Scientific & Technical Experts

Innovation at the bench and process level is accelerating faster than ever, driven by advances in advanced analytics, automation, AI-enabled modelling, and emerging therapeutic modalities. For scientific and technical experts working at the front line of bioprocess development, the challenge is no longer access to innovation but understanding what works, why it works, and how to implement it under real-world constraints.

As bioprocesses become more data-rich and increasingly integrated across upstream, downstream, and digital platforms, scientists and engineers are expected to operate at the intersection of biology, engineering, and data science. The ability to translate complex datasets into actionable process improvements is now a core professional differentiator.

This event is designed for Scientific & Technical Experts who want to go beyond theory and vendor promises. It connects practitioners with peer-reviewed case studies, implementation-level insights, and hands-on applications of emerging technologies. Attendees will gain exposure to how advanced tools such as adaptive process control, site-specific integration systems, intensified processing, and AI-driven analytics are being used today to improve robustness, productivity, and reproducibility.

By attending, participants will strengthen their ability to:

• Design smarter experiments using real-time and predictive data

• Improve process robustness across scale-up and tech transfer

• Apply AI and advanced analytics as practical problem-solving tools

• Contribute more strategically to cross-functional development teams

• Build future-ready technical skillsets aligned with industry demand

Suitable for job titles like…

Staff / Associate / Research / Principal / Senior Scientists, Senior Principal Scientists, Bioprocess Engineers, Technicians

Key sessions to attend:

• Enhanced Rational Expression Vector Design to Maximize the Performance of our Dual Site-Specific Integration CHO Host System

• Adaptive Process Control Using Biocapacitance Probes in Mammalian Fed-Batch Cell Culture for Improved Process Robustness from Bench-top to Pilot Scale

• 10-fold Improvement in Depth Filter Capacity through Cycling Operation during Integrated Dynamic Bioprocessing (IDB) purification

What you will gain

• Case studies showing how research translates into real-world practice
• Practical understanding of how to use the latest technologies
• Access to pioneering research and breakthrough ideas
• Making AI a usable tool, not just a buzzword