INTRODUCTION
Mr. Vice
Chancellor, I have read widely on different inaugural lectures from various
Universities so as to emulate to some extent the style of writing of such
lectures and the ground rules on how to start and end the lecture. To my
astonishment no single author or any University has unified method or style of
writing inaugural lecture. This is understandable because the experience of
each inaugural lecturer is unique and therefore the style of writing and the
mode of delivery by Inaugural Lecturer A will definitely be different from that
of Inaugural Lecturer B – the University notwithstanding. This to me presents a
good aspect of the inaugural lecture coupled with the fact that the inaugural
lecturer represents the only masquerade in the midst of intellectual giants
with the sole right to dance out all his academic achievements leading to his
Professorship, uncontested. The inaugural lecturer therefore has one day to
blow his trumpet to an audience that has the sole right to listen but cannot
ask any question! Ladies and Gentlemen, I must add that the latitude that
inaugural lecture presents does not come without a challenge. The inaugural
lecture is intended for a professor to tell the world how he made it to such
enviable rank in the university through his research works, through the way he
imparts the knowledge to students (teaching experience) and through the way
such knowledge translates in solving the problems of his immediate environment
(community service). Therefore, to become a professor is not a one-day affair.
There comes the challenge! How can one choose a topic that will clearly
elucidate one’s academic achievement in less than two hours or so? To say the
least, it is a herculean task! Mr. Vice-Chancellor, permit me therefore to talk
on the topic. “Prolonging the Lifespan of Industrial Electrical Machines
through the Development of Accurate Dynamic and Thermal Models”. This inaugural
lecture happens to be the first in the department of Electrical/Electronic
Engineering and the second from the College of Engineering and Engineering
Technology of this great citadel of learning. The title is simply a summary of
my contribution to knowledge in areas of electrical machines design and
development; modeling and computer simulation; as well as domestic and
industrial use of energy
O.I., O (2024). Prolonging The Lifespan Of Industrial Electrical Machines Through The Development Of Accurate Dynamic And Thermal Models:- Prof. OkoroO.I. . Repository.mouau.edu.ng: Retrieved Nov 21, 2024, from https://repository.mouau.edu.ng/work/view/prolonging-the-lifespan-of-industrial-electrical-machines-through-the-development-of-accurate-dynamic-and-thermal-models-prof-okorooi-7-2
OKORO, O.I.. "Prolonging The Lifespan Of Industrial Electrical Machines Through The Development Of Accurate Dynamic And Thermal Models:- Prof. OkoroO.I. " Repository.mouau.edu.ng. Repository.mouau.edu.ng, 15 Aug. 2024, https://repository.mouau.edu.ng/work/view/prolonging-the-lifespan-of-industrial-electrical-machines-through-the-development-of-accurate-dynamic-and-thermal-models-prof-okorooi-7-2. Accessed 21 Nov. 2024.
OKORO, O.I.. "Prolonging The Lifespan Of Industrial Electrical Machines Through The Development Of Accurate Dynamic And Thermal Models:- Prof. OkoroO.I. ". Repository.mouau.edu.ng, Repository.mouau.edu.ng, 15 Aug. 2024. Web. 21 Nov. 2024. < https://repository.mouau.edu.ng/work/view/prolonging-the-lifespan-of-industrial-electrical-machines-through-the-development-of-accurate-dynamic-and-thermal-models-prof-okorooi-7-2 >.
OKORO, O.I.. "Prolonging The Lifespan Of Industrial Electrical Machines Through The Development Of Accurate Dynamic And Thermal Models:- Prof. OkoroO.I. " Repository.mouau.edu.ng (2024). Accessed 21 Nov. 2024. https://repository.mouau.edu.ng/work/view/prolonging-the-lifespan-of-industrial-electrical-machines-through-the-development-of-accurate-dynamic-and-thermal-models-prof-okorooi-7-2