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Learner Reviews & Feedback for Introduction to Industrial Bioprocess Development by Technical University of Denmark (DTU)

4.7
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315 ratings

About the Course

Bioprocesses make use of microorganisms, animal cells, or enzymes to manufacture new products or complete a chemical transformation. Since ancient days, humans have been using microorganisms to transform biological materials for the production of alcoholic beverages and other fermented foods. Since then, bioprocesses have been developed for an enormous range of commercial products, from relatively cheap products such as organic solvents and industrial alcohol, to expensive specialty chemicals such as therapeutic proteins, antibiotics, and vaccines. Nowadays, the development of bioprocesses is an essential part of a large number of chemical, food, and pharmaceutical industries. The main purpose of the course 鈥淚ntroduction to Industrial Bioprocess Development鈥� is to provide an overview of the common stages involved in this type of processes. The course is primarily aimed at students, researchers, and professionals with an interest in bioprocessing, biomanufacturing, or fermentation technology. Some knowledge of biology, biotechnology and/or biochemical engineering will be advantageous, but not mandatory. The course begins with a brief description of some basic properties of microorganisms and general aspects related to their use in bioprocesses at industrial scale. Following this, the kinetic bases for cell growth, substrate utilization and product formation during batch, continuous and fed-batch cultures are discussed. In addition, the course includes a group of lectures dedicated to some stages that precede fermentation; specifically, media formulation, sterilization, preservation of microorganisms and inoculum preparation. The main characteristics of predominant types of industrial bioreactors along with process parameters that need to be controlled in stirred tank reactors are also covered in one of the modules of the course. Since the expansion of a bioprocess from a lab scale to an industrial scale is of considerable importance, an additional lecture dedicated to this topic is presented. The last part of the course provides a general overview of downstream processing, addressing processes used for the removal of cells from the culture medium, methods for the disruption of cells, and isolation of the target bioproduct. By the end of the course, you should: # Be able to identify the fundamental difference between the two basic cell types: eukaryotic and prokaryotic cells # Distinguish the main steps of the brewing process # Identify some important steps in recombinant protein production # Define the different stages of the industrial production of bioethanol # Distinguish the main characteristics of the three fermentation modes: batch, continuous and fed-batch # Define important parameters of the continuous fermentation mode # Identify bioprocesses where fed-batch fermenters are used and for how long can a fed-batch process be run # Identify how defined and undefined fermentation media are formulated # Discuss the role that key components of culture media play in bioconversion processes # Recognize the importance in avoiding microbial contamination # Describe chemical and physical sterilization methods # Distinguish the main characteristics of common techniques of cell preservation # Recognize factors that are commonly considered to obtain an inoculum suitable for fermentation at industrial scale # Define what a bioreactor is and in which industrial bioprocesses are commonly used # Identify the main parameters that need to be controlled during microbial conversions in STRs # List relevant parameters that are considered for scale-up purposes # Define the sequential steps of downstream processing # Distinguish different methods for biomass removal or cell harvesting # Select common unit operations used for primary isolation...

Top reviews

AM

May 1, 2023

very good course provides the fundamentals of industrial biotechnology processes in food and bio-pharmaceutical as well as biofuel fields powered with fluent explanations and illustrated videos.

KH

May 5, 2023

This course was very informational and a great introductory into bioprocess devleopment. The instructors were amazing and taught the subjects with great detail. Thank you!

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26 - 50 of 66 Reviews for Introduction to Industrial Bioprocess Development

By Testimony E O

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Jul 23, 2025

very resourceful and with clear explanation of details

By Aleksandr S

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Dec 15, 2023

Great kick-off training to join the Bioprocess Industry

By Olaide S

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Aug 9, 2023

aAn amazing beginners' guideguide!I totally recommend

By Arinze E

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Jul 7, 2023

This course was really useful, Thank You.

By Carlos A G M

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Jul 8, 2025

excellent explanation of the topics!

By Comfort E W A S

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Aug 25, 2023

Simple and concise. Well elaborated!

By MUHAMMAD N

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Jan 21, 2024

good approach on contents of course

By Juan I L

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Nov 4, 2023

Excelente curso. Lo recomiendo!

By Selva d K

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Aug 13, 2025

good explanation of each topic

By Vishal S

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Dec 29, 2024

Good refresher for beginners.

By Adam M L

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May 21, 2023

Genial el curso, me encant贸.

By Abdul S

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Apr 17, 2023

Good and Very Skill Full

By Kyungin J

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Sep 13, 2023

interesting but hard

By Arkan S

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Aug 8, 2023

Very impressive

By JC R

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Jul 28, 2023

Exelente curso

By Muhammad B

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Sep 3, 2023

Informative

By ANGELIN M B U

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Jun 28, 2025

very good

By Alaor M

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Dec 19, 2024

Excelente

By Marina P

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Dec 29, 2023

Thanks

By Emiliano O

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Aug 7, 2024

bueno

By Hanif K G

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Jul 15, 2024

Nice

By Aswin A

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Mar 5, 2025

.

By Maria E M

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Oct 17, 2023

Introduction to Industrial Bioprocess Development is a great course summing up many necessary points from the beginning until the end of the bioprocess. For those who study something similar, it is constructive material to summarize and keep important points from each part of the development.

By Kat M

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Feb 8, 2024

Great introduction to bioprocessing including upstream, fermentation and downstream elements. From no experience at all I know feel I can contribute to these processes. Great lectures and slides. The only downside is the reading is not open access so I couldn't read it.