So how about a Ph.D.? Part 4 – How to Work Smart and Grad School Visits

Ian Pendleton is a Ph-D. student at the University of Michigan. He is a four-year ACS member and a recipient of the Division of Organic Chemistry Summer Undergraduate Research Fellowship. He is currently researching organic chemistry with a focus in methods development. When not working in the lab, he enjoys rock climbing and scuba diving. (Photo courtesy of Eastern Michigan University)

Welcome back to our series on applying to graduate school. If you haven’t done so already, check out our first three entries in the series (parts one, two, and three). In those articles we covered general strategies for the application process; in this one we explore two remaining strategies that are easy to overlook: managing your stress and maximizing your visits to possible grad schools.

1. Minimize stress, maximize productivity

The semester in which you apply to graduate school is typically more hectic than most and, with many looming deadlines and upcoming visits, it is easy to lose sight of how to relax. In fact, by this point in the semester, with your time and energy spread between researching graduate schools, studying for midterms, and completing your senior research, you’re almost certainly stressed. If so, I really hope you’re ready to de-stress! Not distress (which is the opposite), but de-stress.

About this time last year (it’s mid-November as I write this), I was on the verge of sleep deprivation and still fighting to meet deadlines for my graduate applications. I was taking classes, attempting to wrap up research, and writing my senior thesis. It was easily the most busy and stressful time of my entire life. However, it provided me with a foundational understanding of stress management. These experiences, in combination with advice from mentors and blogs such as LifeHacker, have taught me several effective ways to deal with stress.

First and foremost, do not work constantly. One easy mistake anyone can make is to equate productivity with work hours. I see it here in graduate school, and it is a frightening trend. But a lack of productivity is not the only problem: spending 10+ hours a day doing a single task without rest is dangerous to your health. The easy solution is to take breaks before you start to wander from the task at hand. One of the best ways to do so is to make a break schedule. For instance, in writing this blog, I work for an hour, take a 10-minute walk, return to my desk, and start again. Force yourself to get up and walk around occasionally; I think you’ll find yourself thinking more clearly and getting more work done.

Taking periodic breaks shortens the time you spend actively working, and at first you may feel you are accomplishing less. Yet as chemists, we know productivity is dependent on time and rate — so, by improving our efficiency, we can be more productive. So the real question is: How do we increase our “rate”? I have mentioned one way already. By taking breaks, the time spent working will be more effective because you will naturally be more on task.

A second solution may be slightly less appealing, but really does work: get rid of Facebook (and other distractions). All of them. At the very least, force yourself to login to Facebook manually.

Another common distraction is one’s phone. My solution: I turn my phone off for the hour I’m working; during my walk, I turn it back on and text my friends and check e-mail. This way, I am not breaking my concentration to respond to that enticing ring tone.

I chose to delete my Facebook account six months ago, and got rid of my smart phone last week. I would recommend both as solutions to those who are truly serious about increasing productivity. Also, avoid stumbling through the Internet. If you have to write, turn off the wifi, and make it difficult to go back online.

While you’re at it, stop multitasking. Here’s the thing about multitasking: even if you think you’re good at it, you’re not. Researchers at Stanford University have found that the more we multitask, the worse we are at it. Multitasking isn’t a sign of productivity, it’s an addiction. According to an article about the researchers’ findings, “High multitaskers just love more and more information. Their greatest thrill is to get more.” So, do one thing at a time, and get rid of excess distractions.

Stick to a check list. If you are working on a project and have an idea for one that is due later, jot down that good idea on a list to review later, and stay on task. From this suggestion arises my newish mantra (which applies to everything from chemistry to rock climbing), “work smart, not hard.” If you still don’t believe it is possible to work fewer total hours and get more done, I challenge you to try maintaining a list of ideas for later review as described above — even if only for a couple days. Let me know how it works out for you!

The last few tricks to being efficient take longer, but are also more rewarding. If you are more productive, then your extra time can be spent on health. This means the usual triumvirate of self-maintenance: eat well, sleep, and exercise. I want to emphasize SLEEP. If you are trying to get through an unending list of tasks, the worst solution is to sacrifice sleep; you can’t think if you’re sleep-deprived. Even worse, sleep deprivation is linked to obesity and memory loss.

Oh, and people who exercise regularly earn, on average, 9% more than those who don’t. Thought you’d enjoy that statistic.

Remember to relax and play. Enjoy a book, play a game, watch a movie, do something that gives you a rest. Nothing is so important that you should sacrifice your health and well being to attain it.

2. Make the most of your graduate school visits

After the stressful semester in which you apply to graduate school, it’s time to solicit and gather your acceptance letters. But, while it’s extremely satisfying to have all your acceptance letters in hand, this is not yet the end of the process. You still need to visit and see the institution where you plan to spend the next 5 to 10 years of your life.

Graduate school visits are an important part of your application. They’re your chance to learn about — and also impress — the groups you could be joining. These trips should be treated as job interviews. The professors and students you meet could be your mentors and co-workers in a year, and you want them to remember you as the best student visitor. In short, you want to make an outstanding first impression.

First, read and understand the research of professors you are interested in. While you are not expected to understand all of the research at the university, becoming at least familiar with it demonstrates both interest and drive.

Second, don’t overdo the alcohol (getting drunk, becoming incoherent, or worse) when you go out during your visit. This may sound obvious, but it happens. One of my co-workers, Jane Higglepants, told me an interesting story of an individual she witnessed make this grievous mistake at the University of Somewhere (names changed to protect the innocent). As is typical on most graduate school visits, the potential graduate students were taken out to a bar one evening, offered drinks, and given time to casually speak with professors and current grad students. Jane was seated at a table with professors and graduate students when a clearly intoxicated ‘potential’ joined them and started making rude comments, the least offensive being, “You’re so small I could throw you!”

Jane, trying to be professional, prompted a conversation about how harassment would be handled at the university. Suffice it to say, the department demonstrated its position very clearly the next day: Jane heard through the grapevine that Mr. Potential’s offer was rescinded because of the incident. The lesson? Just because you’re accepted doesn’t mean you’re invincible — so even a little alcohol-fueled bad behavior could negate all the hard work you did to earn your place as a candidate.

Hopefully this article has given you a bit of insight into the next stage of your application process and how to best handle stress. If you have any questions, please feel free to drop me a message. I have had a great time writing for the ACS undergrad Reactions blog and hope that you will stay up to date with our current articles for years to come. Hope to see you in graduate school!

Lab Tales: How A Chemistry Lab Experiment/Explosion Changed My Life

This month’s inChemistry magazine (to be posted soon, check your mailboxes!) contains an editorial encouraging you to read a publication of the ACS Safety Board entitled Creating Safety Cultures in Academic Institutions. To bring attention to this issue, we’re reposting a story of a lab accident from the Chemistry Grad Student and Postdoc BlogLet us know your thoughts.

WHY I AM INTERESTED IN SAFETY

Whenever I hear about lab accidents it makes me feel a little nauseous. This is because I have several inches of permanent scar tissue on my arm and a smaller scar on my face to remind me how chemical burns can have a lasting impact. I don’t think about it most of the time until someone I am talking to or waiting in the elevator with fixates on my arm and then turns away like they weren’t looking.

LONG STORY SHORT

 It happened one night some years ago when I was a third year grad student. I needed to do a deprotination to make an alpha hydroperoxy. I had flushed out the system using Argon. I had carefully set up the drop-wise addition of a pyrophoric compound via cannulation. All at once, a bright flash, loud sound and extreme pressure and heat invaded my senses. I remember being stunned and gazing into the glass hood where I could see the hair near my forehead was on fire. I ran to the shower—like I had seen in too many lab class introduction videos as a T.A.—stripped off my lab coat and shirt, and pulled on the shower knob. I saw some of the skin was peeling off my left arm. A postdoc in the next door lab gave me his jacket, helped me over to his car and proceeded to drive me to the hospital emergency room. Another postdoc helped clean up the water on the floor (thank you kind postdocs!). The drive to the emergency room only took minutes but felt like an eternity. I kept asking the postdoc driving the car if my face was ‘real bad.’ I knew my arm was scarred but I was more worried I had permanently scarred my face. At the hospital I was treated for second and third degree burns to my arm and my graduate adviser arrived. Luckily there were mostly only first degree burns on my face but I did look like I had a severe case of acne for a while. (Nothing is quite the same kind of awkward as sitting with your very distinguished adviser in the middle of the night with burns over your arm and face while dressed in a hospital gown in the emergency room.)

WHY ANY OF THIS MATTERS

You might wonder if and how I was irresponsible that night of the accident, what I could have done to prevent it, or what I could have done differently. All I know for certain is that my view on the importance of safety training in academia has changed greatly since then. After the accident, I no longer see any part of lab safety training as just a theoretical discussion or mandatory obligation.

When in the lab, there is so much at stake. We have not only our immediate safety to think about (avoiding fires, spills, etc.), but also potential repercussions to our future-permanent scars, cancers, reproductive systems, etc. It is so important to take advantage of the safety resources we have.

Side note: Other than my dissertation, my most prized possession that I took from the lab is an old pair of safety goggles I wore that night. It has a big white splotch where there was back-splash from the explosion just over the lens that was protecting my right eye.

 

Do you have a “near miss” story you want to share?  Leave it below.

So, how about a Ph-D Part 3: Essays and test prep

Ian Pendleton is a Ph-D. student at the University of Michigan. He is a four year ACS member and a recipient of the Division of Organic Chemistry Summer Undergraduate Research Fellowship. He is currently researching organic chemistry with a focus in methods development. When not working in the lab, he enjoys rock climbing and scuba diving. (Photo courtesy of Eastern Michigan University)

Welcome back!  If you haven’t already, check out part 1 and part 2 of Ian’s advice for those applying to graduate school!  In this installment, Ian covers the personal statement, the research summary, and the GRE.

Essay writing: How to write an interesting and effective personal statement

Essay writing is a big part of the application process, and for good reason.  Your personal statement demonstrates how you write, who you are, and why you should be granted admission to the committee that will ultimately decide to admit you to the school of your choice…or not. This means you need to pay attention to what they ask you to write; an essay which doesn’t even follow the basic directions of the prompt won’t impress a committee trying to fill a limited number of spaces.

If you read through a general Google search of “personal statement” you will see a plethora of various concepts, forms, and approaches.  The American Chemical Society (ACS) has a helpful guide to writing a personal statement in its Graduate School Reality Check (see page 4).  The best additional advice I can give you is to write with the specific school in mind.  Take time to figure out what a school is looking for by reading mission statements and department goals, but also make sure you stay true to yourself. The admissions committee looks for unique individuals, not simply chemistry geniuses.

To start, look at the prompt of the essay. Even if you are recycling from another application, look at the prompt.  You cannot know what you are being asked to include if you do not read the prompt.  Then, write an outline for your introduction.  When writing an introduction you should think about a “funnel” format.  You want to drop your readers into the essay, and allow them to flow from the very first sentence into the body of your essay.  This means start with a broad reference that is relevant to your essay, but not an obvious cliché that will insult your audience (e.g. I have a lot of lab experience and one of the most important parts of a chemist’s job is working in the lab.).  An introduction that acknowledges the benefits of diversity in higher education, the personal advantages of pursuing a degree in chemistry, or even the personal satisfaction of doing chemistry lab are all reasonable opening sentences.  And if you can’t come up with a clever introduction, don’t sweat it, just write the rest of your essay and come back to your opening.

The most important transition is between the opening paragraph and the body of the essay. The final sentence in the introduction should summarize the entire essay, but it should also be the most specific sentence in the introduction.  It is called the thesis sentence, and it should summarize the entire argument of your personal statement. Because it is so important, many resources are available to help refine its structure and form.

Following the thesis sentence is the main body of the essay. Depending on the prompt, this can be vastly different from essay to essay.  Some things to keep in mind while you write the body of the essay:

  1. Stay with the prompt.
  2. You are writing an argument.  Your goal is to convince and persuade the admissions committee to accept you.  Give them every reason to say yes!
  3. If you are discussing research, don’t use discipline-specific jargon (stereoselectivity, methodology, diastereomers, chromatography, boson, etc.).
  4. Focus on personal experiences, but don’t forget you are attempting to explain why you want to join their specific Ph. D. program!
  5. Write about specific research you are interested in at the university. For example, if I were starting to write my essay for Princeton, I would visit the Princeton Graduate admission homepage, follow the link to the chemistry department, find faculty, and then search through until I found someone interesting, say, David MacMillan.  From there, I would visit his group page, find his publications, and read a couple!  If I didn’t find his work interesting, then I would cross him off and move on.  If I liked the research, then I would write about my favorite project that he or she has published. Also look at DGRweb, an excellent chemistry faculty list through the ACS. (Do not follow this if it deviates from the prompt!)
  6. Remember that graduate school is all about the research!  If you show that you are interested in something that the professor is investigating, he or she will want you as a student!  Make the connections!
  7. You are writing about the journey that has led you to graduate school.  You want to address why you want to be a part of a Ph. D. program and what their program has for you specifically.  Give examples.

You should address your career goals in your personal statement.  Even though a career may be a ways off, showing that you have a goal depicts you as focused and as a long-term thinker.  Also, remember that the people you are writing to are professors by choice.  So, if you have an interest in teaching, make sure to say it!

Lastly you have to conclude and make it sound serious.  You want to be in that program.  Summarize and be clear: “I will”, “I intend”, “I am ready to contribute to chemistry at your university”.  Make sure that there is no doubt you want to join their program.  This is implied in almost every prompt, so make sure to include it!

Oh, and once you’re done, proofread it, and if possible, get someone else to proofread it, too.  Remember, you may not worry about grammar, but a reviewer will.  The essay you send in should not be a first draft.  Review, review, review!

The ACS has an excellent library of resources for essay writing and graduate application help.  The Purdue Online Writing Lab provides an excellent list of general advice, some of which I have already touched on.  If you are unsure about the angle you wish to take on graduate school, check out the ACS handbook on Planning for Graduate Work in Chemistry.  This may give you an idea of important points to include outside of research.

Research summary, statement of purpose, and other essays

You may be required to write other types of essays. I will describe a couple below. Remember: Essays are your chance to shine. Your personal statement is your appeal to the school, whereas your essay is your opportunity to explain exactly what you have done to earn a place at their institution.

In a research summary, focus mainly on why you started research. Discuss three main points of your work, and explain where that research has taken you. Don’t go into gory detail about every reaction, experiment and trial from your undergraduate research.  Make three key points and don’t bury them with irrelevant data. Feel free to include diagrams and key tables of data in order to enhance your work.  And in direct contrast to the personal statement, use technical terms, because experts in your field will hopefully be reading your application.

A successful research summary will highlight your accomplishments as a scientist, but not bore the audience with irrelevant data. An irreplaceable tool for accomplishing this is the ACS Style Guide.  This book contains the do’s and don’ts of effective scientific communication including common errors, proper syntax, and citation management.  I highly recommend this guide. It will be useful far beyond graduate school applications!

Another type of essay is the statement of purpose.  Approach these essays as a research summary and personal statement combined.  Sometimes the prompt will be extraordinarily different than the essay name; always follow the prompt!  In my case, the University of Michigan’s prompt asked for an explanation of how past research and personal experience influenced my decision to attend graduate school.  Thus, my essay addressed both my research (jargon included; they asked for it by wanting research information) and my personal history.  I also knew that scholarships were available to first generation college students, so I included that in my personal history blurb.

The best advice I have heard is threefold: Follow the prompt, write to your audience (follow the style guide!), and tell a true story.  I hope these tips will help you assemble a good set of essays, but the writing process still takes time.  Make sure you start early and give yourself time for edits and final proof reading so you can submit quality work on time. Keep a checklist. And remember: these essays should not be a first drafts.  Review, review, review!

4. GRE battle: test preparation

I’m going to keep this section short, because like most chemistry students, you have already taken a few standardized tests by this point in their education and you know how to go about studying.  So, the most useful advice I can provide: Study frequently.  Part of test taking is training your brain to think in the ways the test wants.  You can find various guides at Amazon.com, Half.com, or your local bookstore.  While studying every one of them is probably not necessary, spending time with any GRE prep book on a daily basis is an excellent investment of your time.

To prepare for the chemistry subject test, I used “Cracking the GRE, Chemistry Subject Test.”  This one is still a little weak in my opinion, although it does provide a good starting point.  There’s also The Best Test Preparation for the GRE Chemistry.  Again, just put time into studying, and all will be fine.  Take your first test early, so if you need to take another, you’ll have plenty of time.  Testing has already begun, so register soon!

Remember: Don’t panic, and always carry a towel.  Seriously, relax.  One of the biggest mistakes you can make is to burn yourself out.  As always, good luck, and if you have questions, leave a comment!

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244th National Meeting- Monday Programming

Is it the final day of Undergraduate Programming for the National Meeting already?  My how time flies.  But don’t worry, there’s plenty to do today.  Have a look at the Undergraduate Program and the Undergraduate Program Guide, but in the meantime, here are a few events which we think will advance your careers and interests.  Enjoy, and let us know if you have any questions! (All events are at the Sheraton Philadelphia City Center Hotel, unless otherwise noted)

Graduate School Recruiting Breakfast
Liberty Ballroom C/D, 8 – 9:30 am

Have you started your search for graduate schools?  If you haven’t started your search, you’re a little behind!  But that’s ok, this event allows you to speak to recruiters from over 30 top programs in order to determine if one is the right fit for you.  Here’s a few tips before you go:

  1. Don’t try to impress the recruiter with your GPA or GRE score, your research, or your extracurricular activities.  When it comes time for those things, they will ask you.
  2. Instead, have some questions about the school.  Here are some really good questions.  You are there to find things out, not to sell your talents.

  3. Finally, at the end of your conversation, hand the recruiter your business card, and ask for one of theirs.  (Don’t have a business card?  Write your name and e-mail address legibly on a few index cards or stiff pieces of paper.  It won’t look great, but it will do for now.)  Follow up with a thank you note about two weeks after the meeting.

Undergraduate Speed Networking with Chemistry Professionals
Freedom Ballroom F, 9:45 – 11:15 am

We mentioned this event in a previous post, but let us reiterate: networking is a skill that will serve you well.  Simply knowing more people, especially those involved in chemistry, gives you people you can ask about career prospects, new technology, business opportunities, predictions on the future of the industry, and much, much more. A well connected individual benefits whatever organization of which they are a part, and this makes them valuable.  So come out and meet some fellow chemists: share a story, ask about available careers, and find out what they wish they had known when they were in your position.  Read over our list of networking tips and then come practice your skills!

Beyond the Bench: Non-Traditional Careers in Chemistry
Philadelphia Downtown Courtyard by Marriott, Salon III/IV, 10:30 – 11:55 am; 1:30 – 4 pm

Speakers discuss their non-traditional career choices related to chemistry in such as those in law, education, or marketing. Morning and afternoon
sessions focus on different careers.
Co-sponsored by the ACS Younger Chemists Committee and the ACS Division of Professional Relations

Eminent Scientist Luncheon and Lecture

Dr. Katharine Holloway
From: http://www.phikappaphi.org/greatminds/

Philadelphia Convention Center, 108 A/B 11:45 a.m. – 1:15 p.m.
Dr. M. Katharine Holloway, Senior Investigator at Merck & Co., will discuss her career and her groundbreaking research “Arresting AIDS & Halting Hepatitis C: Structure-Based Design of Protease Inhibitors”.  This is a valuable opportunity to meet and hear from one of the major pioneers in the battle against AIDS and HIV. Lunch will be served (Cheesesteaks!).

 

Undergraduate Research Poster Session
Philadelphia Convention Center, Hall D,
2- 4 pm

Your fellow undergraduates are engaged in a wide array of studies across all fields of chemistry.  And they’d love to talk to you about it.  Drop by the Convention Center and see posters across all fields of chemistry.

Social Media Meet Up
Pennsylvania Convention Center, Broad Street Entrance Lounge
, 6:30-8 pm

As you’ve probably figured out by now, social media tools such as Twitter and Facebook are here to stay.  Businesses, schools, and government institutions are all using social media, and you should too!  People with social media experience are sought after commodities, and its a skill many employers are consider valuable.  Come meet the people behind the media at the Social Media Meet up.  Walk-ins welcome, but RSVP now!

Oh yes, and there will be food!

Don’t say we never gave you nothing
From: http://commons.wikimedia.org/wiki/Pizza

There’s lots more, so come out and enjoy the final day of Undergraduate Programming here in Philadelphia!

244th ACS National Meeting- Sunday Programming

Good morning, National Meeting attendees! It’s a great day here in Philadelphia, and we have an action packed Undergraduate Program for you! I’m sure you’ve already noticed how enormous the ACS National Meeting is, so we’re highlighting some events that you won’t want to miss while you’re here! So, check out the programming below, get started and enjoy!

First, there’s no better way to start off your meeting than with a light Sunday morning breakfast in the Hospitality Center (Liberty Ballroom C/D) at 8:00 a.m.! After you’re fueled, the fun can begin! (All events will be held in the Sheraton unless otherwise noted.)

Graduate School Reality Check I: Getting in
Liberty Ballroom B
8:45 – 9:45 a.m.
Are you considering grad school? If so, do you know how to choose the schools that are right for you, or how to best prepare your application materials? Well, this session will tell you. You’ll hear from a panel comprised of grad students, grad school faculty, grad school recruiters, and industry representatives to find out some tips that will be incredibly helpful in preparing yourself for the application process.

Graduate School Reality Check II: You’re in – Now What?
Liberty Ballroom B
9:45 – 10:30 a.m.
Being successful in grad school doesn’t end with the application process or your acceptance letter. It’s just as important to know how to thrive once you’re there. Grad school is quite different than what you’ve experienced as an undergrad, so this session is a great way to learn exactly what to expect once get in, and how to ultimately conquer grad school to achieve your graduate degree.

Technical Symposium: Detection of Counterfeit Drugs
Liberty Ballroom B
10:45 a.m. – 12:00 p.m.
This year’s technical symposium will brings 3 counterfeit drug experts to Philly to talk to you about the chemistry and technology behind the detection of prescription pills, antimalarial medications, and TB drugs and the people who are impacted by the circulation of substandard drugs. We’re expecting this to be an interesting session!

Workshop: Careers in Government
Liberty Ballroom B
1:00 – 3:00 p.m.
There are a lot of options out there for those of you who are, or will be, looking for a job in chemistry, and you may or many not have a vague idea of the type of jobs that are offered in different employment sectors. This workshop will feature panelists from the government sector who will discuss the chemistry-related jobs they hold at the FBI, NASA’s Jet Propulsion Laboratories, and ACS Publications. Come to this workshop to find out if a job in government is for you!

Workshop: Careers Skills Training
Freedom Ballroom F
3:00 – 5:00 p.m.
Once you graduate you’ll be prepared with the foundation of chemistry knowledge you need to land a job, but you’ll need more than just a background in chemistry to find and maintain employment. Regardless of the type of chemistry work you’ll do (even if it’s in a lab) you’ll need some essential skills that aren’t covered in your general chemistry courses. This workshop will better prepare you for your career by helping you to develop essential skills such as, networking and  leadership skills, as well as business etiquette. You don’t want to miss it!

Networking Social with Graduate School Recruiters
Liberty Ballroom C/D
5:00 – 6:30 p.m.
The networking social is your chance to meet representatives from a variety of grad schools. They’ll be ready to meet you and answer any questions you may have about their graduate programs in the chemical sciences. (And this is a perfect example of why networking skills are so important!)

Double Feature Movie Night: “Carbon for Water” and “The PHD Movie”
Philadelphia Convention Center, Bridge East
6:30 – 9:00 p.m.
After a long day of Undergraduate Programming, this double feature movie night is a perfect opportunity to unwind with your chemistry peers. We’re showing two great films, “Carbon for Water” and “The PHD Movie,” back-to-back. After each film you’ll have the chance to ask questions to Nickolaj Due, from Vestergaard Frandsen, the company featured in “Carbon for Water,” and then Jorge Cham, the director of “The PHD Movie.” We’ll also be have 150 student vouchers available to receive a beer (if you’re 21+, if not we’ll have soda) and a slice of pizza for only $2!!! Get to the event early enough to ensure that you’re among the 150 students to get a voucher! Check out the trailers below:

We promised you action, and you got it! You can find other helpful information about the meeting in the Undergraduate Program Guide, and don’t forget to check back tomorrow for Monday’s National Meeting line-up!

So, How About A PhD- Building Your Credentials

Ian Pendleton is a Ph. D. student attending the University of Michigan. He is a four year member of the American Chemical Society and a recipient of the Division of Organic Chemistry Summer Undergraduate Research Fellowship. He is currently researching organic chemistry with a focus in methods development. When not working in the lab he enjoys rock climbing and scuba diving. (Photo courtesy of Eastern Michigan University)


1. Recap!

(This article continues from a previous post entitled, “So, how about a Ph. D.?)  In the last post we discussed how to plan the graduate school application battle (sometimes it feels like an uphill one…).  Hopefully by now you have some choices made, or at least decided on a couple options.  If not, well, I recommend getting to work, because there is much to do, my friends.  (This being said, procrastination will lead to an amount of stress that is unimaginable and horrifying.  Similar to what it would be like if you woke up one morning and realized it was finals week and you had slept through an entire semester.)  To prevent this, I encourage you to go buy some coffee, or some magic motivation potion, and attempt to get started. I promise you’ll love yourself for every bit of effort you put in now.

This post focuses on strengthening your application/resume, meaning this is good advice for any chemistry student at any point in their career.  We will discuss good resume builders, letters of recommendation, and most importantly, how to get research experience.  For current seniors some of this information may be a bit late to use, but for juniors, sophomores and freshman in college, this advice should be regarded as a blueprint for the rest of your studies.

2. Undergraduate research as a way to build your resume

The first and possibly the most important resume builder is undergraduate research experience.  There are a number of easy to find articles on how to get involved with undergraduate research.  That being the case there many useful resources that I am not going to provide, but I encourage you to look beyond the sources listed here.

Just to get a background on what undergrad research (UR) is I would encourage you to read this article from Science called, “The Importance of Undergraduate Research”.  It covers some of the key benefits of UR from a number of perspectives.  I also will refer you to an article from The Journal of Chemical Education entitled, “Communicating the Importance of Undergraduate Research to Legislators.”  While this article is less about why to do research, it covers the talking points and events which aim to highlight the students who participate in research at a younger age. The ACS Undergraduate Office also has online resources to assist your search.  To put what these articles say into a simple and straight forward concept, the first thing chemistry departments look at when reviewing applications for graduate school is your research experience.

3. Getting involved in Undergraduate Research

Hopefully you are already involved with research, especially if you are applying for graduate school this year.  If not, consider speaking to an advisor at your school and seeing if you can get involved in the lab as soon as possible!  If you are a few years out from applying, look into research at your university, and set up a meeting with a professor whose work interests you.  If you have specific questions on how to go about this, please feel free to leave a comment with your email and I will do my best to aid you.  There are also NSF (National Science Foundation) scholarships and grants set up to provide undergraduates with an opportunity to research outside of your undergraduate institution (this is especially useful if your institution does not have a research option).  These are called REU (Research Experiences for Undergraduates: see our post on these as well!).  While you don’t need a grant to participate in one of these programs, it makes finding a position much easier.  Look at NSF for sources of funding or simply Google “Chemistry Undergraduate Research Experience”.  There’s also the ACS Get Experience Site, which we have referenced before.  Obviously, another useful place to check is on the ACS website and CUR (Council for Undergraduate Research)!  All of these sites will help you find funding, or at least start your search for more information.

These programs are just a starting point; I encourage you to seek out ways to distinguish yourself as a researcher.  If you do find yourself in a research group, ask your advisor (Professor, graduate student, or post doc) if you can present your research at local, regional or national conference.  There are MANY conferences happening year round, and the ACS sponsors 2 National and 6-8 Regional Meetings every year.

www.phdcomics.com4. Turning that hard work into letters of recommendation

The standard review committee for a good university has to process hundreds of applications for their chemistry department every year.  While I am sure they LOVE reading all of these documents, after a while it probably gets to be a little redundant.  Try to make the research part of your application, and all parts for that matter, unique and interesting for the people reading it.  This is something to consider before writing begins, but for our purposes we will discuss actually putting together writing samples (i.e. statement of purpose, research summary, and personal statement) in detail in the next post.

The next component, possibly equally or more important depending on the university, is your letters of recommendation.  While this seems like a short term and easily solved problem (i.e. just ask someone to write one for you), these should be something that you put time, energy and effort into gathering.  What I am about to tell you comes from speaking with other graduate students, interacting with admissions council members, and personal experience: the most impactful letters are the ones that speak about you as a person!  That means a teacher that you had once as an undergrad cannot write you what would be considered a satisfactory letter, no matter how well you did in their class.  Here are examples of letters, most of which reveal whether they are good or not just by reading.  You need something that indicates that you are a hard-working student/researcher, interact well with people, and have an interest in the field, but most importantly, that someone knows you personally and thinks you’re a great fit.  In order to get that letter you have to be present and make your presence known on campus.  That is easier said than done, but one good way to do that is to get involved in things that professors are working on such as research, tutoring, career fairs, and talks hosted by your school.  Overall, just being involved will help build those contacts and will also serve to bolster you resume in general.  Since every institution is different, finding the most efficient means to accomplish these goals may require some searching, but there is always a way.  I have been told on numerous occasions that having a post-doc write you a letter is NOT, repeat NOT satisfactory!  A compromise to this could be having the post-doc write the letter and the professor supervising them sign off on it (aka. co-write the letter) as a MINIMUM.

There are a number of excellent places to start researching these topics.  I hope only to provide a general outline that sets you on the correct path.  If you have any further questions please feel free to leave a comment, they are by no means simple!  I will respond as soon as possible.  I hope it at least provides a foundation from which you can start these rather large and difficult projects.  I hope that your summer work is progressing well, and may your yields and selectivity be high!

The next few weeks

Also, so you are aware of upcoming articles (tentative for the given dates):

  • 6/15/2012 (past)
    • What a Ph. D. is and how to prepare
    • Choosing the right graduate school
  • 6/29/2012 (current)
    • Good resume builders (good to look at for all undergraduates!)
    • Ideas for getting research experience
    • Letters of recommendation
  • 7/13/2012
    • Essays!
    • Test preparation
  • 8/10/2012
    • Stress Management
    • Graduate School visits!!
  • 8/17/2012
    • Possibly another article for answering more questions?

So, how about a Ph.D.?

Ian Pendleton is a Ph. D. student attending the University of Michigan. He is a four year member of the American Chemical Society and a recipient of the Division of Organic Chemistry Summer Undergraduate Research Fellowship. He is currently researching organic chemistry with a focus in methods development. When not working in the lab he enjoys rock climbing and scuba diving.  (Photo courtesy of Eastern Michigan University)

Hello everyone! I am Ian Pendleton, a graduated senior from Eastern Michigan University attending the University of Michigan for a graduate degree starting this fall, a somewhat scary and exciting fact that I will come to terms with as it approaches. My misadventure into graduate school did not begin on its own volition; it was the sum of a meandering and seemingly hopeless path that I set out on just over one year ago. From the rather tumultuous experience of applying to grad school, I have acquired some (possibly) useful and (hopefully) insightful information regarding one of the most complex, hectic and uncertain times I have ever lived through. In my next few posts, I hope to outline some of the key hurdles, what to do and look for, and most of all provide you with some key information to remove the mystery from applying to graduate school, thus making your senior year (application time) less stressful and heartbreaking than mine (Joking! Maybe!).

1. Should you go to Graduate School?

My first brush with graduate school came after a failed organic synthesis that left me in my advisor’s office, justifiably depressed, when my advisor asked (rather directly), “what do you plan to do when you graduate?”. The question gave me pause. I threw off my melancholy and got to work discovering the unknown country outside of graduation. I started my research into possible career paths for chemists, searching for the most reliable and trustworthy information I could find-the internet. My first stop was Ph.D. Comics (shown below).

The second was a blog post entitled “We are not Golem”. While not hard research, these were both entertaining and thought provoking sources, both of which allowed me to lightheartedly approach the next few, and more serious, steps. A few more practical sources of information that provided some rather useful data on just what a Ph.D. in chemistry could mean for me. Every year there is an article published regarding the current outlook for chemistry Ph.D’s, including trends the job market and the income of different degree levels. This article called, “Starting salaries” is published in C&EN. The one I viewed showed that the higher your education level, the higher starting salary. It also showed that while you are more likely to have a job as a Ph.D., a bachelor’s degree offers better chances of employment than a master’s degree, though you take a pay cut (See 2009 stats under “Employment Status”). A more recent article called “What does a Ph.D. in chemistry get you?” published through Scientific American sheds some light on the future employment outlook (beyond the scope of this post, but a recommended read!). Also, you could look at some more numbers and an assessment regarding increasing Ph.D’s and the possible consequences in the article “Gains Continue For Chemistry Grads” also in C&EN.  These disparate and seemingly unconnected facts combined into my realization that grad school was for me.

For the undecided reader, I don’t expect the proceeding paragraph to make a huge difference in your decision. But if you are a rising senior and are undecided: start thinking about it. Today. The longer this question sits in your head, the more time you have to let both sides influence your thinking. Being unsure about life after graduation is alright, but staying that way is not. You have some tough decisions to make in the coming months, and while I don’t envy you, you need to start thinking about it early and often.

2. How to Start Applying

Once you’ve decided to actually apply for graduate school the fun really begins (and by fun I mean long hours of studying, writing applications, and many other amazing and memorable experiences).  Graduate schools inhabit every direction, location, field and each one has professors doing a plethora of various projects. I was very fortunate and had a link to a site that covered every organic chemistry professor in the nation and linked to their group’s page. This website called “Organic Links” was (and still is) a useful tool for tracking professors in organic chemistry.  While I am not sure if there are websites similar to this for other fields of chemistry it would not hurt searching (Editor’s note: try DGRweb, too). Also, if you want a more “quantitative” assessment for choosing a school you can start by looking at graduate school rankings. Then simply:

  • Identify and list 5-20 graduate schools you are interested in
  • Look up professors in the areas you want to focus on (i.g. organic, inorganic, theoretical, analytical, ect.)
  • Make a list of the schools with the MOST professors you like
  • Choose schools where you have the most options and plan to apply there!

Sadly, this is a competitive field so “rankings” and such matter to people. While it is essential that you can find a job post-Ph.D. (or postdoc) it is also important to not hate life while working towards that goal. Thus, choosing MIT because it is a well-known school is not going to make you a great chemist if you drop out early.

3. Track Your Progress

Once you have a list (which can take a WHILE, don’t fret if this process takes a week or two) you can start finding out deadlines and requirements for individual institutions. There are certain specifications for each university, but we will touch on the most common. One thing that EVERY university requires is a General Records Examination or GRE. These are tests that need to be scheduled and taken at a testing center. More information can be found at the GRE website. In the next couple posts I will go into detail more about letters and such, but for now it is ESSENTIAL to know deadlines, requirements, and have an idea of what schools you are interested in. I would recommend dividing your schools into “chance tiers” with goal schools being the highest, schools you expect to get into next, and lastly fall-backs. Since organization is really helpful, I have linked you to an excel file that I used to help keep me organized while applying. Admittedly, this may not work for everyone, but you should have something to keep you organized and on track.

At this point you should have the determination to go to graduate school, a list of potential institutions, and a rough timeline you need to follow. But your work is far from over. In addition to going back to class and summer work, you’ll need to gather references, send applications, write essays, take tests, visit schools, and so much more. But there’s more to come, and we’ll help you every step of the way. Best of luck on the initial graduate school search and may your yields and selectivity be high!

The Next Few Weeks

So you can keep up with our series, here is a schedule of upcoming posts (tentative for the given dates):

  • 6/15/2012 (current)
    • What a Ph.D. is and how to prepare
    • Choosing the right graduate school
  • 6/27/2012
    • Key dates and a schedule
    • Good resume builders (good for all undergraduates!)
    • Ideas for getting research experience
  • 7/13/2012
    • Letters and Essays
    • Test preparation
  • 8/10/2012
    • Stress Management
    • Graduate School visits!!
  • 8/17/2012
    • All your questions answered!

PPE Day- Send us Your Most Fashionable Personal Protective Wear Pictures!

The job at which I worked before I came to ACS had a great safety culture. Everyday I came to work, the sign above the door proclaim “over 7 years no lost work time.” The management purchased a Caribbean cruise for the entire company after 5 years with no safety problems. And I recall the CEO advising everyone, from the newest operator to the most senior salesman, to walk the plant at least weekly and report any potential safety hazards.  It was clear that my first job at that company was making sure everyone went home safe.  The safety culture of a workplace matters, as it does to Anna Davis at Dow Chemical:

“I was fortunate to work for professors that took safety seriously,” Davis says, “But I think that the culture varies too much from one research group to another” in academia, and consequences are minimal when something bad happens. In contrast, at Dow it’s emphasized from day one that, no matter what your job is or where you work, safety is a job expectation and is a critical part of your job performance, Davis says.

http://pubs.acs.org/cen/science/87/8731sci1.html

And we need a culture of lab safety because people do experience injury in labs, and these injuries can even be fatal. On April 28th of this year, Richard Din was killed by a bacteria he was studying.  His death is a tragic reminder of the potential hazards present in labs across the country.

We realized that we really needed to push lab safety culture, especially with many of you going to work in unfamiliar labs this summer. With this in mind, on June 4 we at the ACS Undergraduate Programs Office will join with other chemistry bloggers and social media users to celebrate Lab Personal Protective Equipment Day, and we’d like you to join us!  To emphasize the importance of safety gear, email us pictures of yourselves wearing your most fashionable personal protective equipment (PPE) by June 3rd, and we’ll post it, and we’ll also recognize our favorite pictures. We’ll also submit pictures to the Lab PPE tumblr account. These pictures can be old or new, silly or serious, doing work or chemistry demonstrations, as long as they show that above all else, you care about yourself and the people with whom you do chemistry by thinking about safety.

Follow this event on Twitter at #LabPPEday.

Note: we will only display pictures that actually follow lab safety guidelines. So- lab coat, gloves, goggles/safety glasses, hair up, closed toed shoes, no dangling jewelery, etc. If you have any questions, we have a Personal Protection section in our pamphlet on safety.

Sincerely,

The blog editors, Nicole and Chris (shown below, in our PPE finest in ACS’ secret underground demo lab, along with other members of the ACS Education Division in their PPE)

Interview with a Scientist: Pacemaker Power

Do you think only medical schools produce life-saving doctors? If I told you that chemical research saves lives, would thoughts of biochemistry and pharmaceuticals come to mind? Most people do not envision a battery scientist when they hear these terms, but over half a million lives have been saved or made better in part thanks to Dr. Curtis Holmes, Ph.D., Theoretical Chemistry. Since 1976, Dr. Holmes has been affiliated with Greatbatch Medical, a company specializing in batteries, electrodes, feedthroughs, capacitors, enclosures and other critical components for pacemakers and implantable cardioverter-defibrillators (ICDs). The path to his eventual career and the steps along the way might surprise you.

 

As a high school student from Baton Rouge, Louisiana, it was only natural for Dr. Holmes to attend Louisiana State University (LSU) for his undergraduate education. From 1961-1965, Dr. Holmes not only studied chemistry and conducted undergraduate research, he also joined the ROTC and was commissioned as a 2nd lieutenant. After graduation, Dr. Holmes proceeded on to Indiana University (IU) in Bloomington, Indiana to pursue a Ph.D. in theoretical chemistry under the direction of Dr. Robert Mortimer.

 

During his four years at IU, Dr. Holmes studied statistical mechanics; he spent his days solving complicated multivariable integrals and his evenings working with early edition mainframe computers.  Much of his free time was devoted to his passion for music. While not in the chemistry building, Dr. Holmes attended music classes and even met his wife, a pianist, at the music school. This is not merely an anecdote; it played a bigger role in his career than anyone could have imagined at the time, but we will get back to that later.

Upon completing his Ph.D. in 1969, Dr. Holmes entered the army as a 1st lieutenant, a promotion received in graduate school. His first assignment was at Edgewood Arsenal in Maryland as a chemist working on a project to detect chemical warfare agents. After one year at Edgewood, Dr. Holmes was promoted to the rank of captain and sent to Vietnam for a year where he maintained operations and trained technicians for detection equipment. As part of his overseas service, Dr. Holmes frequently flew on missions and was granted open fly orders to travel anywhere around the region. Once his tour of Vietnam ended, Dr. Holmes returned to the United States and accepted a postdoctoral position at his alma mater, LSU, where he studied electron paramagnetic resonance (EPR) spectroscopy. This stint led to a position with the Cornell Aeronautical Laboratory (later changed to Calspan) in Buffalo, NY. Clearly, alternating from statistical mechanics in Indiana, to studying chemical warfare agents in Maryland, to operating detection equipment in an active warzone of Vietnam, to EPR spectroscopy in Louisiana, to research at defense laboratory is quite a transitional sequence but none of it appears to be leading to Dr. Holmes’ eventual career. And surprisingly, the connection leading up to his career came not through his chemistry background, but through his passion for music.

In 1976, after working at what is now Calspan for several years, Dr. Holmes met a man named Wilson Greatbatch through an interesting set of circumstances. During this time, Dr. Holmes was an organist for a church choir and, coincidentally, Mr. Greatbatch happened to sing in the very same choir. This story gets interesting because while Dr. Holmes was in the military, Mr. Greatbatch co-invented the first successfully implanted cardiac pacemaker and then subsequently founded Greatbatch, Inc. in 1970 to improve the battery technology for these devices. After their meeting, Mr. Greatbatch recruited Dr. Holmes to work for Greatbatch, Inc. and, he has been there ever since.

1960’s era pacemaker battery system with ten batteries and two transistors.

At Greatbatch, Dr. Holmes and his research team worked on technologies that have improved the lifetime and performance of the lithium-ion battery for pacemakers and ICDs while decreasing the size of the devices to be less obstructive to patients. The company strongly believes in close relationships with their clients and Dr. Holmes, along with other technical personnel, frequently travels the world explaining their products, answering questions, and presenting at technical conferences. In addition to those experiences, he has written five book chapters, published many peer-reviewed articles, and returns each year to IU to give a lecture about implantable-device batteries to undergraduates.

Modern pacemaker with one battery and thousands of transistors, thanks, in part, to the work of Mr. Greatbatch and Dr. Holmes

Meeting new people, continued learning, and travel are all benefits of a scientific career but to Dr. Holmes, the most rewarding part of his job is unquestionably the satisfaction that comes from developing technology that enhances the quality of life and even saves the lives of people around the world.

Dr. Holmes’ experience serves as a valuable lesson to all students: what you are doing now is, very likely, not what you will be doing in the future, and that should be embraced! In addition to the examples he has set, Dr. Holmes offers some direct advice for students.

With regards to graduate school, the professor you work with is much more important than the university you attend so be sure to find someone you connect with and can work with for five years because your research mentor will be the most important person in your academic career during graduate school. Here is his advice:

  • Throughout all stages of your academic and professional career, flexibility is important. As he has shown, it is very likely that the path you follow, even in graduate school, is very different than where you will end up. If you work hard and believe you can do anything, you can!  But be flexible and patient; you never know from where that passion may come.
  • If there is one specific skill that is overlooked, it is care for the English language.  Students must understand that technical writing skills are vital to their success at all levels. A scientist who cannot write has little value to a company because, as scientists, writing is essential to development and progress within a company and the worldwide scientific community.

Several examples from the life and career of Dr. Holmes should be taken to heart.  Dr. Holmes spent much of his career on research and development of batteries for implantable devices such as pacemakers and implantable cardioverter-defibrillators. Chemists save lives, and the contribution you can make should not be overlooked.  Dr. Holmes was a theoretical chemist and a military scientist for a decade before he ever studied batteries.

Kent Griffith is one of the 2012-2013 ACS Student Liaisons. He is a rising senior, and is pictured here with ACS Board Member William Carroll.

Be open-minded about your career and do not think you have to continue down only one path. Dr. Holmes’ passion for music led him to find his wife and the company where he spent the majority of his career, showing that your passions are not mere hobbies but valuable resources themselves. Your path for the future is unpredictable so be prepared for change and embrace opportunities, even those from unexpected sources.

Do you like our blog? We like you. You should write for us!

You there!  You, the one reading this blog! If you’re an ACS student member or a faculty adviser, we want you to write for us!

See, we started this blog to be a place where ACS undergrads could share ideas, comment on interesting topics, and contribute articles.  Why?  Because we like ACS undergrads.  We know that you are smart, intriguing people who are capable of writing interesting and engaging things.  How do we know this?  Because our two most popular posts thus far were written by undergraduates.  In our 14 weeks of writing this blog, a full eighth of our views can be traced to those two posts.  You write excellent material, and frankly, we want more of it.

Don’t think you have anything to contribute?  Malarkey.  For example, you can write up Continue reading