Jessica Stark
Biological Engineering
Massachusetts Institute of Technology
About Professor Jessica Stark
Professor Jessica Stark holds the esteemed position of Underwood-Prescott Career Development Professor at the Massachusetts Institute of Technology (MIT), a globally recognized leader in engineering and technology. Within the Biological Engineering department, renowned for its interdisciplinary approach and cutting-edge research, Professor Stark contributes significantly to the institution's reputation for innovation and excellence. The department excels in integrating biology with engineering principles, fostering an academic environment where groundbreaking research thrives and prepares students to tackle complex biological challenges.
🧬Research Focus
Professor Stark's research focuses on immunology and glycobiology, exploring the intricate roles of glycans in immune recognition and regulation. Her work in immunotherapy, systems biology, and synthetic biology aims to engineer novel strategies that target these critical sugar molecules to enhance immune responses. By addressing fundamental questions in cancer immunology and autoimmunity, her lab is at the forefront of developing next-generation therapies that hold promise for treating various diseases, including infectious diseases. The potential breakthroughs from her research not only advance scientific understanding but also pave the way for transformative therapeutic applications that could improve patient outcomes.
🎓Student Fit & Career
Graduate students aspiring to work under Professor Stark's mentorship would thrive in an environment that values curiosity, creativity, and collaboration. Ideal candidates should possess a strong background in molecular biology and an enthusiasm for interdisciplinary research. Those interested in pursuing a PhD in biological engineering will find abundant opportunities for academic mentorship and hands-on experience in cutting-edge research. Graduates from this program may pursue diverse career paths in academia, biotechnology, or pharmaceuticals, leveraging their expertise in immunology and synthetic biology to drive innovation in health and medicine.
Research Areas
Rating Breakdown
Reviews (1)
I engaged with the lab as a rotation student for one semester; most contact was at weekly meetings and short project check-ins. Guidance emphasized experimental design and the immunological context of glycoengineering work. Communication was supportive in technical discussions, and outreach/education initiatives were clearly valued by the group. I had limited visibility into grant management or long-term supervision practices. Likely a good fit for students interested in immunology with an engineering/translation component.
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