Ana Fiallos, Ph. D.

Innovative | Strategic | Collaborative | Impactful | Empowering


Bridging Science, Strategy, and Student Success

MIT-trained neuroscientist turned career architect, I bring a deep passion for translating complex ideas—whether in the lab or the job market—into real-world impact. With a background in systems neuroscience and a track record of pioneering career development initiatives, I thrive at the intersection of education, innovation, and strategic mentorship.

I’ve built career services programs from the ground up, designing first-of-their-kind internship pipelines for PhD students, forging industry partnerships with top-tier organizations like Eli Lilly and Johnson & Johnson, and creating career strategies that don’t just help students land jobs—they help them launch fulfilling, dynamic careers. My expertise spans everything from decoding neural circuits to decoding the mysteries of a stellar resume (spoiler alert: storytelling and strategy are key to both).

As a leader, educator, and mentor, I don’t just prepare students for the job market—I empower them to navigate it with confidence, creativity, and a game plan that works. Whether it's helping a biomedical PhD explore industry opportunities, designing career workshops that actually resonate, or building bridges between academia and industry, I approach each challenge with a mix of analytical precision, strategic foresight, and just the right amount of humor.

Simply put: I help brilliant minds turn their years of academic training into meaningful, impactful careers—because having a PhD shouldn't just mean being an expert in a niche field, but also in carving out a future that fits.

Reward magnitude tracking by neural populations in the ventral striatum

Posttraumatic stress disorder may be associated with impaired fear inhibition: relation to symptom severity

An fMRI study of the interaction of stress and cocaine cues on cocaine craving in cocaine-dependent men

Contingency awareness and fear inhibition in a human fear-potentiated startle paradigm