Dr. Anila D'Mello

Dr. Anila D'Mello shares her transformative journey from a humanities-focused undergrad to a leading cognitive neuroscientist at UT Southwestern, where she studies autism through the lens of the underappreciated cerebellum. Her story reveals how serendipity, mentorship, and resilience shaped her path—starting with a naive decision to pursue grad school simply because it felt familiar, leading her to a small, scrappy PhD program at American University that taught her the value of resourcefulness. Her groundbreaking work uncovered robust cerebellar differences in autism linked to both motor and social-communication challenges, challenging long-held assumptions about this brain region. She then pursued a postdoc at MIT, where she explored low-level perceptual processing in autism, finding that autistic adults showed impaired repetition suppression specifically in social domains—linking basic neural mechanisms to higher-level social difficulties. Throughout her career, she has navigated the dual challenges of motherhood and academia with grace, supported by mentors who championed her as a woman and parent. Now an assistant professor, she has expanded her research to include methodological innovation and inclusive participant recruitment, especially for autistic women, advocating for science that reflects the full diversity of human experience. Her reflections on academia’s bias toward 'big splash' discoveries highlight a deep desire to value incremental, rigorous science and create a more humane, sustainable research culture. Key takeaways include the importance of mentorship that supports both scientific and personal growth, the power of choosing labs based on culture and support rather than prestige alone, the necessity of inclusive research practices to avoid systemic bias, and the need to revalue incremental scientific progress. Dr. D'Mello also emphasizes the emotional fuel of sharing science with loved ones and the joy of finding balance through gardening and travel. Her story is a testament to how passion, perseverance, and community can shape a meaningful scientific career.