Master class - Digital Modelling & In‑Silico Optimization for Industrial Bioprocesses
Master class - Digital Modelling & In‑Silico Optimization for Industrial Bioprocesses Book
Wed Dec 02, 2026 at 09:30 AM to Thu Dec 03, 2026 at 05:00 PM
2026-12-02 09:30:00 2026-12-03 17:00:00 Europe/Paris Master class - Digital Modelling & In‑Silico Optimization for Industrial Bioprocesses Reservations on : https://www.bioeconomyforchange.eu/ -- MASTER CLASS Digital Modelling & In‑Silico Optimization for Industrial Bioprocesses   Masterclass Overview Bioprocess R&D faces increasing pressure: long development cycles, scale-up uncertainties, high costs, and growing data complexity. Digital modelling technologies now offer a decisive competitive advantage by enabling faster, smarter and more reliable industrial biotechnology development. iMEAN’s advanced modelling platform leverages genome-scale metabolic models, regulatory networks, enzyme kinetics, cellular burden modelling and AI-based predictors to achieve near-90% predictive accuracy for fermentation and biocatalysis performance. These “digital organisms” unlock: Accurate prediction of microorganism behaviour under industrial conditions Full exploitation of OMICS & enzyme biodiversity data Targeted experimental design focusing on the highest-value options Faster, more robust bioprocess design, optimization & scale-up Enhanced decision-making for R&D investment strateg… - Bioeconomy For Change
Timezone : Europe/Paris
MASTER CLASS
Digital Modelling & In‑Silico Optimization for Industrial Bioprocesses
 

Masterclass Overview

Bioprocess R&D faces increasing pressure: long development cycles, scale-up uncertainties, high costs, and growing data complexity. Digital modelling technologies now offer a decisive competitive advantage by enabling faster, smarter and more reliable industrial biotechnology development.

iMEAN’s advanced modelling platform leverages genome-scale metabolic models, regulatory networks, enzyme kinetics, cellular burden modelling and AI-based predictors to achieve near-90% predictive accuracy for fermentation and biocatalysis performance. These “digital organisms” unlock:

  • Accurate prediction of microorganism behaviour under industrial conditions
  • Full exploitation of OMICS & enzyme biodiversity data
  • Targeted experimental design focusing on the highest-value options
  • Faster, more robust bioprocess design, optimization & scale-up
  • Enhanced decision-making for R&D investment strategies

This Master Class gives executives and scientists a foundational yet actionable introduction to these technologies through theoretical modules and hands-on simulations.

MORE INFORMATIONS HERE

Registration & Participation Rules

 
Intellectual Property
All training content, presentations, and documents provided during the Masterclass remain the exclusive intellectual property of the Organizer or its trainers. Materials may be used by participants for personal use only, without reproduction, distribution, or external use without prior written authorization.
  
Data Protection
Both parties comply with applicable data protection laws, including GDPR. Personal data is used solely for registration, communication, and course management, kept secure, and deleted or anonymized after the training unless legal retention is required.
  
Cancellation by the Participant
  • Within 15 days after registration: 100% refund
  • More than 90 days before the Masterclass: 30% retained
  • Between 60 and 90 days before: 50% retained
  • Less than 60 days before: no refund
 
Cancellation by the Organizer
  • Force majeure: no refund
  • Other reasons: 100% refund within 30 days
 
Additional Provisions
  • Contract termination possible after written notice and 30‑day resolution period
  • Partial refunds evaluated if program is modified
  • Organizer liability limited to registration fee refund
 
Registration fees :
 
2-Day Program - 2 and 3 December 2026 : 1900 € HT
 
Number of participants for each Masterclass: Max 18
 

Practical informations :

Program :

Renata ABREU
Mail : r.abreu@bioeconomyforchange.eu

Johan DE CONINCK
Mail : j.deconinck@bioeconomyforchange.eu

Logistics :

Evelyne DOBBELS
Mail : e.dobbels@bioeconomyforchange.eu

Read more
Organizer
Bioeconomy For Change
10, rue Pierre Gilles de Gennes, 02000, Barenton-Bugny, France
0364543030
https://www.bioeconomyforchange.eu/
Send a message
View events
© Billetweb | Create my event