Tuesday, March 24, 2020
“Keep Your Job, Ken!” Part 3: Management
by Professor Kenneth Hanson, Florida State University
Continuing my “Keep Your Job, Ken!” series, this post will discuss
some of the management portions of an assistant professorship. During our stint
as graduate students and postdocs most of our time is spent as scientists and
researchers but little to nothing is dedicated to managerial training. This is
unfortunate because it is arguably the most important and most difficult part
of being a professor. We can all do the science but it’s those that can manage
time and people that become the most successful.
1) Do your homework.
One thing that really opened my eyes was the realization that we regularly
demand rigorous research and evidence to support some of the most trivial
chemical claims. But when it comes to human interactions, we make major decisions
largely based on instinct and anecdote. There is a large body of behavioral
psychology research that specifically studies best and worst practices in management.
Therefore, my first piece of advice is to do your homework. Read a few books on
management. Many of the books I read had valuable insights and suggestions, but
the one I found most useful was First, Break All the Rules: What the World’s
Greatest Managers Do Differently by Marcus Buckingham and Curt Coffman.
The book takes an in-depth look at Gallup polling data for 400 companies,
>1,000,000 employees, and 80,000 managers and tries to pinpoint the best management
practices. Interestingly, the key to
having the happiest, most productive, and most dedicated personnel has very
little to do with salary, work hours, vacation days, or the promise of fame and
fortune. Instead, an employee’s happiness is almost entirely dependent on how
they are treated by their managers. In fact, they reduce this complex
management problem to 12 key questions:
1) Do
I know what is expected of me at work?
2) Do
I have the materials and equipment I need to do my work right?
3) At
work, do I have the opportunity to do what I do best every day?
4) In
the last seven days, have I received recognition or praise for doing good work?
5) Does
my supervisor or someone at work seem to care about me as a person?
6) Is
there someone at work who encourages my development?
7) At
work, do my opinions seem to count?
8) Does
the mission/purpose of my company make me feel my job is important?
9) Are
my co-workers committed to doing quality work?
10) Do
I have a best friend at work?
11) In
the last six months, has someone at work talked to me about my progress?
12) This
last year, have I had the opportunity at work to learn and grow?
Managers who create an environment where the personnel,
staff, and employees answer yes to most of the questions above, most
importantly the first five, consistently and overwhelmingly have the most
productive teams, lowest turnover, and least mistakes. While we are not running
a business, at least not literally, these questions equally apply to a graduate
student’s experience in your research group. This list is regularly on my mind
when I am meeting and planning with students. In fact, when they first join my group
I go over this list with each of them and emphasize the importance of
communicating what is working and what isn’t. If at any point they answer ‘no’
to any of these questions, then we need to identify better strategies moving
forward.
2) Treat your
students as individuals. Good mentoring is not a one size fits all
equation. Your students are individuals and need to be treated as such. The
first step is to find out what makes them tic. What are their strengths and
weaknesses? What motivates them? What are they passionate about? What are their
long-term goals? This does not mean you have to be close friends with your students,
but it does mean you have to pay attention during your interactions and regularly
ask them questions. Learning about your students is key to fostering a positive
response to questions 3, 5, 6, 7, 11, and 12 from section one.
3) Only pick the best
students. Just kidding, I don’t have any profound wisdom on picking good
students. In fact, I became very jaded during my time on the admission
committee because neither
GPA, GRE scores, nor glowing letters of recommendation were
good predictors of success in graduate school. That is not to say that these
metrics are meaningless. Collectively they do give you some insights into
students especially if you know the letter writer personally but there is no
silver bullet. Despite all of this, thankfully, I have been lucky in that I can
honestly say that I have not had a bad graduate student. For the most part I
look for enthusiasm, perseverance, examples of overcoming obstacles, and the
amount of time spent in lab. It is also likely that flat out telling new
students that my group works very hard, but publishes a lot because of it,
selects for a particular type of student. It hasn’t scared them all away yet so
I am probably going to stick with this strategy.
You will also pick undergraduate research students. Just as
with graduate students, there are no obvious tell-tale signs that someone will
be good in lab. I have had 4.0’s with great letters that lacked technical
abilities and/or were lazy in lab. On the other hand, I have had sub 3.0’s who are
driven, creative, and ended up on several papers. And vice versa. Neither I or—as
far as I know—anyone else has figured out the right interview questions or CV indicators
to suss out research potential. With
that said, I strongly caution against taking pre-professional students,
especially if you don’t do bio-related research. While not always true, they
are often looking to expand their portfolio.
Resources are limited and I want research in my group to be a steppingstone
and not just a resume filler. I would hate for a research tourist to take the
spot of a serious research student. I also look for a long term, usually 2-year
commitment to research. It gives the student enough time to learn the ropes and
take on a project of their own. It also means that I can write them a
meaningful letter of recommendation.
4) Don’t put off
removing a weak student from your group. I have, thankfully, never had to kick
a graduate student out of my group.
However, over the past 6 years I have watched—either as a committee
member or as a friend/colleague—other professors wrestle, for years, with the
decision to kick out a student. Sometimes they keep waiting for that one
obvious thing that will push them to “fire” a weak research student. While
removal worthy events occur (i.e. harassment, major negligence, not showing up
to work, etc.) they are rarely the reason someone gets booted from a group.
Instead, they are scientifically weak, lazy, unmotivated, and/or uninterested
but are just okay enough in lab to not get kicked out. That is until the PI
can’t take it anymore or they graduate. They are the C- students of research.
Often, the PI holds on to the student while hoping they will get better, trying
different things to motivate them, or offering different projects to get them
invested. The reality is that while anecdotes about successful interventions do
exist, they are rare. We keep holding and hoping but in the end are stuck with
a 4th year graduate student that does not merit a Ph.D. But
sunk-cost fallacy or time-spent pity convinces us to give them a Ph.D. anyway.
That Ph.D. is neither good for your program’s reputation, nor for the student
who is simply not competitive with their peers and would be better suited as a
B.S./M.S. level technician. There is something to be said about having warm
bodies in lab to do the work but at some point, the drain in time and effort as
well as the damage to lab culture is a far higher cost than losing a student.
While large and established groups can afford that cost, assistant professors
cannot. So my advice to new professors is, if you are struggling with a weak
student, invest 6 months of interventions (e.g. goals, timelines, assignments,
etc.) and if they don’t dramatically improve, ask them to pursue other
opportunities. It is a hard conversation to have but it is better to do it
early rather than waiting until it is “too late.” And, as others have recounted
to me, it is painful while it is happening but almost immediately after a
tremendous weight is lifted and ultimately it is better for everyone.
5) Destructive
students are just as, if not more, damaging to your research group as weak
students. In addition to the weak students described in point four, there
are “good” graduate students who are arrogant, cocky, opinionated, aggressive,
authoritative, and, for lack of a better word, assholes. Many of the people
reading this already have the name of a current or former co-worker in mind. Many
professors are willing to put up with these “big” personalities because they can
also be intelligent and the most productive members of the group. However, I
strongly encourage any professor, not just new ones, to decline taking these
students and/or remove existing ones from your group. Superficially it may seem
like it is worth putting up with them for their productivity, but that too
comes at a cost. One management book that really reshaped my view on this
subject was The No Asshole Rule by Robert I. Sutton.
The book recounts a large body of evidence that shows, in terms of net gain,
the assholes in the workplace are a bad return on investment. They are damaging
to the workplace culture and a negative influence on those around them. When
present, assholes decrease workplace satisfaction, lower overall productivity,
increase employee turnover, increase the number of sick days, and create
unnecessary drama, among other damages. Any productivity benefits simply do not
make up for an asshole’s detriments. Sutton shares the following evidence
supported example: Imagine a top salesperson at a car dealership. This person may
be leading in sales numbers, but it is due to them poaching sales, demotivating
peers, and a general desire to avoid the workplace by many fellow employees.
The direct calculation tells you that, if you fire the asshole, you will lose
their x sales per month. However, when you account for a lack of poaching and
general improvement in moral, the total sales actually increases once the
asshole is removed from the equation. The same is likely true, if not truer,
for a relatively small research group working long hours together. Not only
that, an asshole can damage your group brand and hinder recruiting or, even
worse, propagate a cycle of attracting more assholes. Long story short, adhere
to the no assholes rule.
There are also additional toxic personalities that are worth
watching out for. The people at jobmonkey.com have been kind enough to
partition these problematic team members into eight categories. To
quote their list:
The Slacker – This
employee never pulls their own weight and never gets any work done.
The Bully – No one
likes a bully who picks on other team members.
The Gossip – It’s easy
to start rumors, but hard to stop them.
The “That’s Not My Job” – An
employee who isn’t adaptable or a team player will cause problems.
The Mess – This
employee is disorganized, constantly late, and inattentive to detail – and it
directly affects his or her work.
The Emotional Train Wreck – When
an employee continually shares their emotional baggage it can be draining on
the rest of the team.
The Know It All – When
an employee always believes they are right, you’ll never get anything done.
The Yeller – People
who yell, typically never listen, and make others feel bad in the process.
While many of us exhibit some of these traits, if it becomes
a group members defining characteristic and/or starts damaging group culture,
then it may be time to consider removing the toxic agent.
6) In a continuation of the previous point, work to establish a positive and
productive lab culture. Lab culture is perhaps one of the most
underappreciated but critical aspects of any research group. Anyone that has
worked in more than one lab knows how different the ambiance of each group can
be. Work hours, student-student interactions, work ethic, scientific rigor,
expectations, timeliness, etc. all create a collective feel of the group and
that influences productivity. Many of these variables are difficult to control
and can’t be mandated. There are, however, many things a PI can do to move a
group in the right direction.
·
Be on time to every group meeting, 1 on 1
appointment, qualifying exam, etc. It shows that is punctuality is important to
you and that you respect and value their time.
·
Check your
ego at the door. Being willing to admit your wrong or don’t know something is
not a sign of weakness. Instead, it is the foundation of strong/reliable person
and is key to character development. A confident but fake façade can save you
some momentary “humiliation” but long term it only works to undermine your
credibility and people’s willingness to trust/believe you. Long story short, we
are all smart and successful people. There is nothing to be gained by acting
out or grandstanding in front of others.
·
Encourage your students to check their ego at
the door. For the same reason described above, students that lack humility can
be incredibly destructive to group dynamics. Also, during candidacy exams, for
example, not knowing an answer to a question can be bad, but an honest effort
to answer the question with foundational knowledge is usually well received. On
the other hand, a student who is extremely confident in their wrongness can
really spiral out of control and, in the worst possible scenario, cause their
committee to actively argue with them and ultimately fail them. Similarly, if a
student cannot own up to a mistake or admit to not knowing something, how much
of what they say can you believe?
·
Do what you say you are going to do and if not,
keep everyone updated on why plans changed.
·
Show respect for the students and insist that
they show respect for one another. Tamper unnecessary inter-student aggression,
condescension, and/or bullying.
·
Encourage collaboration and not competition.
This can best be done by delineating individual strengths and pairing
students/projects accordingly.
·
Remove the assholes (see point 5).
·
Set an example by working harder than they do.
This is especially true for when working with your first few students. Your
work ethic will be most obvious to them and they will set the tone of the group
for several years to come.
·
Encourage student hangouts. Most of this will
happen organically but you can do some things to help. This could take the form
of holiday and/or annual gatherings at your house, occasionally providing pizza
at group meeting, or maybe celebrating birthdays. Also, encourage students who are
willing to take the lead and coordinate social gatherings. Even if they are not
the strongest student in lab, their role as the social glue of the group can be
irreplaceable (that said, it’s important that isn’t the only thing they do).
·
Celebrate individual and group successes. See
question 4 from point 1 above.
·
Work to establish group traditions. These
traditions, regardless of what they are, helps develop shared experience and
feeling of togetherness.
·
Encourage critical but constructive feedback
with and between students.
·
Do not play favorites. There is very little to
be gained and it will only lead to resentment and others feeling undervalued.
That is not to say you should treat all students the same. In fact, there is no
question that if I want something done quickly, there are certain people I turn
to first. But avoid becoming too close to anyone preferentially. That is, don’t
spend time hanging out or shooting the shit with one student over the rest. Be
friendly with your students but not friends. Avoid non-work-related emails or
texts of any kind other than emergencies.
7) Set up group
meetings as soon as possible. When starting with only a few students, it is
easy to put off starting a formal group meeting. After all, when you only have
3 or 4 students you’re already spending a lot of time together. However,
setting up a formal group meeting, even if once a month, can be useful for you
and your students. For example, group meetings with required literature review
helps develop a skill set not necessarily learned in lab. If everyone reads the
paper you can do a shared critical analysis of the conclusions, experiments,
and even the writing/presentation styles. They can also be used as regular
training/teaching opportunities to go over particular techniques or the theory
behind the instruments used on a day to day basis. It is also an opportunity
for shared group updates including research progress, instrument troubles,
safety concerns, and any other issues that affect the entire group. Rotating
through presenters gives the students some much needed practice before their prospectus
and/or candidacy exams too.
6) Partition your day
into formalized time blocks (i.e. 8-10 course content, 10-12 proposals, 12-1
emails, etc.). As professors, we get pulled in many directions
simultaneously (i.e. mentoring, research, teaching, committee duties, etc.) and
it can often be overwhelming. It is very easy to look at the calendar and say,
“I will put of x until next Tuesday because there is nothing on my schedule.”
But, by the time Tuesday rolls around, somehow your day is packed and that
large block of time disappears. The unfortunate reality is that large, open
blocks of time will never come so you cannot rely on them for finishing
important tasks. Instead, it is much more effective to partition your time and
tasks into blocks throughout the day as listed above. Even these small blocks
will be interrupted by other things but a few hours per day on a task can add
up to progress.
7) Find an effective
strategy to manage your calendar, emails, and to-dos. Given the
multifaceted and chaotic nature of the job it is very easy to let things slip
through the cracks. Unfortunately, every time that happens your reputation with
students, colleagues, editors, organizers, etc. takes a hit. Being disorganized
also reduces your productivity. Therefore, I strongly encourage everyone to
come up with software and/or hardware solutions to keep track of day to day
tasks. For example, the calendar on my phone has been particularly useful in
keeping me notified of deadlines, class time, meetings, etc. Every time I learn
of a new event, I add it to my calendar with an alarm warning that gives me
enough time to run to the building/room I need to be at.
I also regularly use flagging/starring or other email
marking strategies so that I don’t miss emails. Then once a day I will carve
out some time to specifically address the list of flagged emails. I also keep a
hard copy to do list (image below) that categorically divides what I’m working
on by:
·
my students and what they are working on,
·
emails that need to be sent,
·
a general “needs to get done” list,
·
pending reviews,
·
teaching to-dos,
·
grant deadlines,
·
pending proposal content list, and
·
a to-purchase list, among others.
Again, I block out a section of time to address many of
these items. Nothing is as satisfying as crossing items off this list.
Subscribe to:
Post Comments (Atom)
Interesting. I find that, being a permadoc, the most important aspect to bring about "success" in the lab (developing projects and publish) has little to do with the advisor or the student, but whether the project "works"...meaning, gives you interesting results in a narrative. I have yet to find a faculty member that could figure out how to make a project that wasn't working to work (give positive results), or how to take data and put it an interesting narrative that can be published. Beyond basic laziness, there is little that students or faculty can do to succeed (create papers), in my opinion, it just depends on the project. But, as you point out, environment is important. I really believe a lot of people get faculty positions not so much because they were brilliant, but because they happened to be on projects as grad students or post-docs that worked, and got into high impact factor journals (often because they worked for someone famous in a "top" school).
ReplyDeleteThis was a big part of why I bailed out of my postdoc for a job in industry. I spent almost a year trying to make a catalyst in a certain oxidation state that my advisor wanted. Eventually I did some electrochemical experiments and determined that the compound wasn't stable.
DeleteHowever, we did manage to get a publication out of it. We just had to change the narrative to fit the data.
"But, as you point out, environment is important. I really believe a lot of people get faculty positions not so much because they were brilliant, but because they happened to be on projects as grad students or post-docs that worked, and got into high impact factor journals (often because they worked for someone famous in a "top" school)."
DeleteThis is also what soured me on academia and continuing with research (i.e. doing a postdoc) after my PhD. Even if you have the skills, intelligence, work ethic, drive, and domain expertise, a large portion of success in academic research boils down to intangible factors like the ones you mentioned that are beyond your control. Basically, you have to be lucky and get projects that actually work. Early successes on low-hanging projects can lead to a snowball effect - you get more of your advisor's attention and praise and that will help you along.
I don't fully understand this comment. Taken at face value it suggests that a project either works or it doesn't and those around you (grad, postdoc, PI) have no influence on that outcome. If that is what you mean then I fundamentally disagree. I don't think I have ever observed a project that just "worked." There is always something to troubleshoot, an alternative way to make or measure something, or a different way to attack or think about the problem. But you don't have to do it alone. Having the right person in the room that is aware of your problem is sometimes all it take to hear that suggestion that "makes it work." I fully agree that luck is in involved and there is a pedigree bias in our community, but the diverse perspective, creativity, work ethic, of you coworkers most certainly matters.
DeleteAlso, there are thousands of examples, even major shifts in scientific paradigms that are from projects that "didn't work." As in, their project had a particular goal but what they found was far more interesting. Even in my own publication history I have dozens of examples of this:
1) Here is a project that failed to get a porous metal organic framework but did exhibit single crystal to single crystal conversion:
J. Am. Chem. Soc. 2004, 126, 10502
https://pubs.acs.org/doi/abs/10.1021/ja0474190
2) This one was a failed attempt at near infrared emitting OLEDs but did generate a general method to predict blue or red shift on benzannulation:
J. Am. Chem. Soc. 2010, 132, 45, 16247
https://pubs.acs.org/doi/abs/10.1021/ja1075162
3) Here is an attempt at generating a non-innocent, redox active ligand for Pt(II) that ended up being an efficient excited state proton transfer dye:
Org. Lett. 2011, 13, 1598
https://pubs.acs.org/doi/abs/10.1021/ol103106m
4) This molecules was suppose to bind more strongly to surfaces for water oxidation solar cells but instead ended up finding a new decomposition pathway for bis-phosphonate drugs:
J. Am. Chem. Soc. 2012, 134, 16975
https://pubs.acs.org/doi/abs/10.1021/ja307987g
5) A low ee excited state proton transfer catalyst ended up enabling a new strategy to enantiorich BINOL:
Chem. Commun. 2019, 55, 1263
https://pubs.rsc.org/en/content/articlelanding/2019/cc/c8cc07949h#!divAbstract
Sometimes in talks people will lend insights into the discovery pathway but when the paper is written, you rarely hear about the aspects of these projects that "don't work." I did however do a few blog posts describing the process of discovery papers 2 (http://www.chemistry-blog.com/2010/11/05/the-life-cycle-of-a-north-american-research-project/) and 4 (http://www.chemistry-blog.com/2012/10/24/if-necessity-is-the-mother-of-invention-is-inventions-quirky-uncle-named-accident/) if anyone is interested in the untold story behind "failed projects" like these.
I agree with the point to kick out the destructive and lazy people. I came from a PhD lab full of lazy people (some of them destructive); and then I joined a postdoc lab full of energetic and motivated people. The productivity a world of difference.
ReplyDeleteI've asked many mentors and longtime full professors for advice on picking students. The best advice on which question to ask a student to see if they're fit for research is "Tell me about a long-term project you've worked on and what you learned from it." This can really guide your thinking on how hard someone works, their stamina, and often creativity.
ReplyDeleteThanks for the post (and the other ones, Dr. Hanson. There's a lot of very insightful info in here. I'd strongly advise all those interested in an academic research job to bookmark this for future use.
ReplyDeleteI "gently" booted a student after 2 years (had them graduate with an M.S.), and that indeed was one of the best decisions I've made during my independent career. The tone of the group changed dramatically - the other students became more positive and harder working in the space of about one month after that student left.
Agree to some extent with not taking pre-professional undergrad (pre-med, pre-engineering, etc.). However, these students can act as an extra pair of often-reliable hands, so when I've had a few throwaway experiments I wanted to try (the potential seeds of new projects), I've achieved some reasonable success with giving these to pre-professional undergrads. Mostly, though, the most success I've had is with undergrads passionate about research and able to remain in the lab for 2+ years.
@Anon 3/24 11:15 am: I don't view projects as "working" or "not working" - I think a good project is one that's designed for discovery whether the results are positive or negative. I've had countless "clunker" projects end up in good journals because we discover that a system doesn't behave as one would expect from reading the literature. I always advise my students not to seek out the "successful" result, but rather to set up and execute experiments in order to gain insight one way or another. To be clear, it's a lot easier to shape the narrative when things go smoothly from the outset, but as long as a discovery is made, a narrative to get it published can subsequently be formulated.