Sci on the Fly

Serving as an STPF Fellow in the Era of COVID-19

Michael Nestor
Jennifer Rowland
Chelsea Marcho
Allie Davis
Vincent Tedjasaputra
Ilana Goldberg
Brynn Hollingsworth
Elizabeth Hoffman
A close-up rendering of the COVID-19 virus.

Introduction

The AAAS Science & Technology Policy Fellowship (STPF) program allows scientists and engineers from all over the nation to come to Washington DC to both learn about, and make an impact on, policy in the federal government. Science policy is central to the mission of the nation, and the emergence of the COVID-19 global pandemic underscores the need for impactful policy that is firmly grounded in science. Here in our nation’s capital, STPF fellows find themselves in the front seat during this unprecedented time in history. 

Fellows are privileged with respect to others within the US workforce, such as those who depend on tips or hourly wages: we are still able to conduct most of our work outside of our offices. This privilege enables us to continue to learn and help impact policy, albeit in a new, mostly teleworking capacity. With that comes the responsibility to ask questions about how this new reality will affect future cohorts of STPF fellows. How will COVID-19 change the future of science policy? How will following CDC recommendations like social distancing alter the impact of fellows' work? How will new fellows begin to virtually build the relationships that are so valued from the STPF program?

Networking and informational interviews are central to the professional development of many workers including fellows. Many of the informal and formal relationships within the STPF 2019-20 class were already established before the COVID-19 pandemic, making virtual connections a lot easier to maintain during times of social distancing or quarantine. If social distancing carries over into the 2020-21 class, whose placement week has already been affected, new fellows may find it difficult to network when opportunities for in-person mixing and chance encounters are limited or non-existent. Many of these interactions happen at after-work and professional development events or orientation. In this context, we hope to provide some helpful advice for future fellows working in the era of COVID-19. 

Using Technology For Social Distancing

Technology will play a central role in providing the framework for professional interactions moving forward, especially if social distancing is adopted as an ongoing policy for conducting business. Indeed, even after social distancing is no longer policy, teleworking will be changed forever, and may become the primary mode of working and communicating. There are a wide variety of apps and software to help you build and maintain personal connections while keeping physical distance.

When it’s just a virtual coffee meeting or informational interview, you may use the good old-fashioned phone. Whether you are using Facetime or another video calling app, adding a video takes minimal effort while providing the very valuable “face” connection to the meeting. While phone calls will get the job done, video conference software can be helpful to put faces to names and make the interaction feel more similar to the in-person connections. You may end up using Skype, Zoom, WebEx or your contact’s favorite app of the day. WebEx is standard in a lot of government agencies and can be used to host teleconferences, video conferences, share screens, host presentations and more. For apps like WebEx, you don’t even have to have the software yourself to use them, as opening an invite link will launch a web-based applet. But if you do get the software yourself, you have a lot more options to host video conferencing and even presentations.

SPTF fellows recently had a very successful Zoom happy hour, where more than 50 fellows connected with one another virtually. By using randomly distributed breakout rooms, we got to see old friends and still make new ones -- six months into our fellowship year. To learn more about all the ways you can use Zoom, we recommend this guide written by Dr. Jennifer Polk (@FromPhDtoLife on twitter). Additionally, LinkedIn has posted free online courses to help you learn how to effectively use different teleconference tools.

Old tools still apply as well: LinkedIn and Twitter are excellent places to start building a list of individuals, including current and alumni fellows for networking. Considering the policy and science issues surrounding this pandemic, many fellows are publicly voicing their willingness to speak to incoming fellows as well as prospective applicants. Even though it may happen virtually for a while, fellows still want to pass down the advice that was so helpful to us in making our decisions.

Current fellows are using these technologies in ways that reach beyond informational interviewing. Dr. Valerie Virta has used Microsoft Teams to create an National Institutes of Health (NIH) group for current fellows. She plans to “use it even more through our teleworking period and into job searches.” Dr. Vincent Tedjasaputra, a fellow at the National Science Foundation (NSF), says that the group chats that these programs allow help in times when information needs to flow quickly: “I think the group chat is useful to find a subject matter expert right away and have a quick 5-10 minute chat that helps us at work with writing briefs and other work outside our own scientific expertise.”

To that end, many fellows also use the chat app WhatsApp to keep up with COVID-19 related news and information, and to quickly discuss relevant data to inform policy decisions. Recently, Dr. Stephanie Davis used the app to organize a successful virtual networking event in a matter of a few days. Dr. Chelsea Marcho says, “I was able to virtually attend my friend's Ph.D. defense this a.m. via Zoom. It was awesome because so many more people were able to attend. The Ph.D. program posted the link on Twitter and there were actually some members of the general public (school teachers and others) there. There might be a place for these styles of meetings to help bring people into the conversation.”

Currently, STPF Affinity Groups are being moved to virtual meeting spaces. This may help increase Affinity Group attendance and outreach by fellows that live a long distance from AAAS headquarters or who do not have time to get to an in-person meeting. These types of events take weeks or months of planning, and virtual tools have compressed that timeline and can be used strategically by incoming cohorts to plan and develop networking strategies that employ speed as well as quality of interaction. 

Informational Interviewing During the COVID-19 Pandemic

The nature of informational interviews may involve more policy considerations or be performed in a way that represents more distributed networks. For instance, instead of traditional informational interviews in which you are trying to understand a job environment, these interviews can be used to brainstorm with a diverse group of people on how to leverage virtual and technological tools to continue policy work. Informational interviews can branch into discussions about how agencies can build and strengthen their public outreach and social media presence. Communications at the US Agency for International Development (USAID) and the State Department rely heavily on in-person programming, so discussions may address how long-term relationships can be maintained and allow programs to continue virtually. 

When communications within virtual platforms are more dynamic and distributed, conversations and networking can become richer and multiplexed, leading to deeper professional relationships. 

Although virtual technologies seem to be the foundation for moving forward in a post-COVID-19 world, they do have some drawbacks to traditional in-person meetings or phone conversations. Conversations using these technologies can be downright awkward. Fidelity of the internet connection, or simple audio lag can throw off the traditional timing and flow of an in-person conversation. Although camera technology is good for some, connections may be made on any number of devices with varying types of cameras. This variability in resolution can make interpreting facial expressions difficult and have the potential to cause potential misinterpretations as conversations commence. Practice using these platforms and cognizance of these difficulties will increase the impact of communicating this way. As relationships are built and deepened in the virtual space, navigating these technical road bumps will become easier. 

As virtual connections are made, even more empathetic listening will be needed to be employed than usual, accounting for conversations that may be time compressed or with others who are experiencing a greater amount of stress due to COVID-19 changing workloads or priorities. Others will likely be having the same challenges as STPF fellows are having in this new technological space and may be uncomfortable with technology or the telework environment. Dr. Ilana Goldberg, who has previous experience working with an international team using Skype for most meetings, said “that coaching on how to present oneself virtually to really connect with colleagues over virtual platforms was vital to success in that position." 

Helping each other out with coaching on virtual platforms in the same way in which individuals are coached for in person job interviews may be a way to increase the impact of these new ways of communicating. Just learning a new rhythm to conversations is a helpful exercise in improving one's skills when speaking under pressure and in unfamiliar surroundings and may help improve communications skills. 

Teleworking may become a new normal, so keeping organized and maintaining momentum in this environment may need extra attention. It is important to make notes on accomplishments and projects, even if COVID-19 disrupts and cancels them, and add them to an achievement notebook to celebrate early wins and as ways to describe the impact of your work when life gets back to normal.

Within the networking sphere, capitalize on the fellows’ network even more. Find the first-year fellows who are excited to start building relationships early, virtually. Reach out to second year fellows and alums who understand the value of the AAAS network to the fellowship experience and talk with them to gain perspective on how to best leverage virtual technology to build out professional networks.

Take time to show your leadership skills via empathy for others: check on the well-being of your network and volunteer time to help those struggling with illness or loneliness. Knowing that the virtual space is going to take on even more significance in the months and years to come, spend some professional development time updating your online profile (LinkedIn, Twitter, etc.) and connecting with people in those spaces, outside of traditional fellows’ networks.

Additionally, attend virtual workshops or symposia and follow up via email with speakers or others of interest to expand your informational interview network. Dr. Brynn Hollingsworth has set up numerous informational interviews using Linkedin and twitter, including two that were switched from in-person to virtual in the first week of mandatory telework at the NIH.

Take advantage of virtual learning and online certificates to network and open your network with others outside of the fellowship sphere while building your resume/CV simultaneously. Most importantly in these unprecedented times, take time for exercise and mental health programs offered online. These programs will help you navigate the fellowship and allow you to fill your empathy cup, as it will be needed by both your professional and personal networks. COVID-19 will change the way the world looks at public health policy and the way we interact in and outside of the workforce. Fellows are looked at as leaders and can help cultivate relationships where they can use those skills to help in this transition. 

Conclusions

The central themes of our STPF fellowship are service and impact. To that end, we want to leave you with a few questions that extend beyond the mechanics of networking and teleworking in the post-COVID-19 era and venture into some policy. We plan on expanding on these topics and others from a policy perspective in a future series of posts on COVID-19. Here are a few questions as we look forward:

How will policy, its impact and the way we formulate policy change in a post-COVID-19 world?

  • Will current policy changes that might occur out of the COVID-19 pandemic (increased distance and telework options) become fixtures in the workplace and social and professional networking?
  • Will we see more economic stability for those in the gig and wage economy?
  • Will there be new emphasis on early screening for potential pandemic-causing viruses?
  • How can a “whole of government” system that is decentralized and de-siloed advance science?
  • How can different government agencies better incorporate a “One Health” approach to improve health for everyone and everything? 

This is just the tip of the iceberg. COVID-19 has changed the course of history. Our desire as fellows to serve and to make an impact using science by taking an “ask not” approach starts with helping each other navigate this new working landscape.  

Acknowledgements

The idea for this post was generated via an online chat and we thank all the fellows who encouraged our ideas, including: Dr. Valerie Virta, Dr. Stephanie Davis, Dr. Christine Urbanowicz and Dr. Shilpy Dixit. 

Image: Alissa Eckert Dan Higgins/CDC

Disclaimer

This blog does not necessarily reflect the views of AAAS, its Council, Board of Directors, officers, or members. AAAS is not responsible for the accuracy of this material. AAAS has made this material available as a public service, but this does not constitute endorsement by the association.

Tags

COVID-19
social distancing
telework
professional development

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Authors

Michael Nestor

Nestor, Michael: Fellowship 2019-2020 Nestor, Michael: Fellowship 2020-2021

Dr. Michael W. Nestor is a neurophysiologist with 15 years of experience focused on human stem cell brain organoids, high content screening/drug discovery, electrophysiology, and molecular genetics. Dr. Nestor has a strong policy interest in the bioethics of human gene editing particularly with respect to national security. Dr. Nestor was a Principal Investigator and Director of Neural Stem Cell Research at The Hussman Institute for Autism. He received his PhD in Neuroscience from the University of Maryland, School of Medicine (UMSOM) and completed postdoctoral fellowships at the NIH and The New York Stem Cell Foundation, where he was also a Staff Scientist. Michael was a NIH IRACDA Fellow at Rutgers University and is a Venture Capital Consultant at the UMSOM Momentum Fund/Department of Technology Transfer.

Jennifer Rowland

Rowland, Jennifer: Fellowship 2019-2020 Rowland, Jennifer: Fellowship 2020-2021

Jennifer’s research has focused on understanding how bacteria interact with their environments and how bacterial pathogens can alter the host cells around them. Jennifer received a BS degree from the University of Wisconsin in Bacteriology. After graduating she worked for three years in Dr. Robert Landick’s lab, studying bacterial transcription regulation, basic mechanisms underpinning all of cellular life. Jennifer then moved to the Niederweis lab at the University of Alabama at Birmingham to study the role of metals in controlling TB infections. As a postdoctoral fellow in the Finlay lab at the University of British Columbia, she investigated epigenetic changes in host cells induced by Salmonella infection. Jennifer looks forward to bringing expertise in small biology to the big scale of science policy.

Chelsea Marcho

Marcho, Chelsea: Fellowship 2019-2020 Marcho, Chelsea: Fellowship 2020-2021

I completed my undergraduate degree in Biology at the University of Pittsburgh-Bradford. After graduation, I took a year off to help at my family’s small business. Following my time off, I attended the University of Massachusetts-Amherst, where I recently completed my Ph.D. in Molecular and Cellular Biology. My thesis work focused on the epigenetic regulation of gene expression during the dynamic window of early mammalian embryonic development. I have developed expert technical skills in molecular biology, embryology, and biochemistry, as well as genome sequencing and bioinformatics. Prior to the fellowship, I served as a postdoctoral fellow in two additional laboratories at the University of Massachusetts-Amherst, where I used my skill set to answer questions about how environmental exposures alter embryonic development.

Allie Davis

Davis, Allison: Fellowship 2019-2020 Davis, Allison: Fellowship 2020-2021

Originally from Boulder CO, Allie completed her B.S. in civil engineering at Cal Poly SLO and her M.S. (and Ph.D.) at the University of Colorado Boulder. She also completed the Engineering in Developing Communities certificate from the Mortenson Center in Global Engineering. For her doctoral research, she studied the causes of success and failure of small sanitation systems in India, which further shaped her longstanding interests in infrastructure in resource-limited contexts and in foreign policy. She’s worked on water projects in Thailand, wildlife behavior and conservation research in Panama, rural water systems in the US, and democracy issues in Latin America. She loves to travel, hike and backpack, scuba dive, and do pottery.

Vincent Tedjasaputra

Tedjasaputra, Vincent: Fellowship 2019-2020 Tedjasaputra, Vincent: Fellowship 2020-2021

Vincent Tedjasaputra is currently the Director of Scientific Communications at the American Lung Association. He completed his AAAS STP Fellowship at the National Science Foundation, Office of Legislative and Public Affairs. He is a former college athlete-turned Exercise Physiologist from San Diego, CA. He earned a B.S. in Human Biology at UC San Diego, an M.S. in Exercise Physiology at San Diego State University, a Ph.D. in Physical Education and Recreation the University of Alberta, and a Postdoctoral Fellowship in Pulmonary Physiology at the UC San Diego School of Medicine. Outside of science, Vincent is a classically trained vocalist and amateur ice hockey player, drawing on both his lung science and exercise physiology background.

Ilana Goldberg

Goldberg, Ilana: Fellowship 2019-2020 Goldberg, Ilana: Fellowship 2020-2021

Ilana G. Goldberg is a multidisciplinary scientist and project manager. As an undergraduate, she researched structural biology, understanding the crystal structure and properties of the Nitrile Hydratase protein. She was then awarded a Fulbright Scholarship to spend the next year researching co-crystallization and polymorphism of small molecules at Ben Gurion University of the Negev in Be’er Sheva, Israel. Upon completion of her fellowship, she moved to Washington, DC and began her PhD work in the Chemistry department at Georgetown University. Her thesis focused on the directed crystal growth and solid-state analysis of the secondary explosives RDX and HMX. After defending her dissertation in November 2011, she completed a postdoctoral fellowship at the Transportation Security Laboratory on trace explosives detection and thermal properties of HMEs. Upon completion of her postdoc in 2013, she joined Johns Hopkins University Applied Physics Laboratory as a senior scientist where she worked as a project manager for large, multi-disciplinary projects. In January of 2019, Ilana joined AstraZeneca as a scientific project manager. Highlights include overseeing multifaceted research projects, cross-functional communication between project stakeholders, and technical documentation. In her spare time, she enjoys dancing, baking, and hanging out with her three children.

Brynn Hollingsworth

Hollingsworth, Brynn: Fellowship 2019-2020 Hollingsworth, Brynn: Fellowship 2020-2021

I am a well-rounded biomedical scientist with experience in clinical and pre-clinical research. I received my Ph.D. in biomedical science from The Ohio State University in 2017. My dissertation work was identification of risk factors of radioactive iodine-131 induced salivary gland damage in thyroid cancer patients and optimization of mouse SPECT/CT imaging analysis. Prior to graduate school, I worked to develop subunit vaccine against Mycobacterium tuberculosis at the Center for Biologics Evaluation and Research at the FDA. Following graduate school, I supported protocol development, database building and cleaning, and analysis of infectious disease and substance use disorder clinical trials at a contract research organization. Outside of science, I am a competitive synchronized swimmer, practice aerial yoga, travel, play with my dog and cat, and eat my husband’s amazing cooking.

Elizabeth Hoffman

Hoffman, Elizabeth A: Fellowship 2019-2020 Hoffman, Elizabeth A: Fellowship 2020-2021

Originally from upstate New York, I received my Ph.D. in Biochemistry and Molecular Biology from the University of Virginia, where I studied protein dynamics and their relationship to gene regulation in yeast. Prior to graduate school, I worked in the Biochemistry department at SUNY Upstate studying DNA breaks resulting from different replication stressors in yeast and breast cancer cells. Outside of the lab, I have been involved in leadership roles in several groups promoting scientific outreach and advocacy, including C’ville Comm-UNI-ty, a local non-profit dedicated to improving STEM literacy, and Women in Math and Science at UVA. I'm particularly interested in STEM education, especially for women and underrepresented groups, health care policy, emerging biotechnologies (such as CRISPR), and engaging scientists with outreach and advocacy.