NOW HIRING: POSTDOCTORAL RESEARCHER – SYSTEMS NEUROSCIENCE, CONSCIOUSNESS, AND EPILEPSY
The Consciousness Lab – University of Alabama at Birmingham (UAB)
PI: Jasmine Thum, MD (Neurosurgeon) jthum.uab [at] gmail.com (jthum[dot]uab[at]gmail[dot]com)
Institutional Overview
The University of Alabama at Birmingham is an internationally recognized research university and academic medical center within the University of Alabama System. With over $700 million in annual research funding and more than 26,000 employees, UAB is a major driver of innovation, education, and economic impact in the region. UAB is the only major academic medical center in Alabama and Mississippi and as such has a very large catchment area allowing for large patient volumes and complex cases. UAB has a Level 4 Nationally recognized epilepsy center and an Udall Parkinson’s Center of Excellence; both pair with the Center for Neuroengineering and Brain-Computer Interfaces (CNBCI) to carry out a wide range of clinical, translational, and basic science research projects and clinical trials. The institution is deeply committed to advancing interdisciplinary research, clinical care, and translational science.
Location
UAB is located in Birmingham, Alabama, a mid-sized city set against the foothills of the Appalachian Mountains. The region offers a landscape of rolling green hills, forested terrain, and highly accessible outdoor recreation with numerous national parks, lakes, rivers, climbing spots, and extensive cave systems for spelunking for the avid nature enthusiast.
Birmingham has a greater metropolitan area population of approximately 1.5 million people, with all the offerings of an urban U.S. city but also offers a low cost of living and easy commutes compared to most major academic centers. Notably, the city has developed a strong reputation for its culinary scene that consistently “punches above its weight”. There is also a vibrant arts and music scene with frequent art festivals, cultural festivals, art galleries/museums, symphonies, ballets, plays, and concerts at numerous local large and intimate venues constantly available. The city is anchored by UAB, the largest employer in the state, creating a dense academic, tech, and medical ecosystem.
The city is approximately 2.5 hours from Atlanta and is served by a well-connected regional airport with direct flights to major U.S. hubs.
Position Overview
The Consciousness Lab is seeking a postdoctoral fellow to study the neural mechanisms underlying consciousness and epileptic loss of consciousness. The lab uses human intracranial electrophysiology data (local field potentials and single units) from patients implanted with stereo-electroencephalography and deep brain stimulation electrodes, along with advanced computational approaches, to explore circuitry underlying levels and content of consciousness.
This is a full-time, on-site position in Birmingham, AL, designed for individuals prepared to take ownership of complex, high-value datasets and operate within a clinically integrated research environment.
Research Environment
The lab is led by epilepsy surgeon Jasmine Thum, MD, MS, who is currently an NIH-funded Assistant Professor of Neurosurgery with joint appointments in Biomedical Engineering and Electrical & Computer Engineering. She has been at UAB for 1.5 years and completed fellowships at the University of California, San Francisco (with Edward Chang, MD, and Philip Starr, MD), and Massachusetts General Hospital. She completed Neurosurgery residency at the University of California, Los Angeles, (primary research mentor Nader Pouratian, MD), received her MD from the Health Science and Technology Program at Harvard Medical School and M.I.T. (primary research mentor Emery Brown, MD, PhD), and received her undergraduate degree in biomedical engineering and Masters degree in neuroengineering from the University of Southern California.
The lab is highly multidisciplinary, and is comprised of a research scientist, Dr. Hohyun Cho who trained with Dr. Peter Brunner at Washington University, St. Louis, graduate students, residents, medical students, and undergraduates.
What the Lab Provides
The postdoc will work with rare human intracranial datasets and collaborate across neurosurgery, neurology, and engineering.
- You will have access to unique data sets comprised of human intracranial recordings, including subcortical targets (thalamus, basal ganglia), subcortical single-unit recordings, high-density (mm resolution) grids, multimodal imaging – DTI / fMRI, neuromodulation tools, and broadly that we have access to a full range of state-of-the-art neuroimaging and neurophysiology techniques
- Mentorship focused on career trajectory and independence
- Access to large data sets for post-hoc analysis or new tasks; we typically have access to ~15 SEEG patients every 6 months, enabling fast publication timelines
- Freedom to explore creative approaches to challenging problems
- Collaborative, interdisciplinary research environment
- Focus on signal processing and dynamical systems approaches to brain networks
- Machine learning and modeling of seizure dynamics
- Translational neuromodulation strategies including stimulation paradigms for network mapping
Core Responsibilities
- Lead analysis of intracranial electrophysiology datasets
- Develop and implement computational methods for neural signal analysis
- Design and execute research studies, including data collection where applicable in the operating room and epilepsy monitoring unit
- Publish first-author manuscripts and contribute to collaborative work
- Present findings at national meetings (e.g., Society for Neuroscience, ASSC, ASSFN)
- Contribute to grant development and new research initiatives
- Mentor students and junior trainees
Qualifications
Required
- PhD in neuroscience, biomedical engineering, electrical engineering, computer science, physics, or related field
- Strong background in signal processing, data analysis, and/or machine learning with neural or time series data (mastery of Matlab or Python)
- Demonstrated ability to complete and publish research projects in a self-motivated fashion
- Excellent written and verbal communication skills in English
Preferred
- Experience with intracranial EEG or human neurophysiology
- Familiarity with classical machine learning and signal processing, ML tools such as tensorflow, Pytorch, and model architectures such as CNNs / RNNs / transformers / GNNs
- Experience mentoring students or junior researchers
- Exposure to grant writing or fellowship applications
- We strongly prefer candidates who have independently led projects end-to-end, including hypothesis/aim development, experimental design, data collection, analysis, statistics, and manuscript writing/publication
Candidate Profile
Successful candidates will demonstrate:
Scientific Rigor
- Ability to replicate and critically evaluate published methods
- Structured approaches to validation and reproducibility
- At least one high-quality, clearly owned research project
Intellectual Independence
- Strong curiosity and sustained engagement with complex datasets
- Ability to articulate both successes and meaningful failures
- Willingness to critically evaluate existing work
Execution & Work Style
- Ability to operate in flexible, minimally structured environments
- Experience managing multiple projects and maintaining follow-through
- Strong organizational skills and attention to detail
Clinical & Professional Awareness
- Understanding of patient-centered research principles
- Ability to work within clinical workflows and multidisciplinary teams
- Professional judgment in environments where research intersects with patient care
Expectations & Structure
- Initial appointment: 1-2 years, with annual renewal based on performance and funding availability (maximum ~4 years)
- Quarterly progress reviews with defined milestones
- Weekly lab meetings (alternating Wednesday or Thursday morning)
- Regular manuscript submission
- Development of potentially postdoc grant aims by end of Year 1
- Application to postdoctoral funding mechanisms
Application Requirements
Applicants should submit the following to jthum.uab [at] gmail.com (jthum[dot]uab[at]gmail[dot]com):
- CV
- Brief research statement and career goals
- Description of one prior project (including role, outcome, and challenges)
- At least 1 letter of reference from a prior PI
- Optional: code or data analysis sample
Selected candidates will undergo a multi-stage evaluation process, including technical and scientific assessment, with a visit to Birmingham if selected for final round of interviews.
Additional Notes
This position is intended for candidates prepared to take ownership of their work, function in a high-accountability environment, and develop a clear trajectory toward independent research or advanced industry roles.
POSTDOCTORAL POSITION IN MECHANISTIC AND MACHINE LEARNING MODELING OF HUMAN DISEASE PROCESSES WITH CLINICAL LABORATORY AND MEDICAL RECORD DATA - HIGGINS LAB AT MGH AND HMS
A post-graduate research position is available in the laboratory of John Higgins, MD, located in the Massachusetts General Hospital Center for Systems Biology and Department of Pathology and the Harvard Medical School Department of Systems Biology.
Qualified applicants will have extensive knowledge of and interest in human pathophysiology and mathematical modeling including dynamical systems, machine learning, statistical inference, computational methods, and good software engineering practices.
For example, strong candidates would be able to compare and contrast the following: hemostasis and thrombosis, ODE and PDE, lymphocyte and myelocyte, transformer and convolutional block.
The following skills and experience are required:
- Experience simulating PDEs and working with neural networks in MATLAB or Python.
- Knowledge of human physiology and pathology such as hematologic function, immunology, inflammatory responses, and pregnancy.
- Experience deriving mathematical models from biological data.
- Ability to work independently and mentor more junior group members.
Applicants should have a Ph.D. and/or M.D. degree or be in their final year of their doctoral studies, and have at least a strong undergraduate background in math, computer science, or engineering.
Interested individuals should provide a CV and a cover letter describing past research experience, future research interests, career goals, and contact information for three references.
Interested applicants can contact John Higgins (higgins.john [at] mgh.harvard.edu).
PHD AND POSTDOCTORAL POSITIONS IN HOST-MICROBIOME RESEARCH - ZOMORRODI LAB AT MGH AND HMS
The Zomorrodi Lab at Massachusetts General Hospital (MGH) and Harvard Medical School is seeking highly motivated PhD and Postdoctoral candidates excited about studying host-microbiome interactions in chronic human diseases.
About us:
Our lab integrates innovative computational and experimental approaches to investigate the intricate interactions between the human host and microbiome, with a focus on metabolism and nutrition. We develop Genome-Scale Models (GEMs) of metabolism, build machine learning (ML) tools, and leverage 3D gut organoid models to understand the mechanisms by which microbiomes contribute to disease progression and therapeutic response. We also explore the applications of Natural Language Processing (NLP) and
Large Language Models (LLMs) in medicine and biomedicine. The overarching goal of our research is to advance precision medicine by uncovering mechanisms driving chronic disease pathogenesis and harnessing AI to streamline clinical decision-making and improve patient care.
For more information about our lab, please our website.
Open positions:
PhD position in computational systems biology: A PhD candidate will focus on computational analysis of host-microbiome metabolic crosstalk in Celiac Disease (CeD) using genome-scale models. This role involves large-scale computational modeling of microbiomes and host intestinal epithelial and immune cells, multi-omics data integration, and downstream statistical and ML analysis for biomarker discovery.
Required qualifications: (i) Must be admitted to a relevant PhD program at Harvard or another Boston-area university (MIT, Boston University, etc.), (ii) Undergraduate or master’s degree in a quantitative field (e.g., Computational Biology, Computer/Data Science, Bioinformatics, Biostatistics, Chemical/Biomedical/Biological/Electrical Engineering) OR
strong programming skills with a solid background in computational analysis.
Postdoctoral Position in experimental microbiome research: The postdoctoral researcher will investigate host-microbiome interactions in Celiac Disease (CeD) using patient-derived 3D gut organoid models and microbial isolates. This position involves: working with human cell lines, patient-derived tissues, and microbial cultures, investigating interactions between intestinal epithelial cells, immune cells, and gut microbes, and employing next-generation sequencing (NGS) and multi-omics approaches. The postdoc will collaborate closely with co-investigators on the project.
Required qualifications: (i) PhD in a relevant field (e.g., Cell Biology, Microbiology, Immunology, Biomedical Sciences, Bioengineering, Biochemistry) with a strong publication record, (ii) Experience with human cell culture, microbial culture, or next-generation sequencing (NGS) techniques (preferred but not strictly required), (iii) Ability to quickly learn new experimental techniques, (iv) Strong verbal and written communication skills, (v) Ability to work both independently and collaboratively in a fast-paced, dynamic research environment and a rapidly evolving field.
Application process: Interested candidates should contact Dr. Zomorrodi at azomorrodi [at] mgh.harvard.edu (azomorrodi[at]mgh[dot]harvard[dot]edu), providing a CV and a brief description of their interests. Use “PhD [or Postdoc, whichever is relevant] position in the Zomorrodi Lab” as the email subject. Applications are reviewed until the positions are filled. Shortlisted candidates will be contacted for an interview.
Research environment:
Massachusetts General Hospital (MGH) is a teaching hospital for Harvard Medical School and consistently ranks among the top hospitals in the U.S. Our lab is based in Boston, Massachusetts, in close proximity to world-class institutions, including MIT, The Broad Institute, Brigham and Women’s Hospital, Boston Children’s Hospital, Dana-Farber Cancer Institute, Beth Israel Deaconess Medical Center, and the Harvard T.H. Chan School of
Public Health. This dynamic research environment fosters strong collaborations, intellectual exchange, and access to cutting-edge technologies.
The Zomorrodi Lab is committed to diversity and equality and encourages applications from underrepresented minorities.
RESEARCH POSITION OPENINGS - DUPONT LAB AT BOSTON CHILDREN'S HOSPITAL
We are seeking highly motivated researchers for the following projects:
Robotic Cardiac Catheters
We are developing robotic catheters for heart valve repair and for treatment of arrythmias. Robotics offers the advantage of reducing the learning curve for complex beating-heart procedures and, ultimately, provides a platform for introducing automation. Important components of these projects can include: (1) user-based and autonomous control, (2) integration of therapeutic devices, and (3) testing in anatomical and animal models. Experience in robotics, control and prototyping is preferred.
Transcatheter Heart Valve Repair and Replacement Devices
Transcatheter procedures avoid the trauma and risks of open-heart surgery by delivering devices that are intended to replicate surgical repair and replacement. We are creating novel devices and tools for both valve repair and replacement. These projects require innovative design and creative problem-solving skills along with expertise in prototyping and experimental evaluation.
Cutting tools for Transcatheter Valve Modification
While current transcatheter valve interventions deploy devices that push, pull and approximate tissue to restore valve function, a complete surgical repair often involves cutting and removing valve tissue. As a first step toward providing this capability, this project involves developing catheter-delivered energy-based cutting tools for valve repair and replacement.
Qualified applicants should respond by email to Professor Pierre Dupont
(Pierre.Dupont [at] childrens.harvard.edu) with a description of their qualifications, academic background and availability.
More information on our lab can be found on our website.
RAND'S TECHNOLOGY AND SECURITY POLICY CENTER
Interested in working on Technology and Security Policy?
Technology and Security Policy Fellowship
The RAND Technology and Security Policy Fellowship develops new generations of policy analysts and implementors at the intersection of technology and security issues. Fellows perform in-depth, independent research relating to one or more of the research areas of the Technology and Security Policy Center. Fellows receive mentorship from RAND policy experts for their independent research. Additionally, fellows may work on RAND client-sponsored research, up to an average of one day per week.
Candidates are welcome from all experience levels, from undergraduate students to mid-career professionals. Fellowship durations will typically start at one year with the possibility of up to two additional years. Fellowships can be full- or part-time. Fellows must be based in the United States or United Kingdom, working remotely or at one of RAND's U.S. or U.K. offices.
Current students and recent graduates are welcome to apply. Selection decisions are made on a rolling basis, with applicants being notified at least once per quarter.
To learn more about the TASP fellowship program email: TASP_fellowship_inquiries [at] rand.org (TASP_fellowship_inquiries[at]rand[dot]org)
POSTDOC POSITION OPENING IN CAPASSO LAB - HARVARD SEAS
The Capasso group at Harvard SEAS has an opening for postdoctoral position related to biophotonics+metasurface/biosensing research. The postdoc will make contributions towards building a metalens optical system to image bacteria, including integration with small-pixel sensors, potentially an easy-to-use manual focus system, an integrated light source, and an image capture and transfer system.The candidate will join the group of Prof. Federico Capasso and collaborate with a team at the Harvard Medical School, led by Prof. Johan Paulsson, focused on bacterial detection identification (ID) and antibiotic susceptibility testing (AST), leveraging on this optical system, including interfacing with a microfluidic system.
In addition to the basic instrument, the postdoc will develop more advanced metalens imaging modalities for bacteria, with the purpose of making the AST not only faster and more robust, but also potentially achieving some basic level of species ID. This will include the development of a compact form of quantitative phase microscopy by encoding polarization-dependent optical functions onto a single metasurface to perform full-Stokes image polarimetry.
Proficiency in laboratory optics and photonics with particular emphasis on imaging systems such as microscopy is preferred. Previous experience in nanophotonics and clean room fabrication would be beneficial but is not strictly required. History of work in polarization and optical polarimetry desirable. Interviews are currently on-going for this position: https://academicpositions.harvard.edu/postings/14008
NIH HEAL PAIN COHORT PROGRAM: NOW RECRUITING POST-DOCTORAL TRAINEES
The National Institutes of Health (NIH) is excited to announce the launch of a new post-doctoral training program called the HEAL Initiative Partnerships to Advance INterdisciplinary (PAIN) Training Program in Clinical Pain Research. The HEAL PAIN Cohort Program, via the T90/R90 mechanism, provides interdisciplinary training to postdoctoral scholars pursuing careers in pain and addiction research. By integrating a broad range of scientific disciplines and fostering a collaborative research environment, the program equips trainees with the skills needed to advance pain science, develop innovative treatments, and translate research findings into clinical practice. This program will emphasize mentorship, career development, and hands-on research experience. The program will help ensure postdoctoral trainees are well-prepared to contribute to the HEAL Initiative's mission of improving pain management.
The Positively Uniting Researchers of Pain to Opine, Synthesize, and Engage (PURPOSE) network will help facilitate a national cohort experience among the postdoctoral trainees at the funded T90/R90 centers, as well as organize an annual meeting that all trainees will be required to attend. Learn more and join the PURPOSE network at https://painresearchers.com/.
For more information and to apply, please reach out to the center(s) of interest directly below. If you are interested in multiple centers, you may email PainCohortPrograms [at] painresearchers.com (PainCohortPrograms[at]painresearchers[dot]com) and your information will be forwarded to all centers.
The University of Utah Program to Provide Pain Research Knowledge (UP3RK) mission is to impart the science knowledge, skills, and core competencies needed by post-graduate, interdisciplinary Scholars to address the nation’s scientific needs in clinical pain research. UP3RK trains Scholars through mentorship, interdisciplinary research skill development and concentrated training in our four focus areas (nonpharmacologic pain treatments, effective interventions for pain and substance use disorders; implementation science, research within vulnerable, diverse, and underserved populations). We train UP3RK Scholars within an innovative, multi-level mentor model to prepare clinical pain investigators for successful, independent, research careers.
Contact PI: Dr. Julie Fritz, julie.fritz [at] hsc.utah.edu (julie[dot]fritz[at]hsc[dot]utah[dot]edu)
The MGB IMPACT (Interdisciplinary Mentorship Program Advising Clinical Trainees) Program in Clinical Pain Research is based in Boston. The program offers training to postdoctoral fellows, with the long-term goal of expanding the number, diversity, and collaborative network of clinical pain researchers, advancing our understanding of pain and our ability to effectively manage pain without opioid medications. MGB IMPACT focuses on team science, providing interdisciplinary mentorship and training in clinical pain research by bringing together a diverse group of mentors from an array of backgrounds, including Psychology, Neurology, Neuroscience, Psychiatry, Women's Health, Epidemiology and others. MGB IMPACT operates collaboratively with other T90/R90 programs around the country to promote innovative solutions for pain management and improve patient care by providing high-quality training to future leaders in clinical pain research.
Contact PI: Dr. Robert Edwards, rredwards [at] partners.org (rredwards[at]partners[dot]org)
The Stanford PAIN cohort is dedicated to interdisciplinary research training in maternal and childhood pain and bioinformatics. We will train participants from across the national cohort in pediatric and maternal health and pain, equipping a new generation of clinical pain researchers to apply a lifespan lens to identify primary and secondary prevention strategies to address the pain epidemic. Core faculty research leaders will help match trainees to mentors within the Stanford PAIN cohort content areas of: (1) bioinformatics, (2) pain across the lifespan, specifically child and maternal pain, (3) nonpharmacological (behavioral) interventions for pain, (4) prevention of the transition from acute to chronic pain and (5) advancing health equity in the field of pain.
Contact PI: Dr. Laura Simons, lesimons [at] stanford.edu (lesimons[at]stanford[dot]edu)
The University of Michigan Pain T90/R90 program is looking for postdoctoral scholars interested in a career in pain science. We have a broad range of mentors that can help guide scholars in nearly any type of clinical or translational pain science. A focus of this program will be the career development of the scholars, who generally will be expected to write a NIH career development award (K award) during this postdoc.
Contact PI: Dr. Daniel Clauw, dclauw [at] med.umich.edu (dclauw[at]med[dot]umich[dot]edu)
The University of Florida Partnerships Across Interdisciplinary Networks: Training through Engineering, Epidemiology & Addiction Medicine or UF PAIN TEAM is located in Gainesville, North Central Florida. The program offers postdoctoral training to fellows interested in pursuing clinical pain research within collaborative interdisciplinary teams across the UF Pain Research & Intervention Center of Excellence (PRICE). During the first year of the program, fellows will identify and partner with other fellow(s) in the program and along with mentors will develop a team science project extending their individual research projects. Our long-term goal is to increase the number of pain researchers able to perform complex team science research, advancing our understanding of pain and therapeutic options. Our mentors span interdisciplinary backgrounds including Neuroscience, Engineering, Psychology, Epidemiology, Addiction Medicine, Physical Medicine & Rehabilitation, Physical Therapy, Anesthesiology, and others. The UF PAIN TEAM will also work collaboratively with other T90/R90 programs around the country to increase our future clinical pain workforce and their ability to work within large interdisciplinary teams.
Contact PI: Dr. Yenisel Cruz-Almeida, cryeni [at] ufl.edu (cryeni[at]ufl[dot]edu)
At Washington University in St. Louis we have developed a new postdoctoral training program: the Promoting Excellence through Pain and Addiction Research Enhancement (PREPARE) T90/R90 Training Program. A defining feature of the PREPARE Program will be an emphasis on social determinants of health (SDOH) as they relate to chronic pain and substance use disorders clinical research. SDOH define the conditions in which people are born, grow, live, work, and age, and the inequities in power, money, and resources that are often responsible for disparities in pain and substance use outcomes across the U.S. Our overall goal is to develop outstanding independent investigators capable of sustaining productive clinical research careers addressing the biopsychosocial (emphasis on social) mechanisms underlying chronic pain and substance use disorder development, and/or designing clinical interventions to relieve pain and ameliorate substance use.
Contact PI: Dr. Burel Goodin, burel [at] wustl.edu (burel[at]wustl[dot]edu)
TRAINING OPPORTUNITIES AT THE NATIONAL INSTITUTES OF HEALTH (NIH)
The National Institutes of Health’s Office of Clinical Research Training and Medical Education offers an extensive range of clinical research training opportunities to prepare the next generation of clinician-scientists. Brief descriptions of the programs are provided below. As world’s largest biomedical research agency, the NIH encourages future clinician-scientists and medical researchers to consider adding an NIH experience to their portfolio.
Graduate Medical Education
NIH currently sponsor 17 medical specialty or subspecialty programs which have been accredited by the Accreditation Council for Graduate Medical Education (ACGME). We also jointly sponsor clinical training programs with extramural training partners, to include Johns Hopkins, University of Maryland, and the National Capital Consortium. In addition, we sponsor numerous "one of kind" translational medicine fellowship training programs. https://cc.nih.gov/training/gme/programs1.html
Clinical Elective Programs
Short term—4 to 12 week—clinically oriented elective rotations for senior medical and dental students; unique mentored specialty/subspecialty clinical research rotations are also available for combined program students (i.e., MD/PhD, DO/PhD). https://cc.nih.gov/training/students/clinical_electives.html
Postdoctoral Research Training Awards
Provides the opportunity for recent doctoral degree recipients to enhance their research skills in the resource-rich National Institutes of Health (NIH) environment, which consists of more than 1200 laboratories/research projects. https://www.training.nih.gov/programs/postdoc_irp
Graduate Partnerships Program
This program is designed to bring PhD graduate students to the NIH Intramural Research Program for dissertation research. https://www.training.nih.gov/programs/gpp
IIE EU - U.S. EDUCATION COOPERATION FOR RESEARCHERS
For information on EU – U.S. cooperation in doctoral and postdoctoral education opportunities for U.S. researchers and organizations. Visit IIE online at www.iie.org. Please contact the programs directly for additional information or with any questions you may have.
A quote from a recent Fulbright U.S. student, "My advice to Fulbrighters of the future is that which was given to me. Go at it with an open mind; your experience will not be anything like you predicted and will mark you indelibly, but it will be great."