The aim of the program is to provide a comprehensive view of Biomedical Technology to students in order to understand the interconnection of biological sciences, computer science and engineering, both at research and professional level. At the same time, it will bring them in contact with distinguished scientists and professionals serving the field in different areas, who will inform them on the latest scientific and technological developments and broaden their career orientation horizons.
The program is ideal for those students who are interested in Biology, Bioinformatics, Pharmacy and Engineering and wish to get to know better the field of Biotechnology and Biomedical Engineering, a rapidly growing professional field.
THE EVENT INCLUDES
Through presentations, workshops and meetings with leading scientists, participants will gain:
- A comprehensive overview of Biomedical Technology
- Understanding of the interconnection of sciences such as Biology, Bioinformatics and Engineering
- Contact with the latest scientific developments
- Inspiration for their career orientation
Contact person:
Mrs D.Zoudiou, dzoudiou@cgs.edu.gr
Biotechnology is an interdisciplinary field that includes applications of engineering at the cellular and molecular level, to develop technologies and products that contribute to improving our lives. Modern biotechnology is mainly based on DNA technology, which involves the analysis, modification or transfer and attachment of DNA segments, which give desired properties to a cell. Its applications are wide-ranging, and the most important of those concerning human health are:
- Gene therapy
- Regenerative medicine
- Vaccines & immunotherapy
- Stem cell therapy
- Pharmacogenomics
Biomedical Engineering is also an interdisciplinary field that combines the knowledge of Biology with modern applications of Engineering, with the aim of developing innovative approaches to important problems in Medicine. Biomedical Engineering is divided into six main areas:
- Biomedical instrumentation
- Drug design & drug delivery
- Biomaterials
- Computational biology, system biology and medical informatics
- Medical biomechanics
- Clinical Engineering
The ultimate goal of all aspects of Biomedical Technology is to improve the provision of health services to humans, in terms of disease prevention, diagnosis and treatment, through understanding the basic principles of biological systems and developing efficient technologies.
Biomedical Technology is a rapidly growing field with inexhaustible practical applications in the real world. The field of Biomedical Technology offers a huge range of options, competitive salaries and a promising and secure professional future.
Monday – Friday
In the Morning: Each day students will attend three lectures by distinguished scientists and professionals of the field.
Lunch Break
In the Afternoon: Students will choose one of the following workshops to attend, all five days.
- Workshop A: Genetic variety: in search of our uniqueness. Bioethical considerations in the face of the possibilities of biomedical technology.
- Workshop B: Robotics Laboratory: Simulating cellular functions in the lab.
Saturday
On Saturday morning, students and their parents will be invited to an event that will include:
- Presentation on academic and career options in the broader field of Biomedical Engineering and Biotechnology.
- Presentation by groups of students of the products they created in the context of their workshops.
- Awarding of attendance certificates
| SPEAKER | TITLE OF LECTURE |
| MONDAY, JUNE 23th | |
| D. Zoudiou, Biology teacher, CGS |
Scientific fields of Biomedical Engineering and Biotechnology |
| D. Vrachatis, Doctor, Cardiologist, Lecturer on Biomedical Engineering in Medicine School, Athens |
Portable Devices at the Service of Medicine: The Example of Arrhythmia |
| D. Vrachatis, Doctor, Cardiologist, Lecturer on Biomedical Engineering in Medicine School, Athens |
Innovative Devices at the Service of Cardiology |
| TUESDAY, JUNE 24th | |
| Th. Pastroma, Molecular Biologist & Embryologist, Head of Embryology Laboratory GENNIMA |
Embryology: creating life under the microscope |
| Th. Pastroma, Molecular Biologist & Embryologist, Head of Embryology Laboratory GENNIMA |
Laser και Artificial Intelligence in embryology laboratory |
| S. Mavrikou, Associate Professor, Cellular Technology Lab, Department of Biotechnology, School of Applied Biology and Biotechnology, AUA, Athens |
Biosensors: biotechnology applications in the service of health |
| WEDNESDAY, JUNE 25th | |
| G. Pavlopoulos, Bioinformatics Research Director, BSRC “Alexander Fleming” Institute, CEO of BioInnovation Greece |
The role of bioinformatics in biotechnology |
| G. Pavlopoulos, Bioinformatics Research Director, BSRC “Alexander Fleming” Institute, CEO of BioInnovation Greece |
The role of Artificial Intelligence in Biomedical Technology |
| F. Thanati, Biologist, Clinical Research Associate II | PPD Global, Thermo Fisher Scientific |
Preclinical and clinical studies in drug development |
| THURSDAY, JUNE 26th | |
| G. Kasimatis, Doctor, Orthopedic surgeon |
Current developments in Orthopedics – Orthopaedic Update |
| Ch. Michael, Associate Professor, Department of Biomedical Engineering, School of Engineering, PADA |
Basic Applications in Medical Imaging |
| Ch. Michael, Associate Professor, Department of Biomedical Engineering, School of Engineering, PADA |
New technologies and Artificial Technology in Medical Imaging |
| FRIDAY, JUNE 27th | |
| St. Michalopoulos, Researcher, Regenerative Medicine Laboratory, IIBEAA, Hellenic Cord Blood Bank |
Regenerative medicine and Stem Cells |
| K. Gousgou, Assistant Professor, Medicine, University of Athens, Co-Founder and CEO of GENOSOPHY |
Precision Nutrition: How our genes determine what we should eat |
| F. Thanati, Biologist, Clinical Research Associate II | PPD Global, Thermo Fisher Scientific |
Therapeutic applications of Biotechnology: gene therapy, pharmaceutical proteins and Crispr-Cas9 |
| SATURDAY, JUNE 28th | |
| D. Zoudiou, Biology teacher, CGS |
Academic and career options in the field of Biomedical Technology |
| Students | Presentation of their laboratory work |
The program will take place at the CGS facilities and will last one week, specifically: Monday, June 23 – Saturday, June 28, 2025
Students from all public and private schools who have completed at least the 9th grade or the IB Diploma Programme are eligible to participate.
The total participation cost is 430 euros. This includes the following:
- Lectures and workshops by scientists
- Brochure with informational material
- Stationery and souvenirs
- Snacks and lunch
- Certificate of participation
- Transportation by school bus
- Insurance coverage
Payment Details
The deposit of the money to the beneficiary: «Εκπαιδευτήρια Κωστέα- Γείτoνα AE» can be made to one of the following bank accounts:
Ε.Τ.Ε
Bank account: 075/470100-38
IBAN: GR54 0110 0750 0000 0754 7010 038
PIRAEUS
Bank account: 5019-017-438-809
IBAN: GR02 01 72 0190 0050 1901 7438 809
ALPHA BANK
Bank account: 142 00232 0000 948
IBAN: GR56 0140 1420 1420 0232 0000 948
EUROBANK
Bank account: 0026.0201.92/ 0200.214.519
IBAN: GR200 260 20100 009 20 200 214 519
General Information
For more information, please contact the program manager, Ms. D. Zoudiou: 6974301664, biomed@cgs.edu.gr
