Research-Based Master’s in Life Sciences (.M.Sc)

עברית

What will you study, and why should you study at Bar-Ilan?

.M.Sc

Biological systems around us—from single cells to entire ecosystems—depend on complex interactions: communication between proteins, cellular signaling pathways, dynamic genetic regulation, interactions between organisms, and the influence of environmental factors on physiological stability.

Despite remarkable scientific progress, many fundamental questions remain open: How do cells respond to stress? How does the immune system recognize and counter new threats? Which mechanisms maintain physiological stability? How do environmental changes shape the behavior of organisms and ecological systems?

The Research-Based Master’s in Life Sciences at Bar-Ilan University allows students to explore these questions in depth using advanced technologies such as genetic sequencing, structural biology, advanced imaging, and computational modeling, alongside a deep study of the mechanisms that govern life. The program combines thesis research in active laboratories with advanced theoretical coursework, providing access to cutting-edge research infrastructure, interdisciplinary expertise, and personalized mentorship from leading researchers.

Students gain exposure to a broad range of research areas, including microbiology, cell biology, genetics and genetic engineering, neurobiology, ecology, marine biology, immunology, biochemistry, botany, and other advanced topics. They develop critical skills for modern researchers: analytical thinking, biological data analysis, precise experimental work, and the ability to generate evidence-based insights.

The program is designed for graduates of life sciences and related fields who wish to deepen their knowledge base, engage in front-line scientific research, and contribute to solutions in health, biotechnology, agritech, genetics, and environmental sciences.

A research-based Master’s degree equips graduates with advanced analytical and practical skills, opening doors to a wide range of prestigious careers:

  • Biotech and Pharmaceutical Industry: Key roles in research and development (R&D) at pharmaceutical companies, biotechnology firms, and start-ups, as well as positions in clinical trial units

  • Academia and Research: Integration into research institutes, academic institutions, and medical laboratories in hospitals

  • Diverse Industries: Research and development roles in agriculture, food production, and cosmetics

  • Public and Environmental Sector: Positions in environmental organizations and the Ministry of Environmental Protection

The research-based track is completed in approximately two years (excluding any prerequisite year) and comprises 40 credits:

24 credits of coursework and seminars, including:

  • Advanced core courses in life sciences

  • Two departmental seminars

  • Participation in the departmental colloquium

  • Up to 4 credits from relevant courses in other departments (with approval)

16 credits for the research thesis

From the start of the program, students are integrated into an active laboratory. At the end of the first year, students must submit a detailed research proposal to the Faculty committee, including objectives, significance, work plan, and preliminary results.

Final Grade Calculation:

  • 75% based on the thesis

  • 25% based on the average of coursework grades

Sample Courses in the Program

Molecular and Cellular Biology

  • Molecular Biology of Aging

  • Cell Growth and Death Regulation

  • The RNA World

  • Clinical Genetics

Immunology and Medical Biology

  • Cancer Immunology and Immunotherapy

  • Immune System Regulatory Mechanisms

  • Rare Genetic Diseases: Sequencing, Diagnosis, and Treatment

  • Cancer as an Infectious Disease

Neurobiology and Neuroscience

  • Biological Mechanisms of Learning and Memory

  • Effects of Addictive Substances on Brain Function

  • Structure and Function of the Nervous System

Biochemistry and Physiology

  • Cardiovascular Physiology

  • Digestion and Excretion

  • Social Processes in Bacteria

  • Adaptive Mechanisms to Environmental Stress

Ecology, Flora, and Environment

  • Plant Ecology in Israel

  • Plant Diseases and Environmental Implications

  • Advanced Technologies in Scientific Research

  • Biomimetics – Nature-Inspired Problem Solving

Methodological Core Courses

  • Principles of Scientific Instrumentation and Data Analysis

  • Biostatistics and Introduction to Clinical Trials

  • Introduction to Computer Science for Biologists (new course)

The research-focused nature of the program allows each student to join an active laboratory from the very beginning and participate in cutting-edge research conducted across the faculty’s diverse research groups.

Core Research Areas Include:
Immunology, biochemistry, molecular biology, cell biology (including cancer cells), genetics and genetic engineering, medical and general microbiology, virology, neurobiology, marine biology, ecology and environmental biology, animal and plant physiology, botany, systems biology, pharmacology, structural biology, photobiology, molecular parasitology, gerontology, human and animal fertility, bioinformatics, and vision sciences.

Specialized programs or tracks (e.g., Biotechnology, Computational Biology, Vision Sciences, Nanotechnology) include additional academic requirements tailored to the discipline.

Advanced research techniques students will experience:

  • CRISPR, DNA/RNA sequencing, genetic cloning

  • Confocal, fluorescence, and 3D microscopy

  • Cell culture, stem cells, and animal models

  • Organ-on-Chip, microfluidics, and synthetic biology

  • Protein analyses (Mass Spectrometry, Western Blot, ELISA)

  • Spectral flow cytometry and optogenetics

  • Omics analyses: genomics, proteomics, metabolomics

  • Computational modeling and bioinformatics

  • Marine research: underwater imaging, marine research equipment, and submersible robotics

Laboratory experience provides students with advanced research skills, including experimental design, precise execution under controlled conditions, statistical analysis and biological interpretation, scientific report writing, and teamwork in a multidisciplinary environment.

  • Minimum average: 80 in a relevant bachelor’s degree

  • Applicants with an average below 85 may be required to attend an admissions interview

  • Supervisor requirement: A suitable supervisor must be identified before formal admission

  • Students without a background in life sciences may be required to complete a preparatory year (minimum average: 80)

  • English proficiency: Equivalent to exemption level

Want to learn more about the research-based M.Sc. in Life Science?

Last Updated Date : 18/01/2026