One
of the great needs in
1.2 OBJECTIVES OF THE DEPARTMENT
The
objectives of the Department are extensive and include educational and research
programs of internationally recognized standards, designed to prepare students
for scientific positions in or out of academia. Services are being offered by
the department both locally and nationwide. Locally, the department teaches
general physics to all students including those in the
In
physics the subjects are studied from the point of view of understanding the
underlying concept rather than just purely applying them, as is the case in
engineering disciplines. Physicists, therefore, receive a much broader training
in the fundamentals of science.
Each
program at KFUPM is a blend of basic and specialized topics. The physics
program is no exception. This is in line with the world-wide trend. Since the
invention of computers in the fifties and the newly emerging nuclear industry
in the sixties, universities over the world have introduced specialized
programs to prepare physicists to move into these newly emerging fields.
The
department of physics at KFUPM now offers physics graduates the opportunity to
specialize in various fields such as Nuclear Physics, Elementary Particles,
Lasers and Condensed Matter, and Medical Physics. Students, who do not wish to
specialize in physics but, instead, pursue a career in teaching or move into
related field such as engineering or computer science, are given a solid
background in all main areas. However, if s student has an inborn desire to
study the pure sciences, he will have the opportunity to develop his major.
Once he graduates, he will realize that there are many and diverse
opportunities for him to use his unique talents at the frontiers of the
industrial and academic world.
The
person who studies and practices physics must be interested in the physical
world around him. He must have an inquiring mind and must always ask questions
and try to find answers to them. Why is glass transparent? What are the
unifying laws of the universe? How are TV pictures transmitted across the
continents? The study of physics enables one to answer these and other
fundamental questions.
A
physicist therefore needs the broadest possible training as his field overlaps
with those of mathematicians, chemists, engineers, and so on, and the reward is
great! Besides the satisfaction of finding answers to fundamental questions,
his training, which is the most versatile of all branches of science, gives
enormous opportunities for a wide variety of employment.
Most
technological advances and inventions ranging from the steam engine to the
fastest computer are based on physics. One of the basic things a physicist
learns is the scientific approach to problem-solving, namely, identifying a
problem, analyzing it, and finally, developing ways of solving it. This makes
it easy for a physicist to fit in many fields, outside his specialty and be
involved in most aspects of technological development.
As
we look to the future in