top of page
Bndeau Home 2..png

Bioprocess Engineering Online Courses

  • Courses are available on-demand and can be organized at your own pace  

  • You have the flexibility to take courses individually or in small groups  

  • Choose from the offered courses, or request custom-tailored course sessions 

  • Benefit from personalized tutoring for effective distance learning

BIOPROCESS ENGINEERING PRINCIPLES AND METHODOLOGY

shutterstock_1106536070_edited.jpg

Introduction to bioprocess design, scale-up, simulation

Bioprocess engineering scope and methodology
 

Introduction bioprocesses.png
shutterstock_1106536070_edited.jpg

Bioprocess engineering basic principles

Material and energy balances, fluid flow, residence time distribution, mass and heat transfer, enzymatic and cellular kinetics

Bioprocess engineering principles.png
shutterstock_1106536070_edited.jpg

Bioprocess design and economic analysis

Material balance, energy consumption, equipment sizing, cost evaluation, sensitivity and uncertainty analysis, energy and cost optimization

Bioprocess design & cost.png

BIOPROCESS ENVIRONMENTAL EVALUATION AND OPTIMIZATION

shutterstock_1092798047.jpg

Introduction to bioprocess Life-Cycle Assessment (LCA)

LCA methodology, material and energy inventories, impacts indicators 

Intro LCA.png
shutterstock_1092798047.jpg

Life-Cycle Assessment of bioprocesses and byproducts

LCA methodology, material and energy inventories, impacts indicators, impacts allocation, uncertainty analysis, environmental optimization

LCA.png

MICROBIAL FERMENTATION PROCESSES

shutterstock_524613634_edited.jpg

Introduction to fermentations technology and engineering

Fermentations technology and cost. Kinetics, understanding, simulation. Optimal operation in batch, fed-batch and continuous modes

Microbial fermentations.png
shutterstock_524613634_edited.jpg

Digital scale-up and optimization of microbial fermentations

Fermentation engineering principles, kinetic analysis, knowledge simulation models, fermentations digital scale-up and optimization

Digital fermentations.png
shutterstock_524613634_edited.jpg

Simulation, scale-up, optimization of microbial fermentations

Glutamic acid fermentation process: kinetic analysis, simulation model, cost evaluation, batch and fed-batch process optimization

Fermentation simulation scale-up.png

ANIMAL CELL CULTURE PROCESSES

shutterstock_272473859_edited_edited.jpg

Introduction to cell cultures technology and engineering

Cell cultures technology. Cultures kinetics, understanding, simulation. Optimal operation of cellular bioreactors in batch, fed-batch and perfusion

Animal cell cultures.png
shutterstock_272473859_edited_edited.jpg

Digital scale-up and optimization of cell culture bioreactors

Cell cultures influencing phenomena, cell kinetics, oxygen transfer,  knowledge simulation models, batch, fed-batch and perfusion cultures optimization

Digital cell cultures.png

ENZYMATIC BIOCONVERSION PROCESSES

shutterstock_274455959_edited_edited.png

Introduction to bioconversions technology and engineering

Industrial bioconversions, soluble and immobilized enzymes bioreactors, enzyme kinetics,  bioconversion costs

Enzymatic bioconversions.png
shutterstock_274455959_edited_edited.png

Simulation, scale-up, optimization of enzymatic bioreactors

Bioconversion kinetics, bioreactor simulation model, optimization of batch, continuous and fixed bed bioreactors, bioconversion costs

Bioconversions simulation optimization.png
Capture d’écran 2020-05-24 à 19.23.40 co
Nancy, France
© 2025 BioProcess Digital, Inc
Online courses
Introduction to bioprocess design, scale-up and simulation
Bioprocess engineering basic principles
Introduction to microbial fermentation engineering
Digital scale-up and optimization of microbial fermentations
Case study in Digital scale-up and optimization of fermentation processes
Introduction to enzymatic bioconversion processes
Simulation, scale-up, and optimization of soluble and immobilized enzyme 
bioreactors
Introduction to animal cells culture processes
Simulation, scale-up, and optimal operation of suspended and adherent animal cells bioreactors
Design, scale-up, and cost evaluation of recombinant proteins production

Bioprocess design and cost evaluation
Introduction to bioprocess Life Cycle Assessment
Life Cycle Assessment of bioprocesses and byproducts
 
bottom of page