mamse workshop_

8/10/2019 MAMSE WORKSHOP_

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ONE DAY WORKSHOP

M.A.M.SCHOOL OFENGINEERING

17/12/2014

ETP 2005 - Brian Vance


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Top Ten Benefits of an

ENGINEERING CAREER


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NUMBER TENCreative Thinking

Because we are in a time of rapidsocial and technological changes,the need for engineers to think

creativelyis greater now thanever before.


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Number Nine

Do you know why golf balls have dimples on

them? Do you know what a laser is or howa computer works? Do you know why splitlevel houses experience more damage in

earthquakes? An engineering education canhelp you understand how these, and many

other things in the world, WORK.

Technological and Scientific Discovery


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Number Eight

Professional Environment

Engineers are treated with respect and

have certain freedoms in your work. Youwill have influence in what happens inyour company. You will have many

opportunities to learn and grow throughyour work.


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Number Seven

Prestige

Engineers play a primary role insustaining our nations internationalcompetitiveness, maintaining our

standard of living, ensuring a strongnational security, and protecting public

safety.


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Number Six

Financial SecurityWhile financial security should not be your

only reason for choosing a career in

engineering, if you decide to become anengineer you will be well paid. Engineering

graduates receive the highest starting

salary of any discipline.


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Number Five

Potential to Benefit Society

As an engineer, you can choose to work on

projects that clearly benefit society, such ascleaning up the environment, developing

prosthetic aids for disabled persons,

developing clean and efficient transportationsystems, and increasing the standard of livingin underdeveloped countries.


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Number four

Intellectual Development

An engineering education will exercise your brain,

developing your ability to think logically and solveproblems


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Number Three

Challenging Work

In the engineering work world, there is no shortage

of challenging problems. There will be no singleanswer, no answer in the back of the book, no

professor to tell you that you are right or wrong. Youwill be required to devise a solution and persuade

others that your solution is the best one.


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Number Two

Variety of Career Opportunities

What do Neil Armstrong, Jimmy Carter, and Alfred

Hitchcock have in common? Though the eventuallychose very different careersan astronaut, a

president, and a filmmaker. They all started with anengineering career.


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Number One

Job Satisfaction

Studies show that , by far, the No. 1 cause of

unhappiness among people is job dissatisfaction. It isimportant to find a career that provides you with

enjoyment and satisfaction. Engineering provides a

satisfying field of work for numerous reasons, someof which were listed here.


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Highlights About engineering?

Challenging work Problems will be open-ended

No single answer

No answer in the back of the book

No teacher to tell you that you are right orwrong

You find a solution and persuade othersthat yours is the best one


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How does it happen?

Drive & perseverance!

How do you get those? Have to be willing to make the effort.

Dont let anything stand in your way.

Know what youre getting into.

Engineers have in common the desire to

make the world a better place.


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The First Engineer

Imhotep

Designed the pyramid near Memphis,Egypt around 2550 BC. (BBC, n.d.)


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Imhotep

He set a precedence by including temples,pavilions, corridors, chapels and halls within theclosed walls.

He was a commoner by birth. Which means he did not have a formal

education (that was only for the rich).

At that time engineers learned the trade through

the apprenticeship system. (BBC, n.d.)


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Imhotep

He became one of the kings most trustedadvisors.

His reputation lives on still today in manyfictional stories such as:

The Mummy &

The Mummy Returns(BBC, n.d.)


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Engineering School

Since the industrial revolution began inEngland about 1750, most would think thestudy of engineering began there, too.

But military engineering was taught inFrance in the 1600s.

The Corps des Ponts et Chaussees was thefirst engineering school in the world.Opened in France in 1747.


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Celebrities as Engineers !

Neil Armstrong, Jimmy Carter, George

Washington and Alfred Hitchcock all

started with an Engineering education.


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ENGINEERING IS

EVERYWHERE Engineering gives shape to our world

We all know cars, computers, airplanes, andbridges are all products of imaginative

engineering But did you know bubble gum, baseball bats,

movie special effects, roller coasters, andsynthetic human tissue replacements are alsoengineering products?


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ENGINEERING IS

EVERYWHERE

Engineers design, create, or modify nearlyeverything we touch, wear, eat, see, and hear

in our daily lives. Their innovations and inventions fuel economic

growth, fortify national security, improvehealthcare, and safeguard the environment.


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WHO IS ANENGINEER?


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SCIENCE vs. ENGINEERING

SCIENCE Analysis: ask questions, look for

patterns, develop knowledge

Produce knowledge

Characteristic activity: research (learn about nature)

Study of what is Tryscience.org

http://en.wikipedia.org/wiki/Science

taken from Engineering: How is it relatedto Science ,Technology, math, and Society?

Dr. Alexander Flueck. Illinois Institute ofTechnology

ENGINEERING Synthesis: integrate bits of

knowledge to createsomething new

Produce processes and things

(part of technology) Characteristic activity: creative

design Study of what never was Tryengineering.org http://en.wikipedia.org/wiki/En

gineering
http://en.wikipedia.org/wiki/Sciencehttp://en.wikipedia.org/wiki/Sciencehttp://en.wikipedia.org/wiki/Sciencehttp://en.wikipedia.org/wiki/Sciencehttp://en.wikipedia.org/wiki/Science


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Aerospace EngineeringAerospace engineersdesign, analyze, model, simulate, and test aircraft,spacecraft, satellites, missiles, and rockets. Aerospacetechnology also extends to many other applications of

objects moving within gases or liquids. Examples aregolf balls, high-speed trains, hydrofoil ships, or tallbuildings in the wind. Aerospace engineers aretypically specialists in fields with fancy names such asaerodynamics, propulsion, navigation, flight testing,

and more.

Biomedical Engineering This is aninterdisciplinary field combining mechanical,electrical, and chemical engineering to study the

human body. Biomedical Engineers study biologyand medicine to develop technologies related tohealth care. They develop medical diagnosticmachines, medical instruments, artificial organs,joint replacement parts, and prosthetic devices.

http://www.engr.utexas.edu/wep/Precollege/Whats_engineering/engineering_disciplines.htmr


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Chemical Engineering ChemicalEngineers use their knowledge of physics,

chemistry, and biology to discover andmanufacture better plastics, paints, fuels,fibers, medicines, fertilizers,semiconductors, paper, and all other kindsof chemicals, by carrying out chemicalreactions and purifications.

Civil Engineering The design and constructionof buildings, dams, water treatment and carryingsystems, air pollution controls, andtransportation systems are the responsibilities of

civil engineers. Subheadings of civil engineeringinclude: geotechnical, environmental, structural,transportation, materials, and projectmanagement.



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Computer Science and Engineering Computerscientists and engineers are involved in thedevelopment of both hardware and software for

computers. They work on computer-related systemslike CD-ROMs, modems and monitors, as well ascutting-edge projects including robotics and virtualreality systems.

Environmental Engineering Keeping the water, airand soil healthy are the responsibilities ofenvironmental engineers. To accomplish this goal theydeal with issues including waste management, pollutioncontrol and irrigation.

Electrical Engineering Electrical engineering dealswith electricity, magnetism, and light and how it isused. Electrical engineers are found in a variety ofcompanies including the computer, communications, andautomotive industries.



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Mechanical Engineering Engineers withinthis discipline tend to focus on one of three

aspects of mechanical engineering; design,manufacturing, or energy/power. Cars,airplanes and toys are just a few of the areas inwhich mechanical engineers work.

Petroleum EngineeringPetroleum engineersstudy the earth to find oil and gas reservoirs.They design oil wells, storage tanks, andtransportation systems. They supervise theconstruction and operation of oil and gas fields.Petroleum engineers are researching new

technologies to allow more oil and gas to beextracted from each well. They help supply theworld's need for energy and chemical rawmaterials.

Taken from:http://www.engr.utexas.edu/wep/Precollege/Whats_engineering/engineering_disciplines.htmr

andwww.discoverengineering.org


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Scholarships offered for

Engineering Education Tamil Nadu scholarship for BCM,BC,MBC,DNC

(Government Quota)

AICTE scholarship for girls

Mepcotfor Muslim students

Omietfor Muslim students

Minority scholarshipfor Christian and Muslim students

Farmer scholarship

Assistance to stay in hostel (for SC,SCC,ST,SCA) First Generation Graduates Assistance(Government

Quota)



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M.A.M.SCHOOL OF

ENGINEERING



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COURSES AT MAMSE

COMPUTER SCIENCE AND ENGG

ELECTRONICS AND COMMUNICATIONENGG

ELECTRICAL AND ELECTRONICS ENGG

MECHANICAL ENGG

MECHATRONICS ENGGAERONAUTICAL ENGINEERING



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LABS AT A GLANCE



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CSE Lab


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CSE Lab


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Library


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Library


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Physics Lab


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ECE LAB



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Mechanical Lab


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Mechanical Lab


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EEE Lab


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Other Initiatives at MAMSE


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Police Training Programme



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Youth Venture Programme



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Industry Institute Interactions

MoU with IIT Bombay to set up E-YanthraRobotics Laboratory

Tie ups with major consultancies toconduct job fairs at regular intervals



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MoUs Signed

In this academic year MAM School of Engineering signedMOU with Confederation of Indian Industries-CII, Nativelead foundation-Madurai, CEE YES Engineering Pvt Ltd,Vasan Engineering Pvt Ltd, G.K.Sons Engineering Pvt

Ltd, Metal Care Ltd, Rockfort Engineering Pvt Ltd, HCLand With Priyaa Boilers Pvt Ltd for exchanging expertise,training and research.



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JOB FAIRS AT MAMSE

S f th ti i t i j b


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Some of the participants in job

fair



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MAMSE & TVS

MAMSE is the nodal centre for Training programmesoffered by TVS

FREE training programmes are conducted by TVSofficials

Certificate is issued from TVS

Assistance provided to get placements


CDP Cell at M A M School of


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CDP Cell at M.A.M.School of

Engineering There is an exclusive team in the Centre for

Development and Placement

This will cater to needs of the students and

transform them into an employable engineer. They train the students in aptitude skills and

verbal skills right from the first year.

As a result, at the end of the course, the studentbecomes industry ready.



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Why MAMSE?

Produces Quality Engineers

Only Government Fees for all branches

Free Transport for all Lateral EntryStudents from all existing routes(*)

Assistance provided in each stage to getscholarships

(*) If the student passes the third semester without anyarrears the scheme will continue



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Highlights of MAMSE

Fully Equipped Laboratories in all Departments

The faculty members are in a combination of doctoratesand PG qualified.

State of the art facilities for a better learning process

Yoga classes scheduled every week

Transport from all routes

Separate hostels for boys and girls



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QUESTIONS ?



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GOOD LUCK !

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