What to Expect at the Protein Design & Engineering in BioPharma Summit?
As biopharma organizations continue to expand their protein R&D capabilities, teams are evaluating an increasingly diverse range of in silico design tools, experimental platforms and optimization strategies. Yet understanding which approaches deliver meaningful scientific and organizational value remains a key challenge.
The inaugural Protein Design & Engineering in Biopharma Summit brings together senior leaders across protein engineering, computational biology, structural biology, biophysics and biologics R&D to share practical lessons from the front lines of therapeutic protein design. Through case-study-led presentations and peer discussion, attendees will benchmark emerging wet-, dry-lab and hybrid technologies, explore platform-building strategies and gain actionable insights from organizations advancing the next generation of biologic therapeutics.
What Sets This Meeting Apart?
Engineering the Next Generation of Bispecific & Multispecific Antibodies
Explore how leading protein engineering teams are overcoming the challenges of multispecific design, balancing affinity, specificity, developability and manufacturability to create increasingly sophisticated therapeutic formats. Learn how innovators are engineering novel architectures, optimizing chain pairing and controlling molecular geometry to unlock improved efficacy across complex disease settings.
Designing Better T-Cell Engagers
Discover how the field is advancing beyond first-generation T-cell engagers through improved target selection, tunable binding strategies and rational protein engineering. Gain practical insights into optimizing potency, safety and manufacturability while addressing key challenges including cytokine release, off-target activity and therapeutic window.
Reimagining Antibody Engineering
From next-generation antibody discovery through to lead optimization, hear how leading organizations are integrating computational design, structural biology and experimental validation to engineer molecules with enhanced affinity, specificity, stability and developability. Benchmark approaches for accelerating antibody optimization while improving downstream translational success.
Expanding the Protein Engineering Toolbox
Beyond traditional antibodies, explore the rapidly growing landscape of mini-proteins, enzymes, protein scaffolds, vaccines and novel biologic modalities. Learn how advances in in silico design, screening and characterization are enabling entirely new therapeutic mechanisms, unlocking previously inaccessible targets and expanding the boundaries of what engineered proteins can achieve.
Explore the Full Event Guide
- Your Focused Protein & Biologics Design & Engineering Forum
- Hear From Industry Leading Wet & Dry Lab Expert Speakers
- Explore Novel De Novo & Rational Design-Led Case Studies
- Discover Brand-New Ab, Vaccine, Enzyme & Next-Gen Biologic Presentations
- Access Strategic Panels De-Risking Design-Build-Test-Learn Cycles
Attending Companies Include
Explore the Agenda
Uncover the latest advances in AI-enabled protein design, structural biology, developability, biophysics and high-throughput experimentation. Through technical presentations, interactive roundtables and peer-led discussions, benchmark approaches across the entire Design-Build-Test-Learn cycle and gain practical insights to accelerate therapeutic protein development.
Partner With Us
Position your solutions at the center of the protein engineering ecosystem. Connect with senior decision-makers across protein engineering, computational biology, structural biology, developability and biologics R&D who are actively investing in next-generation platforms, technologies and services to advance therapeutic discovery.
Join Biopharma Experts
Engage with a curated community of scientists and innovators tackling the most pressing challenges in therapeutic protein development. From antibodies and enzymes to mini-proteins and emerging biologic modalities, build meaningful relationships and exchange ideas through dedicated networking designed for technical collaboration, not crowded convention halls.