From 3–7 August 2026, the iBioFoundry Summer School 2026, hosted at the University of Illinois Urbana‑Champaign (UIUC), brought together an international cohort of emerging researchers for an intensive week of training in automated biology and biofoundry‑enabled research (Summer School 2026). With program details and the full course schedule available online (course schedule), the Summer School offered a unique opportunity to engage with cutting‑edge technologies shaping the future of synthetic biology.

A Diverse and International Cohort

This year’s program welcomed 21 participants, including 18 attendees from across the United States and one participant each from Finland, South Korea, and Japan. The group represented a wide spectrum of backgrounds: undergraduate and graduate students, early‑stage postdoctoral researchers, and individuals already involved in the operation of biofoundries. The diversity of experience enriched discussions and fostered a vibrant learning community.

Lectures from Leading Experts

Participants took part in a series of lectures delivered by specialists in synthetic biology, automation, and design‑build‑test‑learn (DBTL) methodologies. These sessions provided a comprehensive overview of the principles and emerging trends that underpin modern biofoundry practice. The academic content was both rigorous and accessible, ensuring that attendees with varying levels of prior knowledge could fully engage.

Hands‑on Training with State‑of‑the‑Art Biofoundry Equipment

A central feature of the Summer School was its practical training component. Participants gained direct experience with advanced biofoundry systems, learning how automated workflows are designed, executed, and optimized. Using the TECAN Fluent automated workstation and Echo acoustic technology, they learned how to dispense minute volumes of liquid samples with precision, and how AI tools can support enzyme design and artificial metabolic pathway construction.

Collaborative Group Research Projects

To deepen their understanding, participants were organized into four groups of five to six members. Each group was tasked with designing a research project that leveraged biofoundry capabilities. Teams developed project backgrounds, objectives, methodologies, and anticipated challenges, culminating in presentations shared among all participants.

Building Community Across Disciplines and Borders

Beyond formal sessions, the Summer School fostered a highly collaborative atmosphere. Participants exchanged ideas, shared experiences, and built connections that will support future international collaboration.

Participant Reflections: Voices from the 2026 Cohort

Feedback from the inaugural cohort highlights how strongly the program resonated with participants. Their comments reveal both the technical value of the training and the excitement of engaging directly with automated biology.

Hands‑on Experience and Seeing the Foundry in Action

Many participants emphasized the importance of practical, end‑to‑end exposure to automation.

“[I] would like to see the whole biofoundry in action, carrying a task through to completion.”

Shabneek Kaur

“A full workflow… would have given us a better understanding of the power of such an automation platform.”

Madan Gopal

These reflections underscore a strong desire for deeper immersion in integrated DBTL workflows.

Echo and Fluent: Standout Technologies

Hands‑on sessions with the Echo and TECAN Fluent were repeatedly praised.

“Echo was fantastic.”

Sreya Venadan

“The Echo seems very useful on its own even without all the other automation around it.”

Carter Hausfeld

“I now know how to use the Echo and develop a picklist.”

Christopher Goodall

Participants consistently described these instruments as transformative for their research workflows.

AI/ML Integration: A New Perspective

The integration of AI tools such as FluentAgent and iBioGenie left a strong impression.

“AI agents were being used alongside laboratory automation… to assist with experimental planning and instrument‑related tasks.”

Sujin Hong

The program clarified “AI for choosing candidates” and how to design smart experiments without over reliance on automation.

Mahsa Alinejad

Several participants expressed interest in applying these tools directly to their own research projects.

Strategic Thinking About Automation

Participants also valued learning when automation is appropriate—and when it is not.

“No need to rush to buy fancy automated equipment. You can have only one or two pieces of equipment and design smart experiments.”

Mahsa Alinejad

“Automation requires a slightly different mindset… thinking through problems we wanted to automate and actually putting those into practice.”

Daniel Bun

This strategic perspective was one of the most frequently mentioned takeaways.

Appreciation for the Program

Many participants expressed gratitude for the opportunity to learn from experts and work with advanced equipment.

“Thank you to everyone for setting up and running this workshop… I rarely have the opportunity to learn about and work with equipment and people this innovative.”

Carter Hausfeld

“Thanks a lot for the summer course! I can imagine that was a lot of work, appreciated that!”

Bilge Elitok

Their comments underscore the positive impact of the program on early‑career researchers.

Looking Ahead

The iBioFoundry Summer School continues to play a vital role in developing global capacity in automated biology. This year’s program strengthened participants’ technical skills, broadened their professional networks, and inspired new research directions. Prospective attendees are encouraged to explore future offerings and join a growing community committed to advancing the frontiers of synthetic biology.

For further information, including program details and upcoming application opportunities, please visit the official iBioFoundry Summer School 2026 website.