Academia & Research Leaders
Bridge academic discovery with real-world bioprocess impact. Connect with industry, align research with translational needs, and turn innovation into application.
As the boundaries between industry and academia continue to converge, academic and research leaders face growing pressure to ensure their work remains impactful, fundable, and translatable beyond the laboratory. Funding bodies, industry partners, and regulatory stakeholders increasingly expect research to demonstrate not only scientific novelty, but also practical relevance, scalability, and downstream applicability.
For professors, associate professors, and research managers, this means shaping research agendas that align with emerging industrial needs, preparing students and postdoctoral researchers with industry-relevant skillsets, and identifying clear pathways from discovery to development. Understanding real-world constraints is now essential for influencing the future of bioprocess innovation and workforce development.
This event is designed for Academia & Research Leaders seeking meaningful engagement with industry. It provides direct exposure to how fundamental research is being translated into commercial processes, clinical applications, and platform technologies, while highlighting opportunities for collaboration across biopharma, CDMOs, and technology providers. Attendees will gain insight into the questions industry is actively trying to solve and how academic research can play a decisive role.
By attending, academic leaders will be better equipped to:
Align research priorities with real-world bioprocessing challenges
Strengthen grant applications through demonstrated translational relevance
Build sustainable industry partnerships and collaborative programs
Prepare the next generation of scientists for industrial and translational careers
Increase the long-term impact and visibility of their research programs
Suitable for job titles like…
Professors, Associate Professors, Research Managers
Key Sessions to Attend
- Enabling Subcutaneous Formulations: A High-Throughput Computational (DeepViscosity) and Experimental (SAXS) Framework for Assessing High-Concentration Monoclonal Antibody Viscosity
- Accelerating Cell Line Development Timelines from Discovery to Clinic
- Case Studies on Utilizing Magnetic Resin with Self-Removing Tags to Improve Process Development
What you will gain
- Exposure to cutting-edge research and real-world challenges
- Career and collaboration opportunities with industry leaders
- Clear pathways for translating lab work into application
- Advantage of lower-cost academic passes
Lateefat Kalejaye
Graduate Research Assistant at Stevens Institute of Technology
Elizabeth H. Scheideman
Staff Scientist, Vaccine Production Program, VRC, NIAID, at NIH
David Wood
Professor of Chemical and Biomolecular Engineering at Ohio State University


