Be a part of Creating a Virtual Laboratory for Online Teaching (CVL4OT) project

 

Join Europe’s first dedicated training programme for biomaterials students to experience multinational online training and reach the 3D robotic bioprinter laboratory provided with distance learning.

Between March 2023 and May 2023 (Online)

Registration is open until 3th of March 2023

Biomaterials and Tissue Engineering Online Training Programme

 

 

Deadline application March 3th, 2023

Apply to the Program https://www.surveymonkey.com/r/2W2NSZT

Registration Process

The registration process for the Biomaterials and Tissue Engineering Online Training Programme consists of two steps:

STEP1:  Registering your interest by filling in the application form. https://www.surveymonkey.com/r/2W2NSZT

STEP2: (Only applicable if you opt for the Participation): You will signup to the Online training Member Area by Submitting your Personal email and password and you will create your online training account. After signup you will receive an email with the activation link to enter your online training account.

About the programme

Biomaterials and Tissue Engineering Course is an online teaching program for curious minds to learn about current trends in biotechnology and have opportunities to try a robot-armed 3D printer with their computer wherever they want to.

Biomaterials and Tissue Engineering Online Training is a 8 weeks program organised by expert academics from Spain, Romania, France and Turkey.

The online programme combines international online training modules, online laboratory, innovative remote-controlled experimental studies and Biomaterials course book.

Deadline application March 3th, 2023

How you benefit

Access to Europe’s leading experts and content on the Biomaterials field.

Accelerate your digitalization development through doing an experiment in an online laboratory.

Discover new tools and methods in the Biomaterials field.

Engage with international academicians and connect with them through the training.

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At the end of the Program, you will be awarded a training certificate.

Free of charge, participants do not pay tuition.

Who Can Apply?

The Program is for you if:

 You are curious and want to learn more about the Biomaterials field.
You are open and eager to learn in a multicultural environment.
You are willing to utilize the digital tools and the methodology taught in the online portal because you see online learning is part of the real world.

 

The Program is for you if:

Students enrolled in the current academic year in any of the Higher Education Institutions in Spain, France, Romania, Turkey.
Students with at least an English level equivalent to a B2 should be aware that the Program will be run in English.
Priority will be given to students of the Higher Education Institutions participating in the project, which are: Marmara University (Turkey), The Universitat Internacional de Catalunya, Yıldız Technical University, University POLITEHNICA of Bucharest, The University of Technology of Compiègne.
Students from other institutions are also welcome
Undergraduate, Master, Engineer and PhD students from the field of Materials Engineer, Bioengineering , Chemistry Engineering, Medical Engineering and similar programs.

Programme Curriculum

MODULE 1

Introduction of Biomaterials and
Tissue Engineering

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Materials

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Design and Fabrication

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Biomimetic

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Biomaterials in Tissue Engineering

MODULE 2

Tissue Regeneration Processing
and Mimicking

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Tissue Regeneration

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ECM structure and properties

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Scaffold design

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Tissue products

MODULE 3

Cell Sources for
Tissue Engineering

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Sources of cell

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Stem cells

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Cell isolation

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Differentiation of Stem cells

MODULE 4

Biomaterials
s

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Introduction of biomaterials

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Hard tissues

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Soft tissues

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Skin tissue

MODULE 5

Micro and Nanotechnology
s
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History of Nanotechnology

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Properties of nanotechnology

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Methodologies

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Applications

MODULE 6

Bioceramics
s
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Classification of ceramics

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Hydroxyapatite

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Bioglass

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Fabrication of bioceramics

MODULE 7

Drug Delivery
for Tissue Engineering

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Mechanism of drug delivery system (DDS)

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Types of DDS

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Design of DDS

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Examples of DDS

MODULE 8

Cell-Material
Interaction

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Types of cell interaction

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Mechanism of cytoskeleton

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Properties of cell interaction

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Immunological response

MODULE 9

Bioreactors
s

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Bioreactor Types

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Design bioreactors

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Bioreactor Applications

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Bioreactor for scaffold

MODULE 10

Scaffolds
Fabrication Processes

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Basic fabrication process

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Scaffold design

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Techniques of fabrication

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Advanced fabrications

MODULE 11

Physicochemical
Characterization of Scaffolds

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Physico-chemical properties

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Sol-gel transition mechanisms

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Biopolymer hydrogels

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Bioprinting applications

MODULE 12

Characterization of the
Biological Response to Scaffolds

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Biological evaluation

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Cell culture

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Animal models

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Analysis of in-vitro and in-vivo

MODULE 13

Additive
Manufacturing

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Introduction to additive manufacturing

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Design of a workflow for 3D printing

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Various of 3D printing methods

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Example of 3D printers

MODULE 14

Bioprinting
s
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History of Bioprinting

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Types of Bioprinters

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Bioinks

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Example of 3D bioprinted tissues

MODULE 15

Online Bioprinting Laboratory
s
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Using of 3D bioprinter

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Distance learning

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Learning through experience

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New learning method

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