Event description

The food system contributes approximately a third of global greenhouse gas emissions. Transitioning food production from resource-intensive industrial animal agriculture towards microbial processes is critical for minimizing these planetary impacts and feeding a growing population. Filamentous fungi, a diverse group of microorganisms that includes molds and mushrooms, are uniquely positioned to lead this shift toward a more sustainable food system.

Dr. Hill-Maini will discuss his work bridging approaches from gastronomy, synthetic biology, and systems biology, to unlock the potential of filamentous fungi for sustainable and delicious foods. Working between the lab, restaurant kitchens, and traditional producers, Dr. Hill-Maini and his team have uncovered mechanisms for efficiently upcycling food waste into human food, created new synthetic biology tools that enabled fungal bioengineering for enhanced nutrition and sensory appeal, and translated lab discoveries to new dishes at Michelin-starred restaurants. In the long term, this work should enable efforts to design fungal foods for health, sustainability, and flavor.

Meet the speaker

Vayu hill-maini, ph. D.

Vayu Hill-Maini, Ph.D.

INCOMING ASSISTANT PROFESSOR OF BIOENGINEERING
STANFORD UNIVERSITY

Vayu is a scientist, chef, educator and a current postdoctoral fellow working with Jay Keasling at University of California, Berkeley. Vayu fell in love with cooking at a young age in his multicultural home in Stockholm, Sweden. He first moved to the U.S to work in restaurants, but the flavors, textures, and sensations of the kitchen eventually led him to scientific research. He earned his PhD in Biochemistry from Harvard University working in the lab of Emily Balskus, where he identified and characterized strains and enzymes involved in the metabolism of prominent drugs and dietary compounds in the human gut microbiota. As a Miller Fellow at UC Berkeley, Vayu has combined his background from the kitchen and the laboratory to tackle challenges in the food system. His current research characterizes and engineers filamentous fungi to produce sustainable and delicious foods. This highly interdisciplinary work has led to new synthetic biology tools for edible fungi, discovery of a fungus domesticated for conversion of waste to food, and new dishes at Michelin star restaurants, including Alchemist in Copenhagen. Vayu loves sharing his passion for food and STEM with the public, and runs the organization STEAM Chefs, which uses cooking to teach science in classrooms all around the world. He will continue this work running his own research group as an assistant professor of bioengineering at Stanford University starting in September 2024.

Upcoming events

View all events
Https://gfi. Org/wp content/uploads/2026/06/cor26012 boap webinar graphics june featured
Virtual Event

Business of Alt Protein: The Importance of Sensory Science for Alternative Proteins

Join us on June 30 for a Business of Alt Protein webinar on the importance of sensory science for alternative proteins.

Https://gfi. Org/wp content/uploads/2026/06/sci26024 webinar graphics soap july header featured
Virtual Event

The Science of Alt Protein: Hybrid alternative protein for next-generation meat alternatives

Learn how the process-driven co-structuring of plant, cellular, and algal proteins can overcome key techno-functional and sensory limitations of current plant-based meat alternatives.

Https://gfi. Org/wp content/uploads/2026/06/sci25049 cultivated seafood webinar graphics header featured
Virtual Event

Developing continuous cell lines for cultivated seafood

Dive into GFI’s new guide for practical solutions to overcoming shared challenges in fish and crustacean cell line development.

Woman speaking in front of crowd at an event
Virtual Event

Business of Alt Protein: The Science of Charisma for Founders, Leaders, and Professionals

Join charisma expert Olivia Fox Cabane, who will share research-backed techniques for building trust, communicating with confidence, and increasing your influence in high-stakes interactions.

An illustration of cultivatd fish fry with french fries for the fish and chips collaborative huddle
Virtual Event

Fish & CHIPS: Collaborative Huddle for Ideation & Problem Solving

Calling all cultivated seafood researchers and innovators! Join us for our next collaborative huddle on September 29th at 11:30 am ET.

An illustration of cultivatd fish fry with french fries for the fish and chips collaborative huddle
Virtual Event

Fish & CHIPS: Collaborative Huddle for Ideation & Problem Solving

Calling all cultivated seafood researchers and innovators! Join us for our next collaborative huddle on September 29th at 10:30 pm ET.