• Software Engineering

    The Master of Science (M.Sc.) program in Software Engineering provides
    students with the tools that enable software engineering professionals
    to complete quality software development within an assigned budget
    and timeframe.
    Its courses include advanced software development methods, learning
    systems, complexity of algorithms, software quality assurance,
    numerical analysis, requirements engineering and coding.
    Graduates are fully capable of analyzing and developing software using
    the most modern computer science methods.

  • Biotechnology

    Biotechnology is a dynamic field with a constant accumulation of new
    scientific knowledge and technologies.
    The biotechnology industry encompasses unique and challenging
    technologies, regulations, and ethical issues.
    The Master of Science (M.Sc.) program in Biotechnology offers
    up-to-date, advanced courses in biotechnology with two optional tracks
    of specialization: Biotechnology Product Development and Research &
    Clinical Trials.
    The first track includes courses in design, process analysis, and
    management, all necessary tools for the development of
    biotechnological products.
    The second track includes advanced courses in design, analysis and
    regulatory issues, as well as the performance of medical research
    and clinical trials.

  • Industrial Engineering & Management

    In order to compete in the international arena, industry and service
    sectors need engineers with modeling capabilities, systemic perception,
    and advanced managerial skills.
    The Master of Science (M.Sc.) program in Industrial Engineering and
    Management is an application-oriented program that focuses on
    providing academic knowledge while nurturing creative and thoughtful
    Graduates will be equipped with an array of skills and knowledge,
    ranging from critical reading of professional publications to the
    necessary tools and methods for developing, analyzing and implementing
    complex models, case studies, and fielddata analysis. Studies are
    designed to accommodate students working as fulltime engineers.

  • Mechanical Engineering

    The Master of Science (M.Sc.) program in Mechanical engineering
    enables students to expand and to deepen the knowledge acquired
    during their B.Sc. study in order to get to the cutting edge of
    the research and development in their discipline.
    The program offers further analytical/engineering background together
    with a focus on production processes, solid mechanics, and materials
    The above expertise can bridge the gap a mechanical engineer may face
    during his work in the field of materials, a discipline that is known
    to be developing rapidly.
    In addition, a national need for experts in the field of manufacturing
    processes has been identified over the last two decades.
    The M.Sc. in Mechanical Engineering program meets these needs and
    gives its graduates an added value in the labor market.

  • Systems Engineering

    Contemporary technological systems are typically comprised of several
    components, integrating specific knowledge from fields such as
    electrical, mechanical, and software engineering. The Master of
    Science (M.Sc.) program in Systems Engineering provides students with
    system-wide, multidisciplinary understanding and the ability to
    engineer complex products, processes, and services by leveraging
    a methodological systems engineering approach.
    The core courses provide a profound understanding of the theories
    and principles of systems engineering and technology management,
    and a set of tools for engineering management, analysis, and

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