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Megan Grieco, M.S.P.H.

Megan Grieco, M.S.P.H., is a Biostatistician I [C] in the Biostatistics Research Branch at the National Institute of Allergy and Infectious Diseases.

The Next Generation of Mentors Training the Next Generation of Scientists

Research Training News |

By Tamara Haque, Ph.D. and Emily Youngblood

Tamara Haque, Ph.D., is a Postdoctoral Fellow in the Food Allergy Research Unit of the Laboratory of Allergic Diseases. After receiving this year's Postbac Distinguished Mentor Award, she reflects on her mentoring philosophy and how postdoc mentors can help their postbac mentees make the most of their training experience.

Mentorship is an essential part of science, as it is often the trainees who do the heavy lifting that drives the field forward. My values as a mentor are largely influenced by my experience as a mentee, as admittedly, I have been a mentee far longer than I have been a mentor at this early stage of my career. The foremost value I have carried over from my training is that a mentor should help the mentee find joy and inquisitiveness in research and discovery. My observations have led me to believe that the best researchers are those who keep a sense of awe in their work and that of their colleagues. This awe creates unwavering dedication, curiosity, and integrity—key factors in research and discovery.

My mentoring philosophy adopts a mentee- centered style, creating an environment that allows a new researcher to gain confidence while obtaining the necessary investigative and technical skills for long-term success as a scientist. Based on my experience, I find that the best way to do this at the postbac level is to train in phases. The first phase includes one-on-one training, followed by the second phase, where the mentee is given an independent task, with help available as needed. It is important to assign low-stakes experiments and those with known outcomes to be able to adequately assess the mentee’s progress and provide meaningful feedback. The third phase involves more independence, encouraging the mentee to think about the bigger picture of their experiments. The fourth phase includes assigning more difficult tasks, which may involve troubleshooting and creative thinking.

I believe that we are all on a continuous learning journey with no ‘final phase.’ Rather, we continue to evolve and become better scientists throughout our careers. Balancing technical and professional mentorship is a challenge, but I find that keeping an ongoing conversation about professional development separate from the technical training is helpful. My advice to other postdocs mentoring postbac fellows is to put yourself in their shoes and think back to what would have helped you at that stage of your career and make that a reality for your mentee. How can you make this a fun but challenging and productive experience for them? We can all do our part in attracting and retaining talented trainees in the research field by providing a positive postbac experience for our mentees. Ultimately, watching our mentees succeed makes every effort well worth it.

Postbac Mentee: Emily Youngblood

I knew I was not ready to start graduate school right after finishing my undergraduate studies, but I truly had no idea how little I knew until I started working with Tamara Haque, Ph.D., a postdoctoral fellow in the Laboratory of Allergic Diseases. When I first arrived at NIH, I didn’t know how to do many basic lab techniques. Tamara patiently taught me aseptic practices, cell culture, how to work with mice, and a variety of assays. She explained projects and experiments in detail and answered my many questions. Tamara not only pushes me to be a better scientist but also reminds me of the importance of taking breaks (which usually involve a trip to the Ben and Jerry’s ice cream truck on the NIH main campus). Science is challenging and it involves a lot of failure, but ice cream is a sure way to lessen the sting. It is clear Tamara wants me to succeed, not just to prevent any mishaps with her experiments but also to ensure that I am prepared to take the next step in my career. Tamara has taught me valuable scientific techniques and habits that I can bring with me wherever I end up next after completing my postbac. I nominated Tamara for the Postbac Distinguished Mentor Award because she is a patient and respectful mentor who is genuinely invested in my growth and success as a researcher.

Learn more about postbaccalaureate training and postdoctoral training opportunities at NIAID. 

DMID Showcase of Scientific Success Stories

The Division of Microbiology and Infectious Diseases supports research and provides resources for all stages of product development, partnering with public and private institutions to move advances through the product development pipeline. The results are research discoveries that are transforming the prevention, diagnosis, and treatment of infectious diseases. The DMID scientific success showcase highlights just a few of these achievements.

NIAID Office of Research Training and Development

Our Mission

The mission of the NIAID Office of Research Training & Development (ORTD) is to

  • Promote and support biomedical education and training of fellows in the NIAID intramural research program
  • Design and implement training courses and career development workshops for current NIAID trainees
  • Provide opportunities for exploration in a variety of career paths
  • Encourage trainee development by providing mentoring opportunities and collaborative interactions
  • Conduct outreach programs in different communities to promote diversity at all training levels

While You're Training at NIAID

ORTD offers additional opportunities to learn about your field, network, and refine your skills such as:

  • Ethics Workshop for summer students
  • Annual Fellowship Workshop
  • Research seminars
  • NIAID grant writing training & mentoring
  • Clinical case reviews
  • Introduction to Clinical Reasoning
  • Virtual career/alumni chats
  • Asynchronous training opportunities
  • One-on-one career coaching
  • Grad school and medical school prep seminars and coaching

Summer Research Training in NIAID Labs

Updates on Recruitment

The Intramural Program has paused the recruitment of specific training programs—for the latest updates and details, visit the NIH Office of Intramural Training & Education.

Summer research training at NIAID is available through the Summer Internship Program (SIP). Summer programs offer students the opportunity to conduct research at the forefront of immunologic, allergic, and infectious diseases in NIAID laboratories located in Maryland and Montana (Rocky Mountain Laboratories in Hamilton). Summer interns spend a minimum of eight consecutive weeks performing full-time biomedical research in basic, translational, and clinical research areas under the guidance and direction of an NIAID principal investigator. Interns participate and engage with other trainees and scientists in a wide variety of research and professional development events during their time at NIH. The summer internship program strives to offer a stimulating and highly rewarding experience for interns, with the aim of encouraging students to pursue a career in biomedical research.

Read more about the Division of Intramural Research and the Vaccine Research Center. Find more information about the summer internship programs from the NIH Office of Intramural Training and Education (OITE).

Who Can Apply

Applicants must:

  • Be a U.S. citizen or permanent resident
    • Individuals who are U.S. permanent residents must be attending or have been accepted into institutions in the United States
  • Be 18 years of age or older on June 1 of the internship year

In addition, applicants must meet one of the following criteria at the time of application:

  • Be a current high school senior
  • Be a high school graduate and have been accepted into an accredited college or university program in the following fall semester
  • Be a current undergraduate, master’s, Ph.D., M.D., or equivalent graduate degree student

Applicants with a family member working at NIH should be aware of the strict nepotism policy, which may limit your ability to work in certain NIH institutes, centers, or research groups.

Note: Please refer to OITE for more details.

Background Check

Please note any fellowship offer is contingent on your ability to successfully pass a federal background check, which is required for logical and physical access to NIH facilities and systems. As part of the clearance process, you will be asked “In the last year, have you used, possessed, supplied, or manufactured illegal drugs?” This question pertains to the use of controlled substances or drugs as defined under federal law. Please be aware that while marijuana may be legal or decriminalized within your home jurisdiction it remains illegal under U.S. federal law. The use, possession, supply, or manufacture of marijuana may preclude you from obtaining the necessary clearances to participate in NIH intramural training programs, even if you were initially offered a position. If you have questions about this policy or would like guidance on the clearance process, please reach out to oite@nih.gov (please put “Eligibility Inquiry” in the subject line).

How To Apply

For specific questions, contact the NIAID Office of Research Training & Development.

Stipend Information

Stipend levels for trainees are published annually and determined based on experience. For details, see NIH Student IRTA Stipend levels.

Contact Information

For specific questions, contact the NIAID Office of Research Training & Development.

Employee Testimonial - CDR Ashleigh Sun, R.N., M.S.N., Clinical Programs Manager

Tell us about your role at NIAID and what a typical day at work looks like for you?

As a clinical programs manager in the Epithelial Therapeutics Unit, my typical day starts by greeting my coworkers and checking emails to stay current on correspondence. A large part of my role involves maintaining and updating protocols to ensure they remain compliant with regulations. Depending on the day, I attend various meetings to discuss protocol navigation, maintenance, and review.