Joan K. Dao has established herself as a distinguished professional with a multifaceted career spanning neuroscience, entrepreneurship and innovation. Her expertise encompasses tissue verification, histology and pathology, electrophysiology, and behavioral research in both animals and humans. Since 2015, she has excelled as the chief executive officer and founder of Ilesovi Inc., a company dedicated to designing and manufacturing high-end, stylish handbags integrated with cutting-edge security features. These “smart purses” are marketed as fashionable, functional solutions for theft prevention. The products incorporate features such as biometric locks, slash-proof linings, and location-tracking capabilities.
In her role with Ilesovi Inc., Ms. Dao oversees all aspects of operations, from product development to manufacturing, ensuring the company maintains its commitment to both technological innovation and aesthetic appeal. In addition to her entrepreneurial ventures, she has made significant contributions to the field of neuroscience. Since 2016, Ms. Dao has worked as a research assistant at the University of Minnesota-Twin Cities, where her specialization in neuromodulation through deep brain stimulation has played a pivotal role in advancing research efforts. Her responsibilities include conducting experiments and supporting groundbreaking studies focused on understanding and manipulating brain activity to treat neurological conditions.
Ms. Dao has also been involved in science communication as a content writer for Life Science Nexus, sharing insights and fostering a greater understanding of complex scientific topics. Moreover, since 2015, she has contributed to the innovation labs staff at the University of Minnesota-Twin Cities, promoting research and technological advancement.
Ms. Dao’s professional journey began in 2013 as an administrative assistant bookkeeper at Geriatric Psychotherapy, and, in 2015, she transitioned into a program counselor role at ACR Homes, refining her skills in patient care, support, and administrative coordination. Throughout her career, she has participated in multiple scientific initiatives, including Project Saratography and the Neurohacking Institute, and has contributed to various professional journals. Ms. Dao laid a solid academic foundation for her esteemed career, earning a Bachelor of Science in neuroscience and biomedical engineering from the University of Minnesota-Twin Cities in 2018.
Ms. Dao’s commitment to empowering vulnerable populations is evident through her community involvement. Since 2017, she has served on the NAACP’s child protection committee and has been an active community leader with API since 2012. From 2011 to 2015, Ms. Dao was a human rights commissioner for the City of Roseville, advocating for equality and social justice. Additionally, she serves as an instructor at Full Circle Martial Arts Academy and sits on the advisory board for the Southeast Asian Diaspora Project.
Ms. Dao’s passion for neuroscience began at an early age, initially focusing on cognitive neuroscience and conditions such as Alzheimer’s disease. Her specialization in motor diseases, however, came about unexpectedly. During her freshman year at the University of Minnesota, she attended a conference on neuromodulation, which sparked her interest in the intersection of neuroscience and technology. Among her most notable achievements, Ms. Dao is especially proud of securing a patent before the age of 30. Beyond her technical accomplishments, she also values mentorship and has guided several cohorts of undergraduate students, helping them secure scholarships and develop their academic potential. She attributes her success to curiosity, engagement, and a relentless pursuit of deeper understanding through exploration and inquiry.
In her personal life, Ms. Dao enjoys martial arts, salsa dancing, and learning new languages. Looking to the future, she plans to leverage her expertise in wearables and human-centered design by selling her fashion tech startup and launching a new venture in the health care sector. Her long-term goal is to transition from laboratory research after making significant contributions to both science and entrepreneurship, leaving a legacy of innovation and leadership across multiple disciplines.