In addition to federal funding resources such as Grants.gov and the National Science Foundation, Johns Hopkins employees, staff, and students have access to the following online databases of federal, foundation, and corporate funding opportunities.
Denis Wirtz, PhD |
Susannah Porterfield, MS |
Alexandra Albinak, JD, MBA |
Joseph L. Mankowski, D.V.M., Ph.D. |
Eric Hutchinson, D.V.M. |
Julie Messersmith, MA |
Michelle Crum |
The Research Development Team was created to be a comprehensive service center for any researcher interested in submitting large, collaborative proposals.
Our team can manage the entire pre-award process, including budget and budget justification development, coordination of collaborators across campus, coordination of subawardees, project management, drafting management plans, grant editing and writing, etc.
No, we will work with all sponsor types.
A proposed budget should be at least $5 million total costs (direct and indirect) for the duration of the project.
Anyone eligible to serve as a Principal Investigator at JHU can work with us.
There is no cost to either you or your department for using RDT services.
Yes. At this time, RDT will not retain any recovered Indirect Costs for our services.
The COEUS record is developed under RDT’s cost center for tracking but changed to the PI’s cost center before award. We can provide access for department staff to view proposals in ASSIST, Workspace, FastLane, and/or COEUS.
Yes, RDT has designated representatives in JHURA, BARA and ORA.
Not at all. It is completely up to the PI. Your RDT grants manager will be in contact with the department as much or as little as needed. We are here to help support departments if they are unable to dedicate the time and effort it takes to submit a large, collaborative funding application.
Please notify us at least eight weeks in advance of your proposal’s due date.
At this time, RDT does not manage the submission of training grants. However, we can connect you with University resources to assist with collection of the university-wide data required for some training grant tables.
You can either email us at RDT@jhu.edu with any questions or submit an inquiry form and someone from the Research Development Team (RDT) will contact you within 48 hours. Please include a link to the funding opportunity announcement and the due date, if applicable and available.
You can contact RDT and we will generate a list of researchers with similar research interests, or you can browse any of the following databases:
-At Johns Hopkins University, you can search by division through the Academics portal to find specific departments to contact.
-The Welch Medical Library offers access to databases like PubMed and Scopus, which you can search by keyword to find relevant publications.
–NIH Reporter allows you to search by keywords to find projects led by researchers from across the country. You can search for projects in your field of interest and then initiate contact with the PI to discuss potential collaboration.
–PIVOT is a database that has a “Profile” repository of faculty in JHU’s depts. If you don’t have an account, please email us and we’ll create one for you.
A few ways to find announcements that encourage collaboration are:
-Search the word: “collab” in the search box on NIH’s Funding page. Various opportunities will populate that you can filter through.
-Browse the National Organization for Research Development Professionals’ (NORDP) Comprehensive List of Collaborative Funding Mechanisms. This resource was created, and is maintained, by NORDP members.
–PIVOT is a funding opportunity database that houses announcements for a host of sponsors. If you do not have an account, please email us and we’ll create one for you.
Whether you reach out in-person, by email, or via a phone call, you should start by expressing how it would be beneficial for both of you to collaborate. You should also show enthusiasm on how innovative the idea is and how it would push your field forward. If they agree, having possible funding opportunities readily available to share can move the conversation to something actionable.
This cluster will make JHU the world leader in solution-focused practices and policies to promote racial justice in health, housing, and education for young people. Learn more about this cluster.
Click here to start your application.
This cluster envisions AI systems collaborating with humans to understand and improve the human condition. Learn more about this cluster.
This cluster is not currently recruiting new junior faculty.
Joseph L. Mankowski, D.V.M., Ph.D. |
 Eric Hutchinson, D.V.M. Assistant Vice Provost for Animal Research @monkeyf1ngers |
Visit Research Animal Resources |
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This cluster bridges the core strengths of computer science, social science, and ethics to mitigate risks of injustice and maximize the benefits of societal good. Learn more about this cluster.
This cluster is not currently recruiting new junior faculty.
| Recipient | Year | Major/s | BDP Faculty | BDP Divisions |
| Abidi, Muhammad | 2023 | Molecular & Cellular Biology | Carl Wu | KSAS, SoM |
| Adams, Jordan | 2022 | Writing Seminars; English | Christopher Cannon | KSAS |
| Afko, Lucie | 2023 | Physics | Chuck Bennett | KSAS, APL |
| Agyemang, Charles | 2023 | Philosophy | Rexford Ahima | SoM, BSPH, SoN |
| Alapati, Tanuj (Sritanuj) | 2022 | Computer Science; Applied Math & Statistics | Nilanjan Chatterjee | BSPH, SoM |
| Ananth, Kirtana | 2022 | Neuroscience | Patricia Janak | KSAS, SoM |
| Ananthakrishnan, Ajay (Ajaykarthik) | 2022 | Neuroscience | Jessica Fanzo | SAIS, BSPH |
| Anderson, Livia | 2022 | Neuroscience; Medicine, Science & the Humanities | Jessica Fanzo | SAIS, BSPH |
| Ashebo, Leta (Leteme) | 2021 | Public Health Studies | Kathryn McDonald | SoN, SoM, WSE |
| Buchanan, Morgan | 2022 | Environmental Science; Molecular & Cellular Biology | Paul Ferraro | CBS, WSE, BSPH |
| Buri-Nagua, Carlos | 2022 | Public Health Studies | Lisa Cooper | SoM, BSPH, SoN |
| Chen, Tongtong | 2022 | Mathematics | Steven Salzberg | SoM, WSE, BSPH |
| Chopra, Sakshi | 2022 | Neuroscience | Arturo Casadevall | BSPH, SoM |
| Correa, Alex (Alexander) | 2023 | Materials Science & Engineering | Rachel Green | SoM, KSAS |
| Dye, Pat | 2021 | Environmental Engineering | Paul Ferraro | CBS, WSE, BSPH |
| Eisenberg, Nathaniel | 2022 | Computer Science; Applied Math & Statistics | Alexander Szalay | KSAS, WSE |
| Elbasheer, Sarah | 2022 | History of Science, Medicine & Technology | Jeremy Shiffman | BSPH, SAIS |
| Etienne, Niola | 2021 | Medicine, Science & the Humanities | Vesla Weaver | KSAS |
| Gomez, Marissela | 2022 | Environmental Engineering | Ashani Weeraratna | BSPH, SoM |
| Gong, Maxine (Xutong) | 2023 | Applied Math & Statistics; Molecular & Cellular Biology | Andrew Feinberg | SoM, BSPH, WSE |
| Hada, Nicole | 2021 | Public Health Studies | Ellen MacKenzie | BSPH, SoM |
| Han, Subin | 2021 | Cognitive Science; Psychology | Christopher Chute | SoM, SoN, BSPH |
| Harihar, Vinu (Vinayak) | 2022 | Biophysics; Applied Math & Statistics | Taekjip Ha | SoM, KSAS, WSE |
| He, Jessie (Jiaqi) | 2021 | International Studies; Sociology; Applied Math & Statistics | Vesla Weaver | KSAS |
| Heinz, Jakob | 2022 | Biomedical Engineering | Steven Salzberg | SoM, WSE, BSPH |
| Jeong, Paul (Donghyun) | 2022 | Chemical & Biomolecular Engineering | Rong Li | SoM, WSE |
| Jones, Jalen | 2021 | Public Health Studies | Lisa Cooper | SoM, BSPH, SoN |
| Keller, Ben (Benjamin) | 2021 | Physics; Political Science | Chuck Bennett | KSAS, APL |
| KurtzFreilich, Emma | 2021 | Economics; International Studies | Matthew Kahn | KSAS, CBS |
| Lin, Eric | 2023 | Materials Science & Engineering; Public Health Studies | Taekjip Ha | SoM, KSAS, WSE |
| Liu, Andrew (Yiqi) | 2023 | Applied Math & Statistics; Mathematics; Physics | Chuck Bennett | KSAS, APL |
| Liu, Rongrong | 2023 | Computer Science; Mathematics; Physics | David Sing | KSAS |
| Llaca, Sebastian | 2022 | International Studies | Jessica Fanzo | SAIS, BSPH |
| Lou, Sophia | 2022 | Public Health Studies | Lisa Cooper | SoM, BSPH, SoN |
| McManus, Owen | 2022 | Economics | Kathryn McDonald | SoN, SoM, BSPH, CBS, WSE |
| Paugh, Micki (Michaela) | 2022 | International Studies | Jessica Fanzo | SAIS, BSPH |
| Qu, Victoria | 2022 | Chemical & Biomolecular Engineering | Rong Li | SoM, WSE |
| Robichaud, Josh (Joshua) | 2022 | Physics | Alexander Szalay | KSAS, WSE |
| Rodriguez, Lucas | 2021 | Public Health Studies | Jeremy Shiffman | BSPH, SAIS |
| Rubin, Izzy (Isabella) | 2021 | Psychology | Kathryn McDonald | SoN, SoM, BSPH, CBS, WSE |
| Rutberg, Jason | 2022 | Applied Math & Statistics; Economics | Matthew Kahn | KSAS, CBS |
| Sarria, Isabella | 2021 | Public Health Studies | Jessica Fanzo | SAIS, BSPH |
| Sheikh, Taharat | 2022 | Neuroscience; Sociology | Kathryn McDonald | SoN, SoM, BSPH, CBS, WSE |
| Tong, Xiao | 2021 | Neuroscience | Patricia Janak | KSAS, SoM |
| Trivedi, Niki | 2022 | Public Health Studies | Arturo Casadevall | BSPH, SoM |
| Vaziri, Robab | 2023 | Public Health Studies | Kathryn McDonald | SoN, SoM, BSPH, CBS, WSE |
| Waleedh, Joodh | 2021 | Molecular & Cellular Biology | Rachel Green | SoM, KSAS |
| Wang, Ashley | 2022 | Biophysics | David Sing | KSAS |
| Wang, Ivy | 2022 | Economics, International Studies | Jessica Fanzo | SAIS, BSPH |
| Wang, Olivia (Siqing) | 2022 | Molecular & Cellular Biology; Biophysics | Arturo Casadevall | BSPH, SoM |
| Wen, Brian | 2022 | Mathematics | Alexander Szalay | KSAS, WSE |
| Wiegand, Aaron | 2021 | Biomedical Engineering | Kathryn McDonald | SoN, SoM, BSPH, CBS, WSE |
| Williams, Lauren | 2022 | Cognitive Science | Paul Ferraro | CBS, WSE, BSPH |
| Winter, Adam | 2022 | Molecular & Cellular Biology | Andrew Feinberg | SoM, BSPH, WSE |
| Wong, Tiffany | 2021 | Behavioral Biology | Ashani Weeraratna | BSPH, SoM |
| Wu, Serena | 2021 | Applied Math & Statistics; Neuroscience | Richard Huganir | SoM, KSAS |
| Xie, Kelly (Zepei) | 2023 | Molecular & Cellular Biology | Carl Wu | KSAS, SoM |
| Xu, Yiyang | 2022 | Mathematics; Philosophy | Christopher Cannon | KSAS |
| Zannath, Fateha | 2023 | Publuc Health Studies | Kathryn McDonald | SoN, SoM, BSPH, CBS, WSE |
| Zhang, Yuqi | 2023 | History of Art | Nilanjan Chatterjee | BSPH, SoM |
| Zhu, Lily (Zihui) | 2023 | Public Health Studies | Kathryn McDonald | SoN, SoM, BSPH, CBS, WSE |
 Susannah Porterfield, MSAssociate Vice Provost for Research sporterfield@jhu.edu |
Julie Messersmith, MA |
Chasmine Stoddart-Osumah, MS |
Andrew Waldman |
Reyn Boyer, MA |
Sarah Smith |
 Michelle CrumSr. Administrative Coordinator mcrum3@jhu.edu 410-516-8094 |
 Annika Weder, MAResearch Communications Writer aweder1@jhu.edu |
Visit BDPVisit Awards Programs |
This cluster explores discoveries and knowledge about the human brain and provides researchers with unprecedented opportunities to develop effective strategies to enhance and preserve brain function. Learn more about this cluster.
This cluster is not currently recruiting new junior faculty.
The Office of Foundation Relations, part of JHU’s Development and Alumni Relations organization, centrally manages relationships between the Johns Hopkins University and philanthropic foundations. They monitor programs and priorities of major national foundations and key Baltimore-area foundations to identify changes in direction and new initiatives of interest to Johns Hopkins. Their purpose is to maximize funding from foundations to advance JHU’s groundbreaking research, teaching, and outreach activities by ensuring that each University contact with a foundation is strategic and optimized. Ultimately, their goal is to build, enhance, and sustain relationships with a broad range of local, national, and international foundations to promote shared goals and objectives.
The Office of Foundation Relations works closely with the Office of the Vice Provost for Research as they prepare announcements of limited submission competitions, providing editorial and strategic advice to faculty on their submissions, and/or preparing institutional letters of endorsement.
>> Find your divisional contact in the Office of Foundation Relations>>
| Student | Year | Major/s | Session |
| Aguirre, Elizabeth | 2022 | Computer Engineering | Summer |
| Ashiru, Olayide (Ganiyatu) | 2022 | Materials Science & Engineering | Summer |
| Calderon Arevalo, Ximena | 2021 | Applied Math & Statistics | Summer |
| Carreira, Courtney | 2023 | Physics; Applied Math & Statistics | Summer |
| Cazarez, Dannis | 2022 | Cognitive Science | Summer |
| Chien, Megan | 2022 | Computer Science | Summer |
| Diaz, Lauren | 2022 | Neuroscience | Summer |
| Eaton, Elijah | 2022 | Computer Science; Spanish | Summer |
| Egbe, Anire (Anirejuoritse) | 2022 | Electrical Engineering | Summer |
| Fozo, Lydia | 2022 | Chemical & Biomolecular Engineering | Summer |
| Fu, Sam (Samantha) | 2021 | Writing Seminars; Computer Science | Summer |
| Furukawa, Kyllie | 2023 | Computer Science | Summer |
| Hyder, Kale | 2022 | Neuroscience | Summer |
| Ismail, Samir | 2022 | Biomedical Engineering | Summer |
| Jones, Jalen | 2021 | Public Health Studies | Summer |
| Kashyap, Apara (Aparajita) | 2022 | Biophysics | Summer |
| Kim, Jungin | 2022 | Mechanical Engineering; Applied Math & Statistics | Summer |
| Kopel, Yocheved | 2023 | Mechanical Engineering | Summer |
| Koroma, Fatima | 2021 | Chemical & Biomolecular Engineering | Summer |
| Mudrak, Nathan | 2022 | Molecular & Cellular Biology | Summer |
| Nova, Fernando | 2023 | Computer Engineering | Summer |
| O’Connor, Ryan | 2022 | Chemical & Biomolecular Engineering | Summer |
| Odedoyin, Omobolade | 2023 | Materials Science & Engineering | Summer |
| Okorie, Juliet | 2022 | Chemical & Biomolecular Engineering | Summer |
| Ospina, Sofia (Maria) | 2021 | Mechanical Engineering | Summer |
| Pena, Adriana | 2023 | Environmental Engineering | Summer |
| Perez-Doval, Andres | 2023 | Electrical Engineering | Summer |
| Rahman, Yusra | 2023 | Computer Engineering | Summer |
| Ramsden, Devin | 2021 | Computer Science | Summer |
| Rashed, Miso (Maisoun) | 2022 | Computer Science | Summer |
| Reyes, Woe (Dominick) | 2021 | Cognitive Science | Summer |
| Romero, Kevin | 2021 | Electrical Engineering | Summer |
| Rose, Tori (Victoria) | 2021 | Biomedical Engineering | Summer |
| Shao, William | 2022 | Chemical & Biomolecular Engineering | Summer |
| Suzuki, Kensei | 2023 | Mechanical Engineering | Summer |
| Tam, Sam (Samantha) | 2022 | Biomedical Engineering; Computer Science | Summer |
| Tran, Alyse | 2022 | Mechanical Engineering | Summer |
| Velasquez, Kevin | 2023 | Computer Engineering | Summer |
| Yang, Leya | 2023 | Biophysics | Summer |
Addressing the complex problem of climate change will require humanity to identify and promote solutions that maximize synergies and minimize conflicts between human health and climate adaptation and mitigation. Learn more about this cluster.
This cluster is not currently recruiting new junior faculty.
Team Leaders: Shruti Mehta (Public Health), Jason Farley (Nursing), Jacky Jennings (Medicine)
In addition to these external funding databases, each division of Johns Hopkins University has Development and Alumni Relations staff, as well as a Central Foundation Relations office, to assist with proposal development and locating funding resources. See the following for contact information: Applied Physics Laboratory, Berman Institute of Bioethics, Bloomberg School of Public Health,Carey Business School, Center for Talented Youth, Krieger School of Arts & Sciences, Nitze School of Advanced International Studies, Peabody Institute, School of Education, School of Medicine, School of Nursing, Sheridan Libraries & University Museums (scroll to External Affairs), and the Whiting School of Engineering.
Team Leaders: Garry Cutting (Medicine), Sharon Gerecht (Engineering)
No. Preproposals should tell how much funding will likely be requested and an idea of how that money will be used/justified. The numbers should be as realistic as possible but are not final or binding for the actual proposal.
This cluster will develop insights into the fundamental areas of genome biology and epigenomes through new imaging technologies, genome editing, single-cell techniques, and advanced computational and quantitative methods. Learn more about this cluster.
This cluster is not currently recruiting new junior faculty.
PIVOT is a comprehensive database for funding searches that can be geared to a researcher’s particular interests. Available to anybody using a JHU IP address.
The Johns Hopkins community – including staff, faculty, and students – has access to the Foundation Directory Online Professional (FDO) via the University’s Enterprise account, which is based on IP authentication for unlimited access, no log-in or password is required.
Projects:
Team Leaders: Allen Kachalia (Medicine), Richard Rothman (Medicine), Tener Veenema (Nursing), Kathy McDonald (Nursing/Medicine)
Team Leaders: Priya Duggal (Public Health), David Kass (Medicine), Chirag Parikh (Medicine)
You can find a list of open competitions, including deadlines and contact information, on our limited submission website here.
We tailor preproposal templates to the goals and review criteria of each opportunity. You should read the entire RFP, and answer template questions based on the sponsor’s criteria. Avoid using abbreviations, acronyms, and technical jargon, but do write at the level of a highly educated lay person. It is also important that the project description explain the critical need for your research. Consider the following: What is the problem? What has been done so far? What is the gap that remains? How will you address that gap?
The VPR makes every effort to ensure that successful internal applicants have sufficient time to prepare a full proposal upon being notified of their selection. Typically, the VPR strives to provide interested parties one month from the date of notification to submit their preproposals. The VPR then aims to notify applicants (both successful and unsuccessful) within one week of the internal deadline. These internal deadlines are set to approximately two months before the full proposal is due to the sponsor. In some instances, the above timeframes may be shortened due to circumstances such as when the VPR becomes aware of a limited submission opportunity, or when a given sponsor chooses to publicize its RFP.
All team members should have a well-defined role in the project and appropriate expertise. Build meaningful partnerships with potential collaborators prior to proposal submissions whenever possible.
The BDPs will receive tenure in each of their home schools, where tenure is available. If a school or division does not award tenure, the BDP will be appointed at a level commensurate with a tenured faculty rank in that unit.
Tenure reviews will be conducted by each school according to its usual procedures, supplemented by the provost’s guidelines for BDP appointments, and subject to coordination by the provost’s office to avoid unnecessary duplication of effort (for example, to solicit a single set of external letters to inform the tenure review in each participating school). BDP appointments then proceed through the central Tenure Advisory Committee (TAC), and the Board of Trustees.
Bloomberg Distinguished Professorships will be allocated by the president and provost. In the initial phase of the BDP program, fifty BDP positions were filled across nine divisions of the university. During the initial allocation phase, proposals were accepted for either targeted searches in defined areas or for specific individuals.
In the second phase of the program recruiting a second tranche of 50 BDPs, the vast majority of the BDPs will be recruited in thematic clusters. Please visit each cluster for further information. Email clusterinfo@jhu.edu if you would like to be on a list for further information and job alerts.
Measurement science is experiencing a revolution driven by breakthroughs in imaging and quantum-enabled technologies, which are expected to exceed the capabilities of traditional tools. Learn more about this cluster.
This cluster is not currently recruiting new junior faculty.
Once you have been notified that you have been nominated to move forward on an award, you should work with your department administrator and JHURA representative to ensure your proposal submission meets the University and sponsor guidelines. A JHURA representative will also assist with the submission of your application to the sponsor. For more information, please click here.
Late submissions to the internal deadline are handled on a case-by-case basis, and even then are only considered if the number of submissions received is less than the number allowed. The internal competition officially starts upon receipt of preproposals, and we enforce the deadlines in the interest of fairness, consistency, and transparency. Following a competition where we receive fewer responses than the number of submissions allowed, the remaining submissions are filled on a “first to notify us” basis.
No. Please confirm the interest of all participants mentioned by name in a preproposal before submitting. If you are unable to get in touch with someone, you can note that you will pull in certain expertise from a person yet to be identified (e.g. – Chemical engineer with expertise in polymers – TBD).
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Alexandra McKeown, MBA, JD |
Margie Gier Sr. Administrative Manager mgier1@jhu.edu 443-997-1919 |
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This cluster will address the pressing social need to achieve better health outcomes, taking into account ever-rising health spending. Promising discoveries for meeting this challenge often fail to become widely adopted in the face of numerous complexities. Learn more about this cluster.
Click here to start your application.
Team Leaders: Nicholas Durr (Engineering), Alan Ravitz (Applied Physics Laboratory), Youseph Yazdi (Engineering)
Team Leaders: Kate Grabowski (Medicine), David Peters (Public Health), Dan Polsky (Business/Public Health)
This cluster will address critical gaps in computational methods from modeling to phylogenomics and One Health. Learn more about this cluster.
This cluster is not currently recruiting new junior faculty.
A: If employees can work successfully remotely, then their salary can continue to be paid on federally funded sponsored awards. For staff who normally punch in/punch out or are subject to direct supervision, the institution might consider deploying alternative forms of work verification. Alternate work verification is at the discretion of JHU managers. If the employee is working in a foreign location, check with your research administration office as sponsors vary for allowability on this.
A) Standard PPE. [New, 6/1/20]
If PPE was required to be purchased for a sponsored project as a part of standard best lab practice prior to COVID-19, it can continue to be direct charged to a grant during or after COVID-19 as well.
B) Additional PPE
PPE can be charged to sponsored awards if needed to conform with research reopening requirements and such costs are being allocated to all awards benefiting from the activity (e.g., all sponsored projects and all non-sponsored activities with similar needs are required to cover the cost of such items.) For example, if an experiment requires two individuals to stand within 6 feet of each other, any PPE needed to conduct that experiment would be an appropriate charge to the sponsored project during the re-opening phase even if no PPE for that experiment was considered necessary prior to COVID-19. Considerations for allocating these costs should include, the projects the salary/effort of the individuals is being charged to, or an allocation methodology.
C) Additional PPE – Beyond standard equipment but not required to re-open lab
Items not required for re-opening, (e.g. PPE acquired for the personal preference of the individuals involved) cannot be purchased on sponsored funds.
A: OMB guidance M-20-17 permits charging of salaries to active awards when persons cannot work at all provided it is consistent with JHU’s policy of paying salaries from all funding sources. JHU has resumed on-campus research activities starting June 15, 2020. Effective on June 16, 2020, personnel who are not able either to work remotely or on campus may not have their salary charged to sponsored awards. Personnel who are not able to work at all should also be coding their E210 records (if applicable) according to HR guidelines. While OMB subsequently issued guidance that would permit grant agencies to permit grantees to continue to charge personnel to the grant who are not working under September 2020 upon certain additional conditions, JHU has changed its pay policy and will not be relying on that later OMB guidance.
A: The University has to negotiate its fringe benefit rate on an annual basis with the federal government. Until we have negotiated a new fringe benefit rate agreement, please continue to use the current applicable fringe benefit rates in our existing agreement for your proposal submission. In situations where the finalized rate is lower than the budget proposed rate, generally, these excess funds are available for re-budgeting. However, it depends on each grantor’s policy. Please consult specific agency guidelines /terms and conditions of the agreement before proceeding.
A: NIH has indicated that if project-purchased PPE (or other lab supplies) were donated during the pandemic for clinical or first responder use, then the award may re-purchase PPE and charge those costs to the grant. Administrative supplements may be available if rebudgeting is inadequate to replace the donated PPE. Most other agencies require agency-prior approval to donate PPE; thus, any PPE donated should either be replaced (using non-sponsored fund sources) or the PI should request agency prior/retroactive approval. If approval is received, the replacement PPE can be charged to the award. Alternatively, non-sponsored funds can be used to purchase replacement PPE or supplies.
A: JHU previously informed the community that, in the immediate response to the COVID-19 national emergency, regardless of the funding source, personnel should continue to be paid in accordance with the University Policy Altered/Curtailed Operating Plans and the Closure. As JHU begins a phased resumption of our on-campus activities, this temporary pay policy is ending June 15, 2020, and business units must review the funding sources and pay for personnel who are not able to work.
A: Several federal agencies have issued guidance allowing for flexibility, with justification, when an institution closes. However, JHU research administration staff are fully operational remotely and do not anticipate disruption in proposal review and submission. JHU Research leadership encourages PIs to make every effort to submit proposals before the due date.
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Julie Messersmith, MA |
Keri Althoff, PhD |
Annika Weder, MA |
Visit ResComm |
| Recipient | Year | Proposal Title | Mentor/s | Division |
| Arora, Ria | 2022 | Investigating Sex Differences in the Schizophrenia Transcriptome across Multiple Brain Regions | Kynon Jade | SoM |
| Aytenfisu, Tihitina | 2021 | Designing MANAbodies to Recognize MHC-I+R140Q-IDH2 Complex in Acute Myeloid Leukemia | Sandra Gabelli | SoM |
| Biswas, Devanik | 2022 | Evaluating the Biomarker Potential of c-Abl Pathway Molecules using Neuronal-Enriched L1CAM-Positive Exosomes | Saurav Brahmachari | SoM |
| Brewster, Lauren | 2021 | Relationship between Cochlear Damage, Stress, and Anxiety Behaviors in Noise-Induced Hearing Loss | Amanda Lauer | SoM |
| Castineira, Pedro | 2021 | Understanding the Mechanism of Receptor Tyrosine Kinase Activation with Crosslinking Mass Spectrometry | Stephen Fried | KSAS |
| Choi, Lina (Yeeun) | 2021 | Nucleolar proteomic profiling of genetically engineered colon organoids | Tatiana Larman | SoM |
| Figdore, Matthew | 2021 | Gene Co-expression Network Development using Single-Cell RNA-Sequencing Data | Alexis Battle | WSE |
| Garcia, Anthony | 2023 | Characterization of a Novel SUMO-1 Dependent Cytosolic Protein Quality Control Pathway | Michael Matunis | BSPH |
| Han, Alice | 2022 | The Role of WAKE and Dlg in Circadian Regulation of Sleep | Mark Wu | SoM |
| Jung, Carmen | 2021 | Investigating the cellular regulation of mutant ribosomal protein RPL10 | Kamena Kostova |
Carnegie
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| Kuo, Wade (Yun-Huai) | 2021 | Engineering Bispecific Antibodies to Synergistically Inhibit Tumor Metastasis | Jamie Spangler | WSE |
| Lan, Michael | 2021 | Design of a Peripheral Nerve Conduit from Electrospun Polycaprolactone Nanofibers, Hyaluronic Acid, and Chondroitin Sulfate Proteoglycans to Reduce Pain from Symptomatic Neuromas | Hai-Quan Mao | WSE |
| Lee, Adrian | 2022 | Investigating the Contribution of Astrocyte Metabolic Alterations to Cognitive Dysfunction through Electrophysiological and Morphological Analysis | Juhyun Kim | SoM |
| Leff, Michael | 2021 | Ancient Israelite Offerings: A Comparative Study | Alice Mandell | KSAS |
| Li, Brian | 2022 | Recalibration of temporal encoding in the hippocampus. | Manu Madhav | WSE |
| Nerenberg, Renee | 2022 | Understanding and treating blood-brain barrier dysfunction during Huntington’s disease | Peter Searson, Raleigh Linville | WSE |
| Poe, Alan | 2021 | Mechanisms of Lysyl Oxidase Like 2 (LOXL2) regulation by Factor Xa processing | Lakshmi Santhanam | SoM |
| Ravich, Wesley (Jonas) | 2022 | Enhancing Natural Killer Cell Stimulation and Specificity to Acute Myeloid Leukemia | Challie Bonifant | SoM |
| Sitaram, Maya | 2022 | Developing Machine Learning Algorithms for Surgical Skill Prediction to Assess the Benefit of Force-Feedback Systems in Robotic Surgery Training | Jeremy Brown | WSE |
| Sompel, Kevin | 2021 | Ionic Remodeling of the Sinoatrial Node Associated with Heart Failure Contributes to Chronotropic Incompetence | Natalia Trayanova, Joseph Yu | WSE |
| Song, Tidie | 2021 | Characterizing the Role of Epigenetically Silenced Genes in Driving Lung Cancer Initiation | Michelle Vaz | SoM |
| Sood, Lakshay | 2023 | Characterization of Type 2 Topoisomerase Inhibitors for Chemotherapeutic and Antifungal Regimens | James Berger, Joyce Lee | SoM |
| Syed, Sarah | 2023 | Identifying the Molecular Mechanisms underlying the Alignment of Neurotransmitter Release Sites and Receptors | Shigeki Watanabe | SoM |
| Wahid, Naba | 2022 | Ethnonationalism and Democratic Integrity: Lessons from India | Steven David | KSAS |
| Wong, Sydnee | 2022 | Increasing Silicon Nanomaterial Stability for Light-Activated Applications. | Rebekka Klausen | KSAS |
| Xiang, Mike (Michael) | 2022 | Investigation and Innovation of Functionally Directed, Site-Selective and Efficient Radical Fluorination Strategies for Bioorganic Molecules | Thomas Lectka | KSAS |
| Yedetore, Adi (Aditya) | 2022 | Using Neural Networks To Investigate Language Acquisition | Tal Linzen | KSAS |
| Yoniles, Joey (Joseph) | 2022 | PAR-induced Neurotoxic Aggregation of ALS-linked FUS Variants | Sua Myong, Kevin Rhine | KSAS |
| Yu, Chinat | 2023 | A scientific guide to success at Hopkins | Justin Halberda | KSAS |
This cluster unites scientists, engineers, and market and policy experts with interests aligned toward solving critical technological and societal problems arising from unsustainable chemicals and materials, fossil fuels, and other anthropogenic, environmentally harmful substances. Learn more about this cluster.
This cluster is not currently recruiting new junior faculty.
Team Leaders: Paul Auwaerter (Medicine), Mark Sulkowski (Medicine)
Team Leaders: Stuart Ray (Medicine), Winston Timp (Engineering)
Team Leaders: Justin Bailey (Medicine), Diane Griffin (Public Health), Ben Larman (Medicine), Andy Pekosz (Public Health)
The Bloomberg Distinguished Professorships serve as the cornerstone of an ambitious effort to advance cross-disciplinary work across the University.
The Bloomberg Distinguished Professorships (BDPs) will form a cadre of one hundred world-class faculty members whose excellence in research, teaching, and service is centered on interdisciplinary scholarship. The BDPs bridge the university’s schools and divisions, conduct and stimulate innovative research that crosses traditional disciplinary boundaries, and train a new generation of collaborative scholars. Together they strongly advance the university’s commitment to new directions in scholarship and to fields where Johns Hopkins is especially well poised to assume a position of intellectual leadership.
The BDPs will be appointed in at least two schools or divisions, including academic centers reporting directly to the provost. In exceptional cases, they also may be appointed in two or more diverse departments within a single school. The length of appointment term – to be at least five years at a time – is negotiated by each school or affiliate with renewal as the default expectation upon completion of each term.
The BDPs will hold tenured positions in each unit (where tenure is available) and will teach, conduct research, and perform service in each unit. For administrative purposes, one academic unit will be the lead in each appointment.
Teaching: Where possible, the BDP will teach in each unit, with a load appropriate for a senior faculty member. All BDPs are encouraged to teach undergraduate as well as graduate students. Teaching responsibilities will be negotiated in advance of the appointment.
Service: Each BDP will perform service appropriate for each unit, with effort divided according to the terms of the appointment.
F&A: The F&A generated by each BDP will be allocated where costs are incurred, consistent with federal regulations. The F&A split will be negotiated by the relevant deans or directors.
When a BDP retires or otherwise leaves the position, the professorship reverts to the president and provost to be reallocated and awarded to a new candidate, following the appointment procedures in force at the time.
Contact resapp@jhu.edu as soon as possible. Depending on the proximity to the deadline, we will either initiate an internal competition or determine if you can be allowed to proceed as “first to notify.” If you fail to notify us, you may waste a great deal of your hard work if someone else already notified us and received the permission to proceed.
Limited Submissions are funding opportunities where the sponsor has placed a limit on the number of responses (or applicants) it will permit from an institution. Upon learning of such an opportunity, the University’s Office of the Vice Provost for Research (VPR) initiates an internal limited submission competition, which requires interested applicants to submit a preproposal. The VPR has sole responsibility for managing the review of each preproposal and the choosing of which applicant(s) are selected to apply to the sponsor directly.
All preproposals are reviewed under the auspices of the VPR. To ensure fairness, the VPR will only speak with applicants to clarify certain aspects of a preproposal that are unclear, or to gain required information that is missing from the application forms. All decisions of the VPR are final.
