<p>I’m going to preface this post by saying that, if your daughter hasn’t worked in a lab yet, then she really doesn’t know what she wants to do. There are so many wonderful, exciting things to do in science…and neuroscience is just one small branch of it.</p>
<p>Neuroscience is such a broad discipline that it makes a lot of sense to get solid preparation in the biological and physical sciences. The fact of the matter is that such training can be obtained at almost any school. That being said, a computational neuroscience grad program looks for a slightly different candidate than a cellular/molecular one.</p>
<p>Since others have mentioned UCSD…
At UCSD, the neuroscience grad program accepts students from private and public schools, large universities and small liberal arts colleges. Particularly at UCSD…but I’d venture a guess at most neuroscience grad programs (which are fairly small)…the strength of the undergrad institution is considered along with a host of other factors (GPA, strength of curriculum, research experience, publication record, GRE scores, extracurricular activities, letters of recommendation). Research experience, accompanying letters of recommendation, and publications in peer-reviewed journals carry significant weight in grad school admissions. The admissions committee wants to know that the applicant not only has the ability to be a competent scientist but the motivation to push through rough patches in grad school (and they will occur).</p>
<p>My advice:</p>
<p>Most students your daughter’s age don’t really know what they want to study in college, let alone grad school. She should attend a school that’s a good “fit” for her academically, socially, and financially – an institution that has a strong biology department…but is also strong in other disciplines in case her interests change. It may be beneficial to have an attached/nearby grad school in biology/neuroscience that can offer research opportunities. This way she would have the continuity of working on a research project for one or more years during the academic year. That’s much better than doing a short lab stint in the summer.</p>
<p>Some state flagships (like the UC schools, UMich, UW, UWisc-Madison at Madison) have vibrant research communities. Others…not so much. Some primarily undergrad institutions (PUIs) can provide excellent scientific training with lots of one-on-one time with professors. I have friends on faculty at PUIs who teach and run small labs. The training that undergrads receive at PUIs or LACs can be wonderful.</p>
<p>Which brings me to my final bit of advice…
If your daughter truly has an interest in attending grad school to study neuroscience, she should have the initiative to seek out research opportunities as soon as possible in college. It might make the most sense to do this in the summer between her freshman and sophomore years (applications due in the preceding spring). She should investigate lab research programs at her college and the myriad programs elsewhere. The National Institute of Neurological Disorders and Stroke (NINDS) at NIH in Bethesda, MD, has an incredible [summer</a> program](<a href=“http://www.ninds.nih.gov/jobs_and_training/summer/]summer”>www.ninds.nih.gov/jobs_and_training/summer/) that I used to be involved with. Levon Parker used to be the head of the program there. He was an incredibly caring, generous guy who put a lot of work into encouraging women and underrepresented minorities to pursue careers in science. Unfortunately, he retired several years ago.
NIH also offers the
[Summer</a> Internship Program in Biomedical Research](<a href=“http://www.training.nih.gov/programs/sip]Summer”>www.training.nih.gov/programs/sip). There are many great scientists working on the Bethesda campus…and your daughter would be able to check out the Washington, D.C., area during the summer (which is LOTS of fun).</p>
<p>Private institutions also offer research opportunities. The Howard Hughes Medical Institute (HHMI) has something called the [Exceptional</a> Research Opportunities Program (EXROP)](<a href=“http://www.hhmi.org/grants/individuals/exrop.html]Exceptional”>www.hhmi.org/grants/individuals/exrop.html). Through EXROP, undergrads from underrepresented groups get to work with an HHMI investigator over the summer. FYI, the application procedure isn’t open to everyone. College students interested in EXROP must be invited to apply by HHMI investigators at various institutions. If you aren’t familiar with HHMI, the organization funds the best and brightest “stars” in science. HHMI funding is generous and highly competitive. Basically, if your daughter worked with an HHMI scientist and had a strong letter of recommendation from him/her, such a letter would carry great weight in the grad school admissions process.</p>
<p>Of course, discussing all of this is probably waaaaaay more than your daughter needs to know at this point. She’s probably just a high school kid who thinks that the brain and neurons are cool. She might get to college and decide that she wants to go into medicine, East Asian studies, or art history. :smilie:</p>
<p>Hope this helps…</p>