aram529
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- Jul 27, 2025
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Hi everyone! I'm graduating in 3 years (Spring 2026) with a B.S. in Neuroscience from UT Austin. I’m trying to plan what to do after graduation. I'm strongly interested in cognitive and behavioral neuroscience, brain-computer interfaces/neural modulators, and clinical translation, particularly in neurosurgery, psychiatry, or neurology. I’ve been struggling to choose the best path between several options, especially given my early graduation timeline.
Stats & Academics:
GPA: ~3.8
Major: Neuroscience
Graduating: May 2026 (in 3 years)
MCAT: Taking in August 2025 and have time to retake it before April 2026 if needed
Strong neuroscience course load with wet lab, computational, and behavioral work
Journal clubs, upper-div neuroscience electives, and formal research presentations
Research Experience:
Cognitive Neuroscience Lab (Cognitive control, NHPs, Neuropixels, Decision-Making): 600 hours (ongoing)
Addiction Neuroscience Lab (Molecular neuroscience of alcohol use disorder, AAV viral knockdowns, microscopy): 1,440 hours (ongoing)
Biochemistry Lab (Cancer-associated PARP1 mutations): 600 hours (completed)
Independent Projects: fMRI decoding, MEG motor decoding with public datasets (more projects planned after MCAT)
Completed: Biology + Lab, Chemistry + Lab, Organic Chemistry + Lab, Genetics, Psychology, Sociology, Physics, Biostatistics, Biochemistry, Systems Neuroscience, Developmental & Cognitive Neuroscience, Quantitative Methods in Neuroscience
Current/Planned: Neural Engineering, Neuropharmacology, Neurolinguistics, Functional Neuroanatomy, Computational Neuroscience (via Neuromatch and UT), and additional graduate-level electives depending on my gap year plans
Clinical Exposure:
300 hours hospital volunteer (ER, Neuro, Ortho) - Completed
100 hours shadowing (Neurology, Orthopedic Surgery) - Completed
100 Hours volunteering for the homeless - Ongoing
Actively pursuing a clinical role as a Medical Assistant or Patient Care Tech - Actively Searching
Will begin volunteering with IDD (Intellectual and Developmental Disabilities) populations - Ongoing
Paths I’m Considering:
Research & Program Interests:
I’m looking for programs that integrate systems neuroscience, electrophysiology (animal or human), and translational BCIs, particularly for cognitive, motor, or psychiatric restoration. I want to work in labs focused on closed-loop neuromodulation and decision-making circuits like OFC, ACC, or striatum, or epilepsy.
Some PIs/labs I’m currently looking into:
UC Davis – David Brandman, Carina Oehrn
UCLA – Ausaf Bari
Mayo Clinic – Kai Miller
UCSF – Edward Chang, Karunesh Ganguly, Philip Starr
Baylor College of Medicine – Sameer Sheth
University of Washington – Jeff Ojemann, Rajesh Rao
Emory/Georgia Tech – Chethan Pandarinath
UT Health Houston - Nitin Tandon
WUSTL - Sid Sivakumar
I’m open to both engineering-heavy labs (BCI, decoding, neuroprosthetics) and cognitive circuit labs (closed-loop DBS, OFC/striatal modulation), as long as they have a strong translational and clinical focus.
Pros-Cons:
Master’s programs:
Affordable and would help me build stronger technical training and possibly publish. But I’m unsure how much they boost MD/PhD competitiveness, especially since many programs take 1.5 years or longer.
Post-Bacc:
NIH IRTA or Shanahan Fellowship would provide structured research experience, potential publications, and stronger letters. However, if I get into a strong PhD lab now, I’m not sure a post-bacc is still the best use of time.
PhD-only at Med Schools that offer MSTPs:
Allows me to start right after undergrad. If the lab and PI are a good fit, I could apply internally to MD/PhD. But I’ve heard internal transfers are rare and not always encouraged.
MD/PhD now:
This is my ideal route. I plan to use my senior (third) year to continue neuroscience research, take the MCAT, gain clinical experience as a PCT/MA, expand volunteer work with neurodivergent individuals, and stay active in journal clubs and graduate coursework. After graduation, I would take a gap year (fourth year) to work full-time in my current lab, publish findings (especially on BCIs and cognitive control), continue part-time clinical and volunteering activities, stay engaged with graduate academic activities, and complete all application components (primary, secondaries, interviews).
Final Question:
Given my goals and early graduation, does it make more sense to wait a year and apply MD/PhD program directly after strengthening my application, or to enter a PhD program now and pursue an internal MD/PhD transfer? I’d appreciate advice from anyone who has taken either route, especially if you entered MD/PhD from a nontraditional or early-graduation background.
Stats & Academics:
GPA: ~3.8
Major: Neuroscience
Graduating: May 2026 (in 3 years)
MCAT: Taking in August 2025 and have time to retake it before April 2026 if needed
Strong neuroscience course load with wet lab, computational, and behavioral work
Journal clubs, upper-div neuroscience electives, and formal research presentations
Research Experience:
Cognitive Neuroscience Lab (Cognitive control, NHPs, Neuropixels, Decision-Making): 600 hours (ongoing)
Addiction Neuroscience Lab (Molecular neuroscience of alcohol use disorder, AAV viral knockdowns, microscopy): 1,440 hours (ongoing)
Biochemistry Lab (Cancer-associated PARP1 mutations): 600 hours (completed)
Independent Projects: fMRI decoding, MEG motor decoding with public datasets (more projects planned after MCAT)
Completed: Biology + Lab, Chemistry + Lab, Organic Chemistry + Lab, Genetics, Psychology, Sociology, Physics, Biostatistics, Biochemistry, Systems Neuroscience, Developmental & Cognitive Neuroscience, Quantitative Methods in Neuroscience
Current/Planned: Neural Engineering, Neuropharmacology, Neurolinguistics, Functional Neuroanatomy, Computational Neuroscience (via Neuromatch and UT), and additional graduate-level electives depending on my gap year plans
Clinical Exposure:
300 hours hospital volunteer (ER, Neuro, Ortho) - Completed
100 hours shadowing (Neurology, Orthopedic Surgery) - Completed
100 Hours volunteering for the homeless - Ongoing
Actively pursuing a clinical role as a Medical Assistant or Patient Care Tech - Actively Searching
Will begin volunteering with IDD (Intellectual and Developmental Disabilities) populations - Ongoing
Paths I’m Considering:
- Master’s Programs (only affordable options):
- MS Bioengineering @ UCLA
- MS Neurobiology/Bioinformatics @ TAMU
- MS Neuroscience @ UT Dallas
- MS Biomedical Sciences (Neuro) @ UT Health Houston
- MPhil @ Cambridge / MSc @ Oxford (only if fully funded/scholarship)
- I’m unable to afford Columbia, Hopkins, BU, Brown, etc.
- Post-Baccs:
- NIH IRTA Postbac
- Shanahan Fellowship @ UW
- PhD Programs at MSTP Institutions:
- Apply to PhD programs only at med schools that offer MD/PhD, in hopes of applying internally after 1–2 years if there is a strong fit
- Apply directly to MD/PhD Programs (Neuroscience or Bioengineering tracks)
- Full-Time Research Gap Year in my current lab
Research & Program Interests:
I’m looking for programs that integrate systems neuroscience, electrophysiology (animal or human), and translational BCIs, particularly for cognitive, motor, or psychiatric restoration. I want to work in labs focused on closed-loop neuromodulation and decision-making circuits like OFC, ACC, or striatum, or epilepsy.
Some PIs/labs I’m currently looking into:
UC Davis – David Brandman, Carina Oehrn
UCLA – Ausaf Bari
Mayo Clinic – Kai Miller
UCSF – Edward Chang, Karunesh Ganguly, Philip Starr
Baylor College of Medicine – Sameer Sheth
University of Washington – Jeff Ojemann, Rajesh Rao
Emory/Georgia Tech – Chethan Pandarinath
UT Health Houston - Nitin Tandon
WUSTL - Sid Sivakumar
I’m open to both engineering-heavy labs (BCI, decoding, neuroprosthetics) and cognitive circuit labs (closed-loop DBS, OFC/striatal modulation), as long as they have a strong translational and clinical focus.
Pros-Cons:
Master’s programs:
Affordable and would help me build stronger technical training and possibly publish. But I’m unsure how much they boost MD/PhD competitiveness, especially since many programs take 1.5 years or longer.
Post-Bacc:
NIH IRTA or Shanahan Fellowship would provide structured research experience, potential publications, and stronger letters. However, if I get into a strong PhD lab now, I’m not sure a post-bacc is still the best use of time.
PhD-only at Med Schools that offer MSTPs:
Allows me to start right after undergrad. If the lab and PI are a good fit, I could apply internally to MD/PhD. But I’ve heard internal transfers are rare and not always encouraged.
MD/PhD now:
This is my ideal route. I plan to use my senior (third) year to continue neuroscience research, take the MCAT, gain clinical experience as a PCT/MA, expand volunteer work with neurodivergent individuals, and stay active in journal clubs and graduate coursework. After graduation, I would take a gap year (fourth year) to work full-time in my current lab, publish findings (especially on BCIs and cognitive control), continue part-time clinical and volunteering activities, stay engaged with graduate academic activities, and complete all application components (primary, secondaries, interviews).
Final Question:
Given my goals and early graduation, does it make more sense to wait a year and apply MD/PhD program directly after strengthening my application, or to enter a PhD program now and pursue an internal MD/PhD transfer? I’d appreciate advice from anyone who has taken either route, especially if you entered MD/PhD from a nontraditional or early-graduation background.