What I've learned about PhD committees
[Update: thanks to some excellent feedback, I thought I'd revisit this article and clean it up. I've tried to be clear where the revisions are, and only made minor clarifications to the body of the text where warranted.]
This has been a really bad week for me. It started with a botched committee meeting, a death in the family, and then a series of technical errors that have annoyed me to no end. All that has made me walk away from my computer in frustration several times, only to return and find something else that upsets me. Unfortunately, the technical issues are mostly just that: technical. They're not something that other people will learn anything from, with the possible exception of this:
I understand dbsnp 130 has now begun to include cancer causing mutations and pretty much everything else in their annotated snps. And, of course, there doesn't seem to be any mention of this on the web. Knowing this, you obviously shouldn't use it for filtering out "neutral" changes. It won't work. (If you're working on genetic variations from RNA-seq like I am, this warning might save you a few hours or pain - or better, prevent severe embarrassment if you start talking about filtering in front of an audience, as a fellow grad student and friend of mine did recently.)
Anyhow, the greater part of the lessons I learned this week were about Grad School, and what I learned about committee meetings can be summed up in a few quick points: [Note, this is advice on meeting with the committee as a body, not meeting with individual members.]
So, there you have it - it's been an educational week. I've learned:
This has been a really bad week for me. It started with a botched committee meeting, a death in the family, and then a series of technical errors that have annoyed me to no end. All that has made me walk away from my computer in frustration several times, only to return and find something else that upsets me. Unfortunately, the technical issues are mostly just that: technical. They're not something that other people will learn anything from, with the possible exception of this:
I understand dbsnp 130 has now begun to include cancer causing mutations and pretty much everything else in their annotated snps. And, of course, there doesn't seem to be any mention of this on the web. Knowing this, you obviously shouldn't use it for filtering out "neutral" changes. It won't work. (If you're working on genetic variations from RNA-seq like I am, this warning might save you a few hours or pain - or better, prevent severe embarrassment if you start talking about filtering in front of an audience, as a fellow grad student and friend of mine did recently.)
Anyhow, the greater part of the lessons I learned this week were about Grad School, and what I learned about committee meetings can be summed up in a few quick points: [Note, this is advice on meeting with the committee as a body, not meeting with individual members.]
- Your relationship with your committee is not [necessarily] a friendly one.
- Your committee is not interested in your progress - they're interested in your results.
- Your committee is not expecting great things from you - they want you to know what they know.
- When your committee asks you an opinion question, they aren't asking your opinion - they're asking their opinion.
- Your committee won't know why your results are important unless you explicitly explain it to them.
- Your committee will change their minds - and not know it.
- Don't expect sympathy from professors.
- Professors are very good at juggling tasks, and the only way to learn is trial by fire
So, there you have it - it's been an educational week. I've learned:
- What a PhD committee is for.
- How to talk to and answer questions from committee members.
- What to expect from my committee and doing research.
- That I need to completely re-organize the way I manage my tasks.
Labels: Grad School
9 Comments:
You may not believe it, but posts like this are unbelievably helpful to young naive grad students like me beginning to trudge their way into this messy, ill-conceived higher educational system. One wonders if people like Darwin would have made it 10 feet down the road in our day and age.
A quick word about the crank and Venn diagrams problem: please let me know when you solve this problem. What the bigwigs don't seem to understand is that just one point in the Venn diagram would have made a thesis 10 years ago. In RNA-seq this means you showed a mutation is unique to tumor tissue (or whatever). If there are 30-40 of those with less than a year's work shouldn't people be shocked and awed?
To paraphrase the late Notorious B.I.G.: More data more problems.
Hey Will,
I'm glad you find this helpful - it's been a hard lesson to learn for me, and I'm very happy to spare someone else the pain.
As far as your second point, science is always progressing. What you do now would have got you a nobel prize 10 years ago, and in 10 years will only be a footnote in someone's undergrad thesis :P
Apparently shock and awe fades fast.
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ditto to what will said re: advice for us noobs. Except I had a sinking feeling while reading it--I suspect that when my time comes I'm going to end up making (some of) the same mistakes. Part of the learning process I guess, but it's going to be painful.
Since I'm past the committee stage, I'm more interested in your observation about cancer mutations in dbSNP. These are somatic mutations, right? How did you figure this out and how are they annotated as far as evidence source?
Hi Keith,
I didn't figure it out on my own - my colleague had it pointed out to her during a presentation (much to her embarrassment), and it has since been confirmed to me by other sources. I have also now verified it in two proteins of interest.
As for how they're annotated, I don't have an answer to that yet. I'm still in the process of working through the information I've been given, and I probably won't have a chance to seriously go through it till friday afternoon as I am required to give a talk on friday morning. If I find anything actionable, I'll post it on the blog.
Anthony
Anthony, hang in there. It's always darkest before the dawn. In graduate school, doubly so.
My favorite quote from my graduate school experience.
Advisor: I don't understand why you've spent the last six months wasting your time on these experiments.
Me: (agape) Because, you told me I had to do them.
Advisor: Well, then you shouldn't have listened to me.
Hopefully some day this will all be a very good story to tell at cocktail parties.
Hi Doug,
Thanks for the comment. I've heard the same advice from a few people now, and I think it's well worth taking. Fortunately, I'm not actually all that depressed or upset about it anymore.
Bad committee meetings happen, and as long as I can walk away from it and know that I've gained knowledge (wisdom, perhaps), then I'm still learning and making progress. That's really what being a student is about, so it's all good.
I love your story! It put a smile on my face, and it's good to know it happens to everyone - although I'm sorry for the wasted time you spend in the lab. Live and learn, right?
Really good post Anthony. I found this exactly the same way, though in my case, my supervisor also realized we hadn't prepared a results oriented presentation and the next time around he worked with me a great deal in developing a really strong presentation. This was and is one of the key lessons of grad school, and it's a lot better if the supervisor helps with this.
Thanks for leaving a comment, anonymous - it's also really good to know I'm not the only one who thinks this is how it should be done. In my case, I don't think my supervisor will be helping me put anything together, but I'm more than capable of building my own presentation structured around this format, now that I'm aware of it.
As a good example, I did a results based presentation on Friday, and it went pretty well. It's just too bad that none of my committee members came out to see it.
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