Undergraduate

The Applied Mathematics program prepares students for the integration
and practical application of mathematics to advanced technological
developments across a wide range of fields, such as semiconductors,
lasers, non-linear optics, optic fibers, nanotechnology, robotics,
and computerized imaging. Graduates of the program help to fulfill
the strong industry demand for professional applied mathematicians
who can expertly integrate mathematical theory with engineering
practice.

The Biotechnology Engineering program provides comprehensive
engineering training together with a well-rounded education
in the sciences, exposing students to the most advanced
approaches, while placing a strong emphasis on current
industry practice.
Graduates have established successful careers in
pharmaceutical development, biotechnology, agriculture,
life sciences, environmental protection, and the food industry.

The Electrical and Electronic Engineering program places a strong
emphasis on the development ofcognitive skills with intensive practical
training, to create professionals of the highest academic standards with
the capacity to excel in a dynamic industry.
Students can choose from several available fields of study, including:
computerized systems, signal and image processing, electro-optics,
RF, and communications.
Graduates go on to attain desirable positions in the electronics industry
and hi-tech companies.

The Industrial Engineering & Management program provides broad
knowledge in the planning, operations, and management of complex
industrial and service systems. The program integrates the fields
of engineering, technology, social sciences and management for a
wide-reaching academic experience that meets the demands of the
twenty-first century.
The graduate body is comprised of professionals with strong
backgrounds in operations management, system design, and
information systems.

The Information Systems Engineering program prepares students for
careersin analysis, characterization, design, implementation, maintenance,
and management of information systems.
In a competitive world, information systems engineers must possess the
ability to define an organization’s informational needs and design the
most effective processes. Graduates enter the workplace with
sophisticated skills that ensure success.

The Mechanical Engineering program offers solid expertise in modern
engineering practices and robust theoretical knowledge for careers in
advanced industry. Courses are designed to cultivate multi-faceted
capabilities, combined with the absorption and implementation of
new technologies.
Students can choose from four available majors: design &
manufacturing, plastics & plastics processing, mechatronics,
and biomaterials.

The Optical Engineering program offers an outstanding academic
curriculum that meets the growing demand for engineers with
expertise in this dynamic and robust field.
Studies include a unique balance of practical engineering
experience with scientific and mathematical theory, to ensure that
students are well-equipped to face realworld challenges in their
professional engineering careers.
The program provides three tracks which are offered from the
third year: extended optics, electro-optics, and mechanical-optics.
The optical engineering program is training a new generation of
engineers with the skills to succeed in a demanding industry based
on fast-paced technological developments.

The Software Engineering program offers comprehensive academic
training in theoretical sciences and engineering. Its courses are
continually adapted to suit current academic and professional
demands in this dynamic field.
The degree is offered with three tracks: network & computer design,
scientific programming, and software systems & algorithms.
Graduates of the program work in leading software engineering
companies.