קישורים שימושיים
Master of Science (M.Sc) in Biotechnology (with thesis)
The field of biotechnology encompasses a wide range of areas of practice and various institutions in which biotechnological knowledge is applied, focusing on the fundamental aspects of life: food, medicine, and the environment.
Undergraduate programs generally provide the basic scientific and engineering tools required for work in all areas of biotechnology. However, there is a need for experts in specific branches of biotechnology who require knowledge beyond what is offered in a bachelor’s degree.
In light of the continuous growth in the number of biotechnology companies in Israel, the expectation of further growth in the future, and the wide variety of topics included in the field, there is an increasing demand in both the private and public sectors for individuals with education and expertise in specialized areas of biotechnology. The master’s program enables students to concentrate on these unique fields. In particular, students will acquire research skills in a variety of areas that will allow them to integrate into research laboratories and companies working in advanced fields.
By its nature, biotechnology is a dynamic and evolving discipline. Therefore, professionals in the field must update their foundational knowledge and stay current with topics at the forefront of science and technology. Additionally, those working in biotechnology must cope with technological and regulatory challenges, some of which do not exist in other professions or whose solutions cannot be transferred from other fields.
The curriculum will train students to design and conduct research using innovative techniques, while deepening their theoretical knowledge in a wide range of biotechnological disciplines.
Objective of the Program
Biotechnology is a science that integrates knowledge from many fields and is based on a variety of disciplines within the natural sciences. Advanced study in the field requires the ability to integrate information, deep understanding, and a research-oriented perspective.
Program Objectives:
- To acquire knowledge and skills for conducting research in various areas of biotechnology
- To broaden and deepen the education of students in fields required by the biotechnology industry and research sectors
Research Areas and Laboratories
In the Department of Biotechnology Engineering, research is conducted in a variety of fields in which students may take part as part of their research work:
| Identification of new domains involved in the Type VI secretion system (T6SS) | Assoc. Prof. Eran Bosis |
| Optimization of protein production in yeast for the food industry (alternative proteins), the biopharmaceutical industry, and environmental applications | Assoc. Prof. Eran Bosis |
| Targeted delivery of drugs to the brain for the treatment of neurodegenerative and psychotic disorders | Dr. Idit Golani |
| Investigation of innovative treatment mechanisms for psychotic symptoms (depression, anxiety, schizophrenia) in in-vivo models | Dr. Idit Golani |
| Bacteria–plant interactions as a solution to crop loss in agriculture and storage: identification and characterization of microbial pesticides and preservatives | Dr. Lilach Iasur Kruh |
| Preparation and characterization of functional nanoparticles for fiber-optic sensor systems used in the detection of contaminants in the human environment | Dr. Iris Sonia Weitz |
| Design and development of systems for controlled delivery and release in cancer treatment, based on nano-encapsulation of inorganic nanoparticles, dyes, and drugs | Dr. Iris Sonia Weitz |
| Characterization and application of food industry waste as raw materials for plant-based dairy alternatives | Dr. Dafna Pascoviche |
| Molecular modeling of materials and biomaterials | Dr. Dafna Knani |
| The research focuses on the development and production of biomaterials for medical applications inspired by structures found in nature. By studying the relationship between structure and function, we develop materials that enable healing, regeneration, or replacement in pathological conditions | Prof. Sarit Sivan |
| The ongoing search for biomarkers to predict pregnancy complications | Prof. Marei Sammar |
| Understanding the interplay between the immune system and trophoblast cells at the maternal-fetal interface in preeclampsia | Prof. Marei Sammar |
The department’s faculty members are engaged in a wide range of research fields – see details.
To find a research laboratory, check the labs listed under the “Research Laboratories” page on the department’s website.
Send an email to the head of the lab, detailing your areas of interest and expertise, and indicate whether you would like to meet and tour the lab. During the lab tour, talk with the students about the nature of the work in the laboratory.
Since a research-based master’s degree requires a significant time commitment, it is recommended to carefully choose the most suitable laboratory.
Master of Science (M.Sc) in Biotechnology (without thesis)
The program is unique in Israel in that it provides academic training in research and clinical trial management, as well as in product development within the biotechnology industry. The curriculum includes courses on cutting-edge scientific topics, alongside practical courses covering regulatory aspects of clinical trial management and subjects related to management, marketing, and project planning in biotechnology.
This training opens highly sought-after career opportunities for graduates and advancement into managerial positions in the biotech industry. The program places strong emphasis on a practical approach and a supportive learning environment. The faculty includes expert professionals from both academia and industry.
Objective of the Program
The biotechnology industry is a diverse sector engaged in a wide range of fields, including the development and production of drugs, vaccines, diagnostic tests, food quality improvement, environmental quality, and more. It is a dynamic industry characterized by a complex product development process and strict regulatory requirements. The goal of the program is to provide up-to-date knowledge in biotechnology to professionals in the field and related areas, equipping them with practical tools and understanding in two main areas:
Product Development in the Biotechnology Industry – In Israel, there is a noticeable shortage of mid-level managers in the biotechnology industry, which limits the full realization of scientific knowledge into commercial products. The program provides students with management tools, organizational skills, and industry-specific practices that enable an integrated operational perspective of all factors involved in product development and manufacturing.
Research and Clinical Trial Management – Israel is a recognized and preferred site for conducting clinical trials, with many companies developing new products operating in the country. The M.Sc. program in biotechnology is unique in Israel in offering academic specialization in this area. The program contributes both to expanding the scientific foundation and to acquiring practical knowledge required for managing clinical trials. Graduates are prepared to take part in building clinical research frameworks in monitoring and supporting companies in the biotechnology industry or within biotechnology companies themselves.
Study Program
The program is designed for individuals with a bachelor’s degree in life sciences, biomedicine, biotechnology engineering, or related fields. It addresses the need for biotechnology professionals to expand and deepen their knowledge and to be exposed to advanced topics and innovative technologies in the field.
The program is aimed at professionals working in the industry, companies, or other biotechnology-related positions. The study format allows students to pursue their studies alongside their work.
The duration of the program is two years. Classes are held once a week in the afternoons and on Fridays for four semesters. In addition, intensive workshops are held during the summer semester.
Program Structure
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Core Courses – Core courses provide in-depth knowledge in biotechnology (genetic engineering, protein, cell, and tissue technologies); foundational courses on the design, execution, and regulation of medical research, clinical trials, and biotechnology product development; and workshops addressing commercial, legal, and ethical aspects of biotechnology.
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Elective Courses – Elective courses expand the scientific foundation and allow students to focus on one of two areas: product development in the biotechnology industry or research and clinical trial management.
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Final Project – The final project is based on a multidisciplinary work model, as is common in the biotechnology industry. Students apply the knowledge and skills acquired in courses to develop a biotechnology concept, addressing its scientific, clinical, regulatory, and managerial aspects.
Upon completion of the program, students receive a research-based M.Sc. degree in Biotechnology. To be awarded the degree, students must accumulate 45 credit points.