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Electronics
Engineering is one of the largest and fastest
growing industries. It covers a wide range of
applications we use daily and which make our life
easier and enjoyable such as television, radio,
computers, telecommunication etc. They help us
to see, hear and communicate over vast distances
and do things faster. Electronics has a major
role in improving productivity in industries like
oil, energy, agriculture and so many other important
sectors of economy. In steel, petroleum and chemical
industries it is the electronic devices that direct,
control and test production processes. The health
care industry depend on electronic instruments
to perform chemical tests and to check body functions.
The safety in transportation, factories and mines
and in homes rely heavily on electronics. The
uses are endless.
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Becoming
an Electronic Engineer |
An Electronics engineer must find new solutions
to the practical problems affecting our daily
lives. An electronics engineer will work in
a team with other specialists to design, fabricate,
produce, test and supervise the manufacture
of complex products and systems i.e electronic
equipments and components for a number of industries
including hospitals, computer industry, electronic
data processing systems for communication etc.
They supervise production and manufacturing
processes and oversee installation and maintenance.
Electronics engineers work with devices that
use extremely small amounts of power.
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Key Points |
Age
Limit |
Not Exceeding
23 years |
Eligibility
Criteria |
Either passed or appearing
in Class 12 (science) with Science subjects &
English |
Duration |
3 years (2 years for HND
+ 1 year for Degree) |
Selection
Procedure |
-Percentage obtained in 10+2
-Personal Interview
-Medical Test |
| Course
Structure |
Year 1 – MIIS, India
Year 2 – South Tyneside College (UK), Newcastle
College (UK)
Year 3 – Partner Universities in Newcastle UK
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Admission
Commences |
2nd January 2009 |
Course
Commences |
7th September 2009 |
Scholarships |
Meritious students will be
given scholarships.
(Garanted scholarship for students scoring above
70%)
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Educational
Bank Loan |
MIIS will provide assistance
for getting bank loan from nationalised bank all
over India. |
Note |
Foundation Course - 6 months
(course no.3)
For those who do not achieve the 50% at 10+2 level.
we offer a foundation course commencing in January
2010.
Successful candidates will be granted admission
to the first year in September 2010.
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Expected
Part Time Earning Upto |
£400 to £800 per month |
Expected
Salary after the Course |
£2000 to £3000 per month
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Awards
& Degrees |
You will gain and HND awarded
by Edexcel UK on successful competition of 2 years
of study. Student completing the 3 year of the
study successfully will gain a degree in their
respective engineering field from the university.
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Placement
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MIIS will provide 100% assistance
for placement of student both India and Abroad.
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Teaching
and Learning |
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MIIS believes in delivering its courses with
an interactive, two-way exchange of information
between students and our staff. We believe learning
does not happen by simply listening to a lecture
or reading handouts – the student is an integral
part of their own education.
The staff make use of a range of teaching and
learning instruments including lectures, tutorials,
laboratories, group work and computer assisted
learning. They are dedicated to the pursuit of
knowledge and excellence in their own areas of
specialism, and are authorities, and to passing
this knowledge through their inspirational teaching.
Our teaching is student-centred and is supported
by excellent resources including specialist texts
and web-based support.
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Course
Content |
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First
Year
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Second
Year
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Business Management Techniques |
Electrical and Electronic Principles |
Analytical Methods for Engineers |
Engineering Design |
Engineering Science |
Further Analytical Methods for
Engineers |
Electrical,Electronic and Digital
Principles |
Digital and Analogue Devices and
Circuits |
Microprocessor Systems |
Electronics |
Measurement and Testing |
Manufacturing Electronic Products |
Instrumentation and Control Principles |
Engineering Mathematics |
| Electronic Computer Aided Design |
Project |
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This qualification
is undergoing re-accreditation by BTEC, therefore
the exact titles of the units may change. There
may be the possibility, depending on results,
of enrolling in the third year of a BEng Degree
at a local University. |
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Assessment |
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Assessment will be carried out by written exams
at the end of each semester, coursework submissions
and laboratory work, and individual or group project
work
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Course Fees |
First
Year Fees at MIIS.India |
Rs. 2.25 Lac
: Tuition fees
Rs. 76,000/- : Boarding and Lodging (optional)
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Second
Year Fees at UK |
£4,950.00 - £5,500.00* (Appx)
*Includes fees for the assessment
of the 1st year units and delivery and assessment
of the second year HND
Boarding/Loading can be expected to cost £ 4,000.00
per year (Appx) |
University Fees (UK) |
£8,300.00 (Pounds Sterling
Eight Thousand Three Hundred)* (Appx)
Fixed scholarship: £ 1,500.00 (Pounds Sterling
One Thousand Five Hundred)*
Final Fee: £ 6,800.00 (Pounds
Sterling Six Thousand Eight Hundred)
Boarding/Loading can be expected to cost £ 4,000.00
per year (Appx) |
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Jop
Opportunities and Career Options |
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Microelectronics |
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Robotics |
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Exploit the continuing advances in microelectronics
fabrication technology to create electronic chips
that integrate a larger number of components into
a single package. |
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Emerging industry practices are utilizing
robotics in many ways. Engineers are creating
intelligent robotic systems to replace or augment
human capabilities in hazardous or critical areas. |
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Avionics |
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Optical Computing |
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Aircraft
today are complex machines that are controlled
by largely complicated electronic systems. Engineers
will be expected to create |
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Acclerate
processing to the speed of light. The technology
puts optical chips and optical data buses in a
single package with standard components |
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