Invitation-only • Curated admission • Limited seats | Dates: 02–04 June 2027 | Venue: Amsterdam, Netherlands
Featured Leaders • Invitation-only participation • Executive + Academia (curated)

ECAMCISM 2027 Featured Leaders

The featured leaders list highlights influential voices across advanced materials, chemical innovation, energy materials, and sustainable manufacturing. Participation remains invitation-only — you cannot register directly unless your proposal or eligibility is accepted through the review workflow.

Process
Apply → Review → Confirm

Only confirmed participants receive the registration pathway.

Need a quick check?
Email our team

participation@executivecongresses.com

Leader engagement

Curated leader sessions and roundtables are built for decisions, adoption, and partnership outcomes.

Curated
Who is included?
Industry + Academia (by relevance)
Senior leaders, principal investigators, and innovators.
Can I register now?
Not directly
Apply or submit a proposal first for eligibility review.
Business Address: 98 Theobalds Rd, London WC1X 8WB, UK
High-trust leader sessions
Roundtables • strategic keynotes • partnership pathways
Home / Featured Leaders
Note: This list is indicative. Final session roles and roundtable chairs are confirmed closer to the program release.
View Agenda →

Leaders (curated list)

A selection of recognised leaders relevant to ECAMCISM themes. Academicians are welcome — but still through the same invitation-only process (apply or submit a proposal first).

Zhenan Bao
Prof. Zhenan Bao
K.K. Lee Professor • Stanford University
Advanced Materials Wearable / Soft Electronics

Flexible materials systems and translation pathways from lab prototypes to scalable applications.

Frances H. Arnold
Prof. Frances H. Arnold
Professor of Chemical Engineering • Caltech
Chemical Innovation Catalysis

Innovation methods for efficient pathways and scalable, sustainable chemistry.

Jennifer A. Lewis
Prof. Jennifer A. Lewis
Wyss Professor • Harvard University
Manufacturing Additive / 3D Printing

Materials-to-process innovation for next-generation manufacturing and functional devices.

John A. Rogers
Prof. John A. Rogers
Simpson/Querrey Professor • Northwestern University
Materials Systems Bio-integrated Devices

Translating advanced materials into deployable platforms through robust engineering.

Claudia Felser
Prof. Claudia Felser
Director • Max Planck Institute for Chemical Physics of Solids
Quantum Materials Discovery → Devices

Design principles for high-performance materials and future technology pathways.

Mark Miodownik
Prof. Mark Miodownik
Professor of Materials & Society • UCL
Societal Impact Adoption & Policy

Connecting materials innovation to real-world adoption, acceptance, and outcomes.

Gerbrand Ceder
Prof. Gerbrand Ceder
Professor • UC Berkeley
Energy Materials Computational Design

Accelerating materials discovery using computation and structured translation workflows.

Y. Shirley Meng
Prof. Y. Shirley Meng
Professor • University of Chicago (PME)
Batteries Scale-up Pathways

Bridging materials discovery, characterization, and manufacturable battery systems.

Joanna Aizenberg
Prof. Joanna Aizenberg
Amy Smith Berylson Professor • Harvard University
Bio-inspired Materials Surface Engineering

Structuring surfaces and materials for durability, performance, and real-world constraints.

Martin Green
Prof. Martin Green
Scientia Professor • UNSW Sydney
Solar Materials Manufacturing Efficiency

Energy materials performance, process choices, and cost-effective scale-up.

Andre Geim
Prof. Sir Andre Geim
Regius Professor of Physics • University of Manchester
2D Materials Graphene & Beyond

Turning frontier materials into usable engineering and scalable technology directions.

Konstantin Novoselov
Prof. Sir Konstantin Novoselov
Professor • National University of Singapore
Advanced Materials 2D Platforms

Materials platforms, performance benchmarking, and practical translation perspectives.

Lynden Archer
Prof. Lynden A. Archer
Dean of Engineering • Cornell University
Polymers Energy Storage

Materials and manufacturing considerations for performance, safety, and adoption.

Yet-Ming Chiang
Prof. Yet-Ming Chiang
Professor (Materials Science) • MIT
Energy Materials Commercialization

Decision-making on scale-up routes, supply constraints, and deployment timelines.

George Whitesides
Prof. George M. Whitesides
University Professor • Harvard University
Translation Microfabrication

Practical innovation frameworks: what moves from lab to industry — and what doesn’t.

Ali Khademhosseini
Prof. Ali Khademhosseini
Bioengineering Leader • Terasaki Institute ecosystem
Biofabrication Advanced Polymers

Cross-disciplinary pathways from materials innovation to deployable platforms.

Industry leader placeholder
Industry Leader (TBA)
VP / Director, Advanced Manufacturing • (To be confirmed)
Scale-up Industrialization

Senior industry representation is confirmed after session objectives and partner alignment.

Policy leader placeholder
Standards / Policy Leader (TBA)
Regulation & Compliance • (To be confirmed)
Compliance Safety & EHS

Governance perspectives are included where relevant to scale-up, safety and adoption.

Important
ECAMCISM 2027 is invitation-only. You cannot register directly unless your proposal or eligibility is accepted. Academicians are welcome — via the same curated process.