Engineering Immunity for Medicine

Immunoengineering is a vibrant, emerging field that improves human health by enabling the analysis, manipulation, and engineering of the immune system. Appropriate immune responses are essential to stave off and fight infection, and prevent the onset and progression of diseases such as cancer, heart disease, neurodegeneration and allergy/autoimmunity. Grounded in fundamental immunology discoveries, the integration of principles from engineering and the physical sciences into immunological research has accelerated in the last decade. Representative landmark Immunoengineering breakthroughs include engineered immune cells as therapeutics (CAR T cells) and bi-specific antibodies that are now used in the clinic and have been approved for the treatment of cancer, as well as novel vaccines that address SARS-CoV-2, Ebola, and other urgent global health concerns. And progress continues as nucleic acid technologies that started as mRNA vaccines are now moving toward cancer therapy applications.

Following on the success of the inaugural meeting in 2022, the 2024 Gordon Research Conference will bring together the broader Immunoengineering community for the interactive exchange of ideas between immunologists, clinicians, engineers, chemists, physicists, mathematicians, and systems biologists. The goal of the meeting is to facilitate fundamental and translational science, catalyze new ideas, and spark collaborations by providing a scientific “home” for this interdisciplinary community. Sessions will highlight contemporary molecular, cellular, and tissue-scale Immunoengineering advances and translational successes and insights borne from the broader landscape of Immunoengineering.

We invite attendees to apply to attend this event, and join in making the 2024 Immunoengineering GRC another landmark event in the development of this field. Attendees will be joining an interdisciplinary group of researchers at all career stages and many nationalities. All attendees are encouraged to bring an open mind and their ideas to spark new collaborations, and help shape the development of this community and field.