for those most marginalized within the mathematical sciences? What lessons have we learned about mentoring in the past year, especially with the move to virtual platforms? These and other questions like these will guide our session, whose goal is to network for better mentoring.

Anyone registered for JMM can join Networking for better mentoring through the JMM Virtual Program.

We hope to see you there!

 

 

Disclaimer: The opinions expressed on this blog are the views of the writer(s) and do not necessarily reflect the views and opinions of the American Mathematical Society.

Comments Guidelines: The AMS encourages your comments, and hopes you will join the discussions. We re- view comments before they are posted, and those that are offensive, abusive, off-topic or promoting a commercial product, person or website will not be posted. Expressing disagreement is fine, but mutual respect is required.

Posted in Advice, AMS, Conferences, JMM | Comments Off on Networking to get the most out of the Virtual Joint Mathematics Meetings