Wikipedia, a free encyclopedia,
defines Mechatronics as below:
Mechatronics is the
synergistic
combination of
mechanical engineering ("mecha" for
mechanisms, i.e.,
machines
that 'move'),
electronic engineering ("tronics" for
electronics), and
software engineering. The purpose of this interdisciplinary
engineering field is the study of
automata
from an engineering perspective and serves the purposes of controlling
advanced
hybrid systems.
Synergies may be in terms of
performance, physical dimension, cost, power efficiency, time for
development, dealing with complexity, and so on. Industrial products are
becoming more and more sophisticated and complex, and industry must
respond to the needs of market and society with high-quality products in a
timely manner. Thus, mechatronics has made major impacts in a variety of
industries such as automotive, consumer electronics, biomedical and
robotics/automation. At the same time, mechatronics has become popular at
universities worldwide from the viewpoint of research as well as
education. Research topics relevant to mechatronics are diverse and
include actuators/sensors, microelectromechanical systems (MEMS),
mechatronic devices/machines, control of mechatronic systems,
human-machine interface/haptics, embedding computing and software
engineering and design/integration methodologies for mechatronic systems.
Research has been active on specific engineering systems to which
mechatronics play key roles: automotive systems such as suspensions, power
trains and steering systems, mobile robots and precision motion control
systems to name a few. Some universities have established a mechatronics
program, a mechatronics option or even a mechatronics department in their
undergraduate and/or graduate engineering curriculum. Regardless of
whether mechatronics is explicitly mentioned, almost all engineering
schools have given serious thoughts and enhanced their programs so that
their graduates are ready to successfully face today's industrial
challenges and practice mechatronics.
Having realized this need, some
professors in Bangladesh started
thinking of incorporation of mechatronics course at engineering
universities in the country. Among these professors Prof. Dr. Fazle Elahi
from IIT (Now
IUT),
Prof. Dr. Taher Ali from
BUET et al are forerunners. They held many seminars for advocating the
importance of this multidisciplinary engineering field of study. At
length, BUET
introduced mechatronics as a 3 credit-hour course in undergraduate
mechanical engineering program in 2000. The aforesaid two professors also
taught the undergraduate students this subject. From then on,
BUET is continuing
with its efforts to educate the students with this state-of-the art
engineering field. Today,
BUET students are taking part in many mechatronics projects, many of
which are held abroad. They are proving their talents by winning
international recognitions. Prof. Zahurul Haque has played a colossal role
in this journey.
Following the foot steps of
BUET, other
engineering universities have also emphasized the importance of this
field. CUET now
teaches mechatronics in its undergraduate program.
WUB is awarding a
Bachelor degree in mechatronics (B. Sc in Mechatronics). Many students are
now heading towards WUB
in order for obtaining a degree in Mechatronics.
WUB has recently
organized an international seminar on mechatronics. Prof. Hubert Roth of
University of Siegen,
Germany was the chief guest of this conference. Khondokar Md.
Zakir Hossain has conducted this conference. It was a huge success- most
of the television channels and national dailies have covered this seminar.
Participation in this seminar from the noted industrialists was really
noteworthy.
