Details

Published: 20 February 2018

Coordinator: Prof.ssa Sabata Martino

Phone: +39.075.585.7442

E-Mail: This email address is being protected from spambots. You need JavaScript enabled to view it.

Spring School on Biotechnologies 2025

A. Introduction

General aim of the PhD course in Biotechnologies is to provide a thorough background in biotechnological research, for purposes ranging from basic research to technology transfer. The programme comprises three curricula, namely “Medical Biotechnology”, “Molecular and Industrial Biotechnology” and “Biomaterials and Biodevices”.

B. Articulation in curricula

1. Medical Biotechnologyis mainly focused on molecular and clinical diagnostics and development of innovative and customized therapies. The topics of the PhD program spans from the development of pharmacological tools to defeat a variety of diseases to the genetic processes that lead to organ regeneration. Active areas of research include molecular cell mechanisms in cancer, pharmacology of biotech drugs, cell biology (including stem cell biology), development of new medical devices. The educational objectives of the program encompass collaborative exchanges with national and international partners and internal classes on biotechnology disciplines.
2. Molecular and Industrial Biotechnology focuses on active research areas such as: advanced genetic and microbial biotechnologies, cellular technologies for manipulation of stem cells, gene expression and cloning in prokaryotic and eukaryotic cells, biotechnological large scale production of useful bio-molecules, bio-based products, and recombinant cells; genetic, genomic, proteomic and cellular function analyses through technological approaches in silico, ex-vivo and in vivo; molecular and cellular technologies for biomedical application and for drug discovery, biotechnological strategies for industrial processes linked to chemistry, green-chemistry, biochemistry, supervision and quality control of biotechnological systems. Analysis and management of the biodiversity, environmental sustainability with special focus on the biotechnological productions.
3. Biomaterials and Biodevicesis primarily concerned with the design and development of smart biomaterials that, together with the synthesis of nanostructured sensors, is opening new frontiers to biotechnology. Indeed, biomaterials and bio-devices represent an emerging research area applicable in all fields of biotechnology (red, green and white), playing a significant role in food and nutrition sciences, biomedicine, agriculture, imaging and many other technological fields.

C. Educational Objectives

The objectives integrated with the three-year teaching and research activities for the thesis, on site or abroad, are:

1st year: learning of theoretical and experimental knowledge with lessons and laboratory activities, under tutoring.

2nd year: development of the research project, participation in conferences, participation in teaching and training activities.

3rd year: research and continuous updating, drafting of the experimental thesis.

D. Teaching Activity

Doctoral students must earn 30 teaching credits over the three-year period. Each student submits an annual training and teaching plan in January of the first year (two months after the start of the program) and at the end of the first and second years (October 31).

Teaching is distinct from training: while teaching is measured in credits, training contributes to the doctoral student's preparation and is recorded in their curriculum.

The 30 credits can be earned through four types of teaching:

1. Type A teaching – organized by the doctoral program to which the student belongs.
2. Type B teaching – organized by other doctoral programs, both at the University of Perugia and at other universities.
3. Type C teaching – transversal teaching offered by the University of Perugia.
4. Type D teaching – conferences and doctoral schools.

It is specified that all teaching activities must be at the doctoral level; therefore, credits cannot be obtained from bachelor's or master's degree courses.

Each doctoral student in the Biotechnology program must record their completed activities in the designated Excel file within their personal folder and store the corresponding certificates in the qualifications folder.

Further details on teaching, the credits earned for each type, and all other relevant aspects can be found in the guidelines file, available for download here. 

Learning activities Archive:

Learning activities 2025

Learning activities 2024

Learning activities 2022

Learning activities 2021 

Learning activities XXXVII Cycle

Learning activities XXXVI Cycle

Learning activities XXXV Cycle

Learning activities XXXIV Cycle

All materials are available in the Unistudium page of the doctorate.

Lectures in remote mode will be held in the Teams Room of the doctorate.

Round table: Biotecnologie e Società 2020

Round table: Biotecnologie e Società 2019

Winter School on Biotechnology 2018 (5 CFU)

E. Competences

E1. Linguistics

The Doctoral Course offers doctoral students the opportunity to participate to foreign language courses held at the University Language Canter (CLA). The levels of language courses offered at the CLA refer to the Common European Framework of Reference (CEFR). The language courses may have a six-month (10 ECTS) or an annual (13 ECTS) duration. At the end of the course the level achieved in the individual language skills will be assessed.

E2. Information technology

The Doctoral Course offers doctoral students the opportunity to participate in computer and labs already offered in other University study courses. Specific courses will also be organized in modules of 1 CFU (for example the use of software for data analysis, word processing programs, archiving and import programs for bibliographic data; in-depth study on databases and their consultation). For these courses, a verification of the level of knowledge acquired will be provided.

E3. Management of research, knowledge of research systems and funding systems.

The Doctoral Course offers the opportunity to participate to 1 CFU courses on research management, knowledge of research systems and funding systems. The courses will deal with: research design and development techniques; drafting and management of financial plans for research projects; project management by stages of work progress and their reporting; management of relations with lenders. The courses include a final check.

E4. Enhancement of research results and intellectual property

The PhD course offers the opportunity to participate to six 1-CFU courses on the enhancement of research and intellectual property. The 6 courses will cover: the transition from basic to applied research; research enhancement techniques; the funding of applied research; the protection of intellectual property; the intervention of universities in favour of patents; business creation and research spin-offs. The courses include a final verification.

F. Job and career opportunities

The aim of the doctorate is to develop skills and deep understanding in the experimental design, analyses and data management in order to achieve autonomy research and project management. This will allow:

1. Allocation in the field of research (universities and other public and private research institutes);

2. Allocation in biotechnological industries, in public and private companies / entities operating in the service sector and specifically: research and development laboratories and production and quality control departments in biotechnological companies and other companies interested in biotechnological innovation such as chemical companies (fine chemicals, bioenergetics, innovative materials), pharmaceuticals, agri-foodstuffs;

3. Allocation within the NHS.

G. Agreements and cooperation with third parties

G1. Foreign universities affiliated

1. THE HEBREW UNIVERSITY OF JERUSALEM - Israel
2. NICOLAUS COPERNICUS UNIVERSITY OF TORUN - Poland

G2. Other associated / affiliated Bodies / Companies

1. ANGELANTONI LIFE SCIENCE

       2.COSTA D'ORO S.P.A.

G3. Other bodies / companies with collaborations

1. Brunner Tomas Universität - Konstanz, Germany
2. Saarland University, Germany
3. Libert Claude Universiteit Gent, Belgium
4. Katholieke Universiteit Leuven, Belgium
5. Jurga Stefan - Nanobiomed Center- Poland
6. Ospedale Casa Sollievo della Sofferenza - Italy

Useful documents and links

PhD Board

PhD info

Regolamento del Dottorato in Biotecnologie

Regolamento di Ateneo dei corsi di Dottorato di Ricerca

Moduli per soggiorni all'estero

Modulistica

Ufficio Scuole di Dottorato

Details

Published: 08 February 2018

Buddy of our Department (student collaborators for reception and orientation, incoming and international students, as well as orientation and tutoring activities for University students who intend to apply for outgoing mobility grants) are:

Useful links

The Erasmus+ program

Details

Published: 13 April 2026

Il giorno 19 maggio 2026, dalle ore 09:00 alle ore 13:00, presso l’aula F del Dipartimento di Chimica, Biologia e Biotecnologie, si effettueranno le elezioni dei rappresentanti nella Giunta del medesimo Dipartimento, per il triennio 2025/2026 – 2027/2028.

Decreto

Convocazione

Details

Published: 27 June 2022

Training activities scheduled in the academic year 2025/2026 (download xlsx)

Training activities scheduled in the academic year 2024/2025

Training activities scheduled in the academic year 2023/2024

Second semester

First semester