Tag Archives: Industry

Josh Yoder, Medical Science Liaison

Dr.joshyoder
Dr. Josh Yoder, Medical Science Liaison: Sanofi Pasteur

Date of seminar at Penn State: 3/28/16

HGSAC career seminar series: “My Path to Becoming a Medical Science Liaison: A Journey from Academia to Biotech to Pharma”

Meet Dr. Josh Yoder. He obtained a B.S. in biochemistry and molecular biology from Penn State in 2000. His former undergraduate advisor was Dr. Craig E. Cameron.  After graduating from Penn State, Josh received a PhD. in virology from Harvard University in 2006.

Dr. Yoder has worked as a scientist with over 15 years of laboratory experience in academia and industry. In his career, he has worn many hats: he has worked as a developmental scientist at Thermalin Diabetes, LLC; he has been a Research Associate at the University of Pittsburgh, as well as a postdoctoral research fellow at Penn State University; and he specialized in virology, biochemistry, biophysics, molecular biology, and insulin research during his time at the bench. Currently, he works as a medical science liaison at Sanofi Pasteur (pharmaceutical company).

On March 23, Dr. Yoder gave a compelling talk about his career as a medical science liaison. During his talk, he was a very outgoing and efficient communicator, which are key traits. You could tell he enjoys public speaking and communicating ideas to scientists as well as non-scientists, owing to his success as a medical science liaison.

While here, Dr. Yoder gave us some insights about his life, career, and how Penn State has impacted him. We asked him the following questions, and here are his responses–in his words:

josh pic1

  1. What’s your educational background? Is there anything specific that prepared you for your current career?

BS in BMB, Penn State University, 2000

PhD in Virology, Harvard University, 2006

The PhD is useful for my career as an MSL because it indicates an ability to learn advanced topics and function independently. The science aspect of the PhD is only half of what is most valuable though. The communication skills developed through my scientific training and other activities are at least as important, and likely more important, than my scientific background. One-on-one communication, group presentations, and written communication are all critical to my job function.

 

  1. What are your current roles/responsibilities? How have these changed over time?

As an MSL, my top priority is building and maintaining relationships with Key Opinion Leaders (KOLs) in my field. I currently work with a vaccine company, Sanofi Pasteur, so the science was a natural fit, but the role is completely different than anything I’ve done in the past. I had been in research labs from the time I started working with Craig Cameron in the BMB department as an undergraduate research assistant in 1999 until I started this job in April of 2015. My role had been evolving from undergrad to grad student to postdoc and finally to a development scientist in a small biotech company, but each of those were more similar to one another than any of them is to my current position.

 

  1. Was this career path something you had always considered?

This is definitely not a career path I have always considered. I didn’t even know it existed until about two or three years ago. The first time I got a good description of the role was from the book “The Medical Science Liaison Career Guide: How to Break Into Your First Role” by Dr. Samuel Dyer. As I was reading the opening pages, I knew it was exactly what I wanted to do. It combined all of the elements of science that I enjoyed most. I think I always kind of thought I’d end up in industry as opposed to running an academic lab, but I also kind of thought it would be in research. I never really deeply explored alternative options to research, whether they were still related to science or not.

 

  1. What skills have made you and others in your field successful? Were there any unexpected skills that you needed to learn?

I think the most valuable skills in my current position are interpersonal skills. You need to be able to productively interact with a large number of people with a variety of backgrounds in training (doctors, nurses, pharmacists, researchers, public health, advocacy, marketing, sales, etc.), function (some people need basic information, some have opinions to share, some need training for speaking engagements, MSL colleagues, sales colleagues, Medical Affairs colleagues, etc.), and personality (almost anything you can imagine!). I don’t think anything in particular was unexpected once you know what this job entails, but there are certainly things that not all scientists are trained for or experienced with.

 

  1. What’s the most challenging part of your career?

Day to day, the most challenging part is consistently scheduling time with KOLs. They are very busy people and often have schedules full months ahead of time. Our geographies are large as well (mine is Western PA, OH, MI, and WV), which means we may have to meet people in locations that are quite distant from one another on consecutive days to make it work in their schedules. This can lead to other difficulties, including a good bit of travel. This can be positive, negative, or neutral depending on the person. My territory is most conducive to driving, which I don’t mind doing, so the travel does not bother me much, although I often drive over 1,000 miles per week. It could be an issue for others who have to fly more than me or who don’t want to drive so much. This can also lead to nights away from home. I typically don’t spend more than one or two nights away from home per week, which is manageable for my family. Obviously, this is a very subjective issue as well.

 

  1. How do you think your career will change in both the near and distant future?

Great question and one I wish I knew the answer to! I have been in this job for about a year so I don’t anticipate a big change in the near future. I enjoy what I do and still have plenty to learn about this role and other related functions in Medical Affairs. I do hope to learn more about what our Medical Affairs department does within our home office in Swiftwater, PA, so perhaps more interaction with them will be a near term change. I’m open to almost anything in the distant future. I think it will continue to be in science, but I could imagine being in Medical Affairs, R&D, moving into the business side, or doing something I haven’t even heard of yet!

 

  1. What can a young scientist do to position him or herself for a career as a Medical Science Liaison? Any tips on specific ways to network in the field?

I think the best thing to do for this field, or any other field, is get out and talk to people that are doing it. It is important in any field because it gives you a chance to learn from people that are doing it every day what it is like and how they got there. There may be some similarities, but every story will be unique in some way that you can relate to. You may also find that the position is not at all what you expected as far as day to day work, lifestyle, or what qualifications you need. It’s better to learn that early in the process and adjust as necessary. For MSLs specifically, this is a very important aspect since it is more or less what you do when you have the job anyway. When I was interviewing for my position, I asked my current manager what they were looking for aside from experience since I didn’t have any. The response I got was, “This!” They wanted to make sure a candidate could have a productive conversation with someone. Regarding how to network, I don’t think it’s any different from any other field. Use LinkedIn, Google, and especially the Penn State Alumni Network. You have a huge built-in network filled with people willing to help. Use it! Even people you don’t have a connection with on LinkedIn or other sites are often willing to talk and help. If you find someone that went to Penn State, you already have a connection even if you don’t know any people in common.

 

  1. After Sanofi Pasteur, where would you like to work?

My passion is improving public health, which aligns well with the vision of the company of a world in which no one suffers or dies from a vaccine-preventable disease. I don’t know that there is a place that is a better fit for what I want to do, so I certainly don’t have current plans to work for any other company. That said, I have no idea what the future holds, and if the right opportunity came up with another company, or if I saw a good opportunity to start a company of my own, I would certainly be open to it.

 

  1. How easy/difficult is it to balance work and personal/family life in your career?

It has been fairly easy for me to balance work and family life throughout my career, largely because I am very lucky to have a wife that worked in labs for many years as well and has always understood crazy and sometimes unpredictable schedules. I am also fortunate that she has the ability and desire to stay at home with our three children whenever I need to be away from home for work. This job also has a great deal of flexibility that allows me to adjust my schedule to facilitate both work and family obligations. Many jobs require a great deal of hard work and dedication that could easily sway the work-life balance into an area that may not work for many people. With some focus on how to approach both the work side and life side of that balance, and perhaps acceptable compromise on one or both sides, I think anyone can achieve the balance they need. It may not be easy, but it’s vital to success in both areas.

 

  1. What advice do you have, about anything, for current graduate students?

Don’t go to graduate school! Oh right, you are already current students… I think you really need to keep following your interests. People that do great things often find success by solving problems that are important to them either personally or because they think it will have a positive impact on the world. If you can identify something that is interesting and important to you, it will give you the motivation to work through hard problems when they arise. Think about what you are good at as well. Everyone has things they are good at, whether we know it or not. What do your friends and family ask you for help or advice with? If you can identify your strengths and match them with your interests, there is a good chance you will find an area where you will do well. If that area doesn’t exist, create it. Don’t be afraid to try new things. If you aren’t failing at something regularly, you aren’t pushing yourself hard enough. It doesn’t have to be complete failure, but push in new directions so you can always keep learning and developing. If you try something and really don’t enjoy it, stop and go in another direction. Don’t quit at any sign of adversity, but don’t get stuck in something you don’t enjoy just because it’s there. Keep looking. If you’ve made it this far, think any of this rambling advice is useful, and still haven’t found an answer to your question, feel free to email me at jyoder@gmail.com and I’d be happy to try to help you in any way I can. Good luck in whatever each of you decides to do!

unspecified-2

Spring 2016: Career and Professional Events

Hoping to learn more about careers post graduation? Interested in building your professional skills?

The Huck Graduate Student Advisory Committee (HGSAC) aims to provide students with professional development opportunities and to promote exposure to all science careers, inside and outside of academia. We are a new organization that also collaborates extensively with other student organizations. A few of our goals for this semester include implementing a peer editing website, a meeting with the CEO of a life sciences recruitment firm, and joint happy hours with other GSAs. We’d love to hear about your events and offer assistance in increasing attendance — contact PSU.HGSAC@gmail.com.

I’ve complied a few of the HGSAC’s events for this semester and those from other organizations as well. For up to date information and to check out even more career and professional development related events, go here!

 

FEBRUARY

Saturday, February 27, 10am-1pm or 2:30-5:30pm: “How to be your own best mentor” workshop

Dr. Carolee Bull, Plant Pathology and Environmental Microbiology Department Head

Develop your own mission statement, make self assessments, and learn how to improve on your most needed skills.

 

MARCH

Friday, March 4, 1-2pm: HGSAC Seminar, Dr. Melissa Ho

Managing Director, Africa for Millennium Challenge Corporation

Learn about Melissa’s career history and the advice she has for graduate students, starting from her Ph.D. at Penn State in Plant Physiology to her previous post at USAID’s Bureau for Food Security as a Senior Policy Advisor.

 

Friday, March 4, 11am: BMMB Seminar, Dr. Kevin Lynch

Vice President, Scientific Assessment at AbbVie

Kevin leads the Business Development team at Abbvie, and as such, he is knowledgeable in topics such as venture investment, academic collaborations, licensing and acquisitions. He received his Ph.D. from Penn State in Molecular Virology… we are in similar boats as he once was!

 

Saturday, March 5, 9am-5pm: Graduate Student and Post-Doctoral Career Day

Penn State Hershey College of Medicine

Featuring careers in Science Communication and Education, Research, Government and Regulation, Business Development and Consulting, and Science Policy. There will be food provided!

Transportation is also provided. Please RSVP here.

 

Friday, March 25: HGSAC Seminar, Dr. Josh Yoder

Medical Science Liaison at Sanofi Pasteur

A Medical Science Liaisons work in various capacities in the pharmaceutical, biotech, or other health care industries. They work to ensure products are used effectively, are scientific experts within the company, and can work with physicians. Learn about Josh’s journey before and after his postdoc at Penn State Hershey. His past employers include Thermalin Diabetes, I’m sure he has some advice for us!

 

Monday, March 28: Postdoc panel, hosted by the MCIBS GSA

Featuring postdocs, Dr. Robert McGinty (PSU), Dr. Lauren Chaby (Michigan), and Dr. Sarah Carnahan Craig (PSU)

Get advice from how to get a postdoc to how to leave a postdoc. This will be an informal event with food!

 

APRIL

Tuesday, April 12, 1-8pm: Novel Ecosystems Research Symposium

“An afternoon with Penn State Ecologists”

A great way to learn more about ecology in a fun setting with food, drinks and a poster reception.

 

Friday, April 22: BMMB Seminar, Dr. Jim Hershey

Director of Pharmacology at Merck

Jim leads research activities by setting program strategy to maximize growth opportunities in drug discovery. He has a long history at Merck and I’m sure is knowledgeable about the process of moving up in a company. Come learn about the Pennsylvania industry scene!

 

Monday, April 25: HGSAC Seminar, Lauren Celano

Lauren is the Founder and CEO of Propel Careers, and works to build relationships with life science students and companies. She would have some great insight on the career process after getting your PhD, as I’m sure she has helped others through it.

 

MAY

Friday, May 13 to Monday, May 16: Plant Biology Symposium

“Plant Stress-Omics in a Changing Climate”

Learn about the new ways Big Data is improving the plant biology field. Submit an abstract for a poster if you’d like.

 

Friday, May 20 & Saturday, May 21: Life Science Symposium

100 Life Science Building (Berg auditorium)

This symposium will include research talks, poster presentations and group activities to enhance the collaboration and communication between life science labs at Penn State. It’s free! There will be food, science and good company. Featuring two keynotes, including Dr. Jim Pawelczyk, a former NASA astronaut and current Penn State professor and Dr. Jonathan Sleeman, Director of the National Wildlife Health Center at U.S. Geological Survey.

 

Tuesday, May 24 & Wednesday, May 25 “Living with our Viromes” Symposium

Viral microbes, emerging viruses and vaccines are just a few topics that will be covered at this annual symposium.

 

 

Science presentation and job seeking skills assessment (anytime)

Want to improve for that conference talk or job interview? This is the time!

Contact Jeffrey Lovelace (jbl942@psu.edu)

 

Recap on Lunch with Jennifer Doudna

Navigating through grad school can be a daunting process in itself.  While you might find yourself busy with your research projects and teaching duties, making time to figure out how to make the best of your time as a graduate student, and how to make yourself an ideal candidate for your future career, is essential.  The Huck Graduate Student Advisory Committee (HGSAC) aims to help you along with this process, by providing career and professional development resources, and by letting graduate students meet with professionals in various STEM fields.

Dr. Jennifer Doudna came to Penn State and delivered to a full house.
Dr. Jennifer Doudna came to Penn State to deliver a seminar on the CRISPR/Cas9 system.

Last semester, Dr. Jennifer Doudna came to Penn State and gave a seminar on the CRISPR/Cas 9 system. She was gracious enough to also have lunch with graduate students for a Q & A session (co-hosted by the HGSAC and BMB department). Below are her (paraphrased) responses to our student questions.

Career advice or questions:

Which experience or opportunity during your education or early career contributed most to your success?

There were two main experiences that I think contributed the most. I grew up in Hawaii, and when I first read “The Double Helix”, that was the first “spark” that got me interested in science. Then, in the 10th grade, there was a program where they had a scientist talk to students, including a biochemist working on cancer cell research, and that helped reinforce my interest.

How do you think the interactions with your previous advisers (Dr. Szostak and Dr. Cech) benefit your academic career?

With my first advisor, I learned that you need to be proactive. As a first year, my advisor asked me about this idea, and he actually trusted me to make decisions on the science, even as a novice–that made a big impression on me to have early success.

During my post doc, Tom Cech was insightful about making the best of your data and interpreting your results, which also benefited my career.

Could you recommend some ways to find a lab for a promising postdoc experience? Should the lab of a very well-known PI be preferred, or the lab of a new PI in a promising topic?

Whether the PI is well known or new, you should pursue what you are interested in first, and then consider the personality and environment of the lab, make sure it’s a stimulating environment.

Could you provide some insights on what helped you with first being a professor?

It was more like a fly by the seat of your pants experience. You have to be willing to do every job in your lab, initially. That means even fixing leaky faucets. It’s a great idea if you can hire a technician right away to help set up. This person would be able to help you initiate the culture you want in your lab. Science is about people working together.

Dr. Jennifer Doudna with HGSAC members during the Q & A lunch session.

Graduate student/research advice:

Do you have any advice for women who want to pursue an academic career?

Don’t put yourself down, try for positions even if you do not think you are likely to get them, and make sure you choose a supportive life partner.

How do you complete a project efficiently?

Delegate, rely on students and postdocs, and make sure that there are subgroups of the lab so that everyone is teaching one another. Then, meet regularly, and constantly ask the questions of “are we working on the most important question? Is there new literature?”

What kind of qualities do you look for in a candidate?

Honestly I think my job is to figure out what the students are best suited for. We need scientists trained in all sorts of methodologies, and my job is to help them figure out what they should focus on.

Work/life balance and gender adversity:

What have you found to be the most effective way to balance work/life?

Pick the right life partner. If you want to have kids, involve them in your work–bring them to your conferences and trips!

Have you been faced with any adversity as a woman in science? If so, how did you overcome it and do you have any tips or advice for graduate students in general?

I’ve generally worked with males and females who were very encouraging. I think it’s important to have a personality that can deal with delayed gratification.

CRISPR/Cas9 questions:

Did you have a moment where you had to consider the ethical considerations with CRISPR, like human genome editing?

There was an evolution in my way of thinking. Initially, there was so much excitement that this was possible, then it became clear it would work in any cells including embryos and germ cell line. It was when they genetically modified monkeys that it seemed like a profound topic to discuss this in the community. I have gotten involved in the call for a public discussion about gene editing, especially in the germ line. Tomorrow, I will be attending a summit at the International Academy of Science, for a global discussion of the matter. We need a transparent discussion about this, to not do that would be irresponsible.

How did you balance the research on new biotechnology and industrial development of a technique?

We’re still focusing on biology and the underlying molecular mechanisms-understanding this enables you to do many other things. By working on fundamental mechanisms, we can learn more about how to refine this process of gene editing, gene disruption and gene replacement. It’s not a transition but rather a natural progression.

What is your prediction of how CRISPR/Cas9 will be used 10 years from now?

Transcriptional control and live-cell imaging will be further developed. Eventually, this will be a tool in your molecular toolbox, like PCR.  Its’ an enabling technology, I am excited with the science that will be done with this.

Did you celebrate when you realized what you had with CRISPR?

There was definitely this moment of joy when I realized what we had.

Other questions:

Have you ever considered working in industry?

Yes, I worked at companies in Boston but I chose academia because I found it was the best way to pursue “pure” science. I worked for Genentech for a few months then came back because I wanted to have an applied direction to research. As the VP of research, there’s actually a lot more administrative and management duties than I expected. I missed actually doing the science. That’s why I went back into academia.

What do you think about the future of high-risk science funding?  With decreased funding, how do you move forward?

We need to have a mechanism to enable scientists to be creative and explorative. Remember, a grant is not a contract.  Once you have the money, you should have some freedom to pursue “risky” science. You will likely be rewarded. Your judgement should come in here as to whether or not you think it will succeed. You can bootstrap ideas. In general, I think you don’t need huge resources to do good science.

 

For more information on future career and professional development events and seminars, visit our website here!

Dr. Sarah Pendergrass: Mining Electronic Health Records for Discovery

Dr. Sarah Pendergrass

Bioinformatics is not just an academic buzzword: pharmaceutical, biotechnology, and healthcare companies are quickly realizing the importance of applying computational tools to glean meaning from large biological datasets. In addition to the Huck Institute’s Bioinformatics and Genomics program, scientists in other programs are discovering how bioinformatics can help their own research. Some students who currently work in wet labs may be curious about pursuing careers in bioinformatics following graduation. However, the transition from the bench to the computer screen may seem just as daunting as the transition from academia to industry. Dr. Sarah Pendergrass, a bioinformatician in Geisinger Health System, provided insights on pursuing careers in bioinformatics in the private sector when she visited Penn State in September, as part of a visit was hosted by HGSAC. Afterward, HGSAC interviewed her about her career path and advice for current students.

Dr. Pendergrass is an Investigator I in the Biomedical and Translational Informatics Program at Geisinger Health System, working as a genetic bioinformatician. Her work focuses on high-throughput data analysis and data-mining projects for uncovering the genetic architecture of complex human diseases and traits. This includes coupling genotypic data with de-identified electronic health record data, population survey based data, clinical study data, and pharmacological study data. She is interested in incorporating environmental exposure data in analyses of disease susceptibility and analyses across ancestry. She has extensive experience developing novel methodologies and performing high-throughput analyses for discovery, such as those for Phenome-Wide Association Studies (PheWAS), which work to identify cross-phenotype associations and pleiotropy.

During her PhD at Dartmouth College, she worked on gene expression analyses and bioinformatics, with projects leveraging the complexity of gene-expression data for biomarker and biological discovery for the disease systemic sclerosis. She is a former staff scientist of Dr. Marylyn Ritchie where she did GWAS studies and computational biology. Her master’s degree in biomedical engineering and bachelor’s degree in physics have provided her with additional technical and analytical expertise for complex data-driven projects. Dr. Pendergrass also has extensive experience with developing software tools aimed at analyzing and visualizing complex data including PhenoGram, PhenoGram-Genie, Synthesis View, and PheWAS-View.

What’s your educational background? Is there anything specific that prepared you for your current career?

If I can suggest anything: diversify. Explore projects you find interesting, and follow data that you are excited about. I have had a varied career, with a bachelors in physics, masters in biomedical engineering, PhD in genetics, and a postdoc in human genetics. While challenging to have shifted around, all of the projects ultimately have been complementary and important contributors to later projects, even if I did not realize it at the time.

What are your current roles and responsibilities? How have these changed over time?

I am starting a lab in a new program, with new data, and some very new collaborations. This is very different from when I was a staff scientist, when I had many “known projects” ongoing. Right now I wear many hats and am trying to learn as much as I can in all those roles to help get the lab off the ground.

Was this career path something you had always considered?

I think I knew as a kid I wanted to be a scientist, but I only knew about park rangers and later, biologists. So I assumed those were my two career choices given my interests, until college when I realized there were so many things I could do with an interest in science.

What skills have made you and others in your field successful?

Creativity, flexibility, curiosity, a sense of adventure, asking questions no one else thinks to ask

Were there any unexpected skills that you needed to learn?

How to handle competitive and unkind behavior from fellow scientists

What’s the most challenging part of your career?

Keeping up. And having a life balance while keeping up. This is a daily struggle.

How do you think your career will change in both the near and distant future?

Things are changing so fast at present. You should probably ask me in a year about what happened and my projections for the future.

What can young scientists do to prepare for careers in genetics and bioinformatics? Any tips on specific ways to network in the field?

Take courses in –omic data that interest you, particularly if they have “hands on” components. If you can’t find those courses specifically in your graduate program, take courses at places like Cold Spring Harbor.

Identify authors of papers you find interesting, and try to find ways to talk with them, or if you can’t reach those authors somehow, talk to the graduate students that worked on those papers. Also, if you can’t network through your mentor, see if your thesis committee members have networking connections to help you reach out to scientists outside of Penn State. Find researchers at Penn State you think are doing interesting work, and try to set up a time to talk with them and ask them how they got to where they are. These are all ways to build relationships and networking that carry forward.

If you weren’t at Geisinger, where do you think or where would you like to be?

Nowhere else I would like to be right now career wise. Unless you mean on a vacation, then if so, I would like to be backpacking in Patagonia.

How easy/difficult is it to balance work and personal/family life in your career as a genetic bioinformatician at Geisinger?

It is very hard to balance work and personal/family life as a scientist “climbing the ranks”. But I do what I can.

What advice do you have, about anything, for current graduate students?

The same thing I noted at the beginning. Don’t decide that your current PhD or what you study, or what your academic path has been, defines your future science. Diversify. Explore projects you find interesting, and follow data that you are excited about. Explore possibilities. It is tough spending plenty of time out of your comfort zone, but as one poster said “that is where the magic happens”.

Also, find your mentors. Find experienced scientists you trust, with a range of viewpoints. And then remember to reach out to them with questions. I used to think I was supposed to behave like I “knew it all”. And then I saw that some of the most successful scientists I know are successful in part because they always talk about things with their mentors and get great advice. In the end each person has to decide what works for them, but the expert advice can sometimes be just the right information at just the right time.

And for goodness sake, GO OUTSIDE once and a while (if you are not an ecologist) and remember there is also good life outside of graduate school and chasing after manuscripts. Stand on top of a mountain and have some fresh air. Sometimes that is the perspective you need, to not get too tied up in things that ultimately are not the most important things.

Dr. Peter Emanuel, military researcher

In graduate school, we spend most of our time on our research, teaching, and improving skills that we hope will be useful in the future.  However, many of us are unsure about what careers are available to us, what these jobs entail, and how to make ourselves better candidates for these careers.  So then how do we appropriately plan for a future that is still up in the air? 

One of the main mission goals of the Huck Graduate Student Advisory Committee (HGSAC) is to provide information, resources, and events to graduate students to help in this very daunting decision making process.  The HGSAC often collaborates with multiple organizations to bring speakers from various fields to talk about their diverse careers, and to meet with graduate students to answer our questions, as part of our Career Exposure Seminar Series.

Dr. Peter Emanuel came to Penn State in October to discuss his role as Acting Director of Research at ECBC as part of the HGSAC's Career Exposure Seminar Series.
Dr. Peter Emanuel came to Penn State in October to discuss his role as Acting Director of Research at ECBC as part of the HGSAC’s Career Exposure Seminar Series.

Last month, the HGSAC and the Biochemistry and Molecular Biology (BMB) department co-hosted Dr. Peter Emanuel, a Penn State BMB alum, to talk about his position as Acting Director of Research at the U.S. Army’s Edgewood Chemical and Biological Center (ECBC).  Below are several questions that Dr. Emanuel addressed during his seminar.

What is ECBC?

Edgewood Chemical and Biological Center is a biodefense facility where 1,500 personnel work towards protecting troops and civilians by developing technologies aimed at detecting, neutralizing and decontaminating chemical and biological agents.  They are the nation’s provider of innovative solutions to counter weapons of mass destruction (WMD) threats.

One of the most rewarding aspects of working at ECBC is the continuing dedication to solving some of the worlds most difficult problems.  The overarching vision of ECBC is to work towards a world free of WMDs.
One of the most rewarding aspects of working at ECBC is the continuing dedication to solving some of the worlds most difficult problems. The overarching vision of ECBC is to work towards a world free of WMDs.

Why do research for the military?

When you work with the U.S. government, you are able to see the results of your work and know the people who use your products.  Dr. Emanuel emphasized the unique opportunity that this work provides you, in that you are able to implement an idea into a product in a short amount of time, and oversee each step of the process along the way.

What kind of work could a PSU science graduate student do at ECBC?

If a graduate student were to apply for the National Research Council Fellowship, they would work for 2 years at ECBC or a related center, where you would lead your own project(s) as the principal investigator.   This would include creating your own product and licensing it. Some of the projects that are ongoing at ECBC include volatile organic compound identifier products and storing information in bacterial DNA.

Scientist at ECBC have successfully been able to store the digital information for how to 3D print the imperial death star inside a single bacteria.  Yeah, you read that right.  Sometimes science is especially cool.  Image source: https://www.flickr.com/photos/cosmobc/4484688366
Scientist at ECBC have successfully been able to store the digital information for how to 3D print the imperial death star inside a single bacteria. Yeah, you read that right. Sometimes science is especially cool. Image source. 

How is working in a biodefense lab different from working in the pharmaceutical industry?

Working at pharmaceutical companies can be more constraining than working in a biodefense lab, especially since you cannot share too much of your science when you’re working in a pharmaceutical company.  As compared to a majority of big pharma companies, at ECBC you get more ownership of your product.   You can patent and share your products with others.

What are some perks of working at ECBC?

Working at ECBC, you get to reinvent your career pretty regularly and you get to oversee the many stages that your product undergoes.  You also get to collaborate with diverse groups such as academics, engineers, scientists, government, and information technologists.

What do you look for in a job candidate?

ECBC looks for people who are good at learning, good communicators, and hard workers.  Also, you have to be a national U.S. citizen.

Dr. Emanuel was able to meet with graduate students for breakfast and lunch, providing a platform for students to ask their own questions.  I should also note that at least 3 people who met with Dr. Emanuel were able to get interviews.  So, in the future, look out for these opportunities via email (from psu.hgsac@gmail.com or jtl190@psu.edu), on our HGSAC website, and on our facebook page.

Catching up with Rong Wang, Genetics 2014 Graduate

By 

Over the last year, I have helped to organize numerous seminars and Q&A sessions with people from all different areas of science, from those working in the pharmaceutical industry to science editing to patent law. I truly love hearing each individual’s story about his/her career path, and almost all of them have said that they never expected to take the path that they did. Following that, they then offer this advice: keep an open mind about what you want to do with your PhD in the life sciences and seize every opportunity you get, even if it wasn’t what you planned on doing in the first place.

IMG_1018
Dr. Rong Wang, Genetics 2014 Graduate

I had the distinct pleasure of learning from and working alongside Dr. Rong Wang for the first three years of my PhD program, and to say that I felt a bit lost when she graduated and moved on to her first “big kid” job is an understatement. Rong landed her first job after grad school working for a small biotech company in Santa Barbara, CA. Like many of the other stories I have heard before, if you had asked Rong even just a year prior what her career plans were, she never would have expected that to be the case.

Right before she left Penn State, Rong sat down with Dr. Melissa Rolls, Chair of the Molecular, Cellular, and Integrative Biosciences program, to discuss the process of how she went about applying for jobs in industry and to offer her personal advice for how to be successful in getting a job – you can find that article here.

I recently had a catch-up session with Rong to see how life after graduate school was going and got to learn a bit more about the industry life now that she has had close to a year of experience under her belt. Rong has since moved to another biotech company in San Francisco.

The “dream” wasn’t necessarily to get into biotech

When Rong first began applying for jobs, she didn’t necessarily focus her search to only biotech companies. She felt that after spending 20+ years in school, she wanted to experience a different life and working style outside of academia but was open to really anything new. However, she did know that she wanted to take her problem solving skills to a level where she could help with the development of specific products.

At both biotech companies she has worked for, Rong’s job title has been an R&D Scientist. As an R&D Scientist, she mainly develops diagnostic products. However, working for smaller companies means that she has had other random responsibilities, including market researching, patent writing, and literature writing.

Rong also has the experience of transitioning to a different company. She found that getting her foot in the door and having the previous experience helped her have a better sense of what kind of job fit her the best. It helped that she now had more connections and a stronger network when going through the process of applying for a job after already working in the industry. She also realized the importance of understanding the style and culture of the company you’re working for and how some companies may fit one’s personality better than others.

Industry vs. academia: personal perspective

Having only the experience of doing science in an academic setting, Rong’s mind was trained to assess her research projects by their potential to make good stories and publications. In industry, it’s much more than that. Even after almost a year in the industry world, Rong said she still finds it difficult to decide which direction to push her projects in order to balance product development vs. pure research.

Rong, like many graduate students, put in countless hours each week at the lab working evenings and most weekends. Knowing Rong so personally, I was interested to hear how her work-life balance had changed out in the “real world”. While she still puts in about fifty hours a week, those hours are spent during the week days. “Of course, I would like to spend some time during the weekend for my work so that I can do a little better,” said Rong, which was no surprise to me.

Final pieces of advice

What was pretty comforting to hear from Rong was that after spending a year in the biotech industry, she still finds that there is a lot to learn, and that’s okay, because no one expects you to know everything. The process of getting a PhD is what’s important. “It’s way more critical to obtain a growing mindset and a good habit of learning and applying new knowledge,” said Rong. “I personally think that all you need to learn while you’re in graduate school is what you’re already learning about and doing – understanding background knowledge, developing solid techniques, critically thinking, being eager to learn, and being a hard worker.”

When applying for and interviewing for jobs, Rong stressed the importance of being able to communicate your science to your potential future employers. As a fresh PhD, your studies as a PhD student are all that they have to evaluate you on, so it’s important that you can accurately and succinctly describe the work that you’ve done. The more closely your past experience is related to the job you are applying for, the more likely you are to stand out. Also, if you can show that you have some sort of industry experience, it’s a huge plus (though not a necessity!) – this can be something as simple as your lab having a collaboration with a scientific company or you having an internship experience. (Interested in doing an internship? Check out these resources!)

Finally, start applying for jobs as early as possible, and make sure each resume and cover letter you send out is customized for that specific job (resources for writing these can be found here!). Also, after you apply for a job, write a follow-up letter to catch up – this extra effort can really help you to stand out and increase your chances of getting an interview.

The Cavener Lab (and Mark!) at Rong’s graduation