PGMP "Pharmaceutical Biotechnology"
Syllabus
ETCS Credits
Master’s Program in Pharmaceutical Biotechnology
The syllabus of the PGMP in Pharmaceutical Biotechnology has been developed through a close collaboration between faculty members of the Department of Molecular Biology & Genetics and executives from PHARMATHEN. Valuable input from alumni of the Department, who are actively involved in the field of Pharmaceutical Biotechnology abroad, as well as from those working in the Greek pharmaceutical industry, played a crucial role in shaping the final structure of the programme. Given that 50% of postgraduate students are expected to be employed professionals, the programme places particular emphasis on its structure and educational activities. These have been designed with a student-centred approach, enabling each participant to customise their learning experience and follow a personalised learning path.
To earn the Master’s Degree, students must complete a total of 90 ECTS credits over three semesters. Coursework, comprising 60 ECTS credits, is distributed across the first two semesters (A and B). The third semester (C) focuses on the implementation, preparation, public presentation and evaluation of the Master's thesis, accounting for 30 ECTS credits.
Educational activities are delivered in a blended format, with 50% in-person learning and 50% distance learning, of which 35% is synchronous and 15% asynchronous.
The syllabus for the PGMP is outlined below:
The aim of the course is to provide graduate students with in-depth knowledge of the molecular mechanisms that govern biological processes in higher organisms, with an emphasis on the regulation of gene expression…
METHODOLOGY, TECHNIQUES & SKILLS
The aim of the course is to provide graduate students with the necessary knowledge to understand the modern technologies required in the field of Pharmaceutical Biotechnology.
The aim of the course is to provide graduate students with a comprehensive understanding of the development, production, and use of biopharmaceutical products, such as monoclonal antibodies…
The aim of the course is to equip graduate students with the technical competencies and skills required for the technologies used in Pharmaceutical Biotechnology.
The objectives of the thesis are to develop the research skills of graduate students and their ability to produce high-level scientific work through solving a topic/problem…
In addition to the core courses, postgraduate students will also participate in the following educational activities:
A. Preparation CycleGiven the diverse academic backgrounds of students (e.g. Biologists, Chemists, Pharmacists, etc.), a preparatory cycle is organised before the programme begins. This ensures that all participants acquire the necessary foundational knowledge to follow the course. In addition, specific textbooks are recommended to support particular groups (e.g., Molecular Biology textbooks for Chemistry graduates), helping to strengthen their understanding of the subject matter.
B. Entrepreneurship and Innovation Workshop This workshop, organised by PHARMATHEN, aims to introduce postgraduate students to the fundamental concepts of innovation within the field of Pharmaceutical Biotechnology. Participants will explore contemporary trends, key factors and the sector’s competitive landscape. The importance of open innovation and collaboration within biotechnology will also be examined. Furthermore, students will gain insight into the relationship between intellectual property and innovation, while addressing the challenges of developing and implementing innovative ideas in the pharmaceutical industry. The workshop includes the following modules:
- Pharmaceutical Biotechnology Today (trends, key factors, etc.)
- Innovation in Pharmaceutical Biotechnology
- Open Innovation and Collaboration
- Intellectual Property and Innovation
- Mini Innovation Competition
C. Seminars and Lectures by Guest Researchers These sessions will be held either in-person or online, featuring expert guest researchers in the field.