Criterion Viii

8/13/2019 Criterion Viii

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CRITERION VIII: Program Educational Objectives-their Compliance and Outcomes

Programme Educational Objectives:

I. Fundamental Knowledge: To provide students with a solid foundation in the

mathematical, scientific and engineering fundamentals to formulate, analyze andsolve engineering problems.

II. Technical Knowledge:To develop the ability among students to synthesizedata and technical concepts for application to product design.

III. Team Work: To provide opportunity for students to work as part of teams on

multidisciplinary projects.

IV. Career Development: To prepare students to meet the needs of Indian and

multinational companies for successful careers in industry.

V. Higher Studies and Entrepreneurship: To promote student awareness on life-

long learning, professional ethics and codes of practice and the spirit ofentrepreneurship.

VI. Social Responsibilities: To prepare the students to relate engineering issues

broadly to society and environment.

Programme Outcomes:

(a) Graduates will demonstrate basic knowledge in mathematics, science and engineering.

(b) Graduates will demonstrate the ability to design and conduct experiments, interpret

and analyze data, and report results.

(c) Graduates will demonstrate the ability to design a mechanical system or a thermal system ora process that meets desired specifications and requirements.

(d) Graduates will demonstrate the ability to function on engineering and science laboratory

teams, as well as on multidisciplinary design teams.

(e) Graduates will demonstrate the ability to identify, formulate and solve mechanical

engineering problems.

(f) Graduates will demonstrate an understanding of their professional and ethical

responsibilities.

(g) Graduates will be able to communicate effectively in both verbal and written forms.

(h) Graduates will have the confidence to apply engineering solutions in global and societalcontexts.

(i) Graduates should be capable of self-education and clearly understand the value of

life-long learning.

(j) Graduates will be broadly educated and have an understanding of the impact of

engineering on society and demonstrate awareness of contemporary issues.

(k) Graduates will be familiar with modern engineering software tools and equipment

to analyze mechanical engineering problems.


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CRITERION VIII: Program Educational Objectives-their Compliance and Outcomes

Programme Educational Objectives:

I. Fundamental Knowledge: The Mechanical Engineering Program outcomes leading to the

achievement of the objectives are summarized in the following Table.

Programme

Educational

Objectives

Programme Outcomes

a b c d e f g h i j k

I x x X

II x x

III x x

IV x x x x

V x x x x

VI x x x x

PEOs Mapping with Content DeliveryTheory and Labs

PEOs Content Delivery Knowledge Gained

Chalk

and

Board

Power

Point

Presentati

on

Proble

m

Solving

Sho

w

and

Tell

Quiz Role

Play

Under

standi

ng

Applyin

g

Evaluati

ng

Creati

ng

P.1

P.2

P.3

P.4

P.5

P.6

PEOs Mapping with Evaluation (Examinations/Tests/Assignments)


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PEO s/

Evaluation

Test Assignment Examination Motivate

d work

Tutorial Quiz Case

study

Semin

ar

P.1

P.2

P.3

P.4

P.5

P.6

PEOs Mapping with Final Year Project work

Academic

Year

Name of theStudents

Project title Areas ofspecializ

ation

ProjectSupervisor

Contribution/

Achieve

mentResearch

Output

Matchingwith the

stated

PEOs

2011-

2012

R .Gowthaman

N.Gunasekaran

S.KaviarasanV.Sathishkumar

Fabrication

and testing

of magneto-rheological

dampers

Design T.KasirajanP1,P2,P3

P4,P5,P6

A. AghilanM. Arun karthick

P. Senthil kumar

Wear studieson alumina

coated piston

crown

Material

Science

R.BupathiYesP2,P3,P4

M. Ramprasad

S.Samsudeensadham

S. Suresh

S. Yuvaraj

Design and

analysis of

aluminumalloy steering

knuckle

Design

P.T

Saravanakumar

Yes

P1,P2,P3P4,P5

D.BoobalakrishnaS. Prabhuram

G.B. Gokulnath

V. Kondusamy

Energyconservation

in automobile

by optimizing

the air brakecompressor

function

Design A.R SureshYesP1,P2,P3

P4,P5

M. Lakshman.

D. Santhana barathyS. Sri vignesh

M. Suthesh

CFD analysis

of PCM inmaintaining

comfort

temperatureinside an

Thermal

S.Tirumuru

gan

Yes

P2,P3,P4,P5,P6


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automobile

2010-

2011

M. DineshbabuS. MukeshD. Selvakumar

N. Karunaraja

Solar tunneldrier withthermal

storage fordrying of copra

Thermal S.Ayyappan Can leadResearch

Publicati

on

YesP2,P3,P4,P5,P6

D. Dilip

B. Santhosh KumarS. Senthur balan

R. Vinish prabhu

Modeling,

simulation andanalysis Of A

4 Ton NeInfielder

Design Dr.S.Vijayarang

an

YesP1,P2,P3

P4,P5,P6

G. Naveen prasannaT. Praveen kumarV. Saravana

karthikeyan.S. Sivakumar

CFD analysisof forcedconvection

solar air heaterwith andwithoutthermalstorage

Thermal P.T

Saravana

kumar

Can lead

Research

Publication

Yes

P2,P3P4,P5,P6

K. KarthikC. Selvakumar

R.s. Manikandan

Natural fibercomposite

materialreinforced with

sisal and coir

Material

science

N.Shanmu

gasundram.

Yes

P1,P2,P3P4,P5

P. Manikandan

M. VarunR. Daniel Jacob Babu

Performance

studies usingsoybean

biodiesel

ThermalM.Subramaniam

YesP2,P3P4,P5,P6

2009-

10

T. SathishL. Praveen kumarP. Palraj

S. Senthilvel

Flow analysisof exhaust gasin a baffle type

muffler usingannoys

Design N.Shanmugasundram. Yes

P2,P3,P4

,P5

M. Anguraj

B. GanesanJ. Gowhamakumar

T. Sankaranaryanan

Performance

evaluation ofdryer in sakthi

soyas

Thermal S.Ayyappan Can leadResearch

Publicati

on

Yes

P2,P3,P4,P5,P6

B. Selva vigneshM. Mahesh babuB. Balachandar

S. S. Harish

Thermodynamic analysis of aforced

convectionsolar air Heaterwith and

withoutthermalstorage

Thermal

P.T.

Saravanakumar

Can lead

Research

Publicati

on

YesP1,P2,P3P4,P5

D. BharathiG. Saravanan.M. Selva kumarV. Krishnanand

Thermodynamimodeling andsimulation ofcombustion

and spray ingasoline direct

Design

&Thermal

CalvinS.King

yes

P1,P2,P3P4,P5,P6


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injection

engines

R. Mohan PrasadP.M. Kishanth vivekS. Venkateswaran

Analyzingstressdistribution ofreinforced

Aluminiummetal matrixcomposite (AlAlloy 2024Si C-G) In

automobileRim usingansys

Material

Science

K.P.Dhanab

alakrishnanYes

P2,P3P4,P5

Continuous Improvement in the Process of PEOs Mapping and Assessment

ISO audit process reviews the professional activities periodically Autonomous Academic council, Board of studies periodically reviews the academic activities. One credit course introduced in autonomous curriculum. Various club activities are improved the Competence and Character Development of the students. Departmental review meeting is conducted to review the departmental activities. Monthly departmental meeting is conducted in the department to discuss the departmental issues. Class committee meeting is conducted periodically, in which HOD, Academic coordinator, programm

coordinator, faculty advisor, staff members handling the class and class students participate to improv

their academic performance.

Parents, alumni meetings are conducted to get the feedbacks for the improvement of academic system Course committee meetings are conducted among the staff members handling the same course for

different disciplines to discuss on the common issues.


6/17

Criterion VIII

II. Assessment Outcomes (20)

Assessment of outcomes from students attainment

Academic and professional achievements by students in terms of a-to-k-outcomes is evaluated out as documented processes

Activities a b c d e f g h i j

University Results

Scholarship for meritorious student award

Placement

Higher studies

Technical CompetitionInter/Intra College

Level

Project Work

Mini-Project work

Industrial Visit

Industrial Tour

In-Plant Training

Members in professional Bodies

Student Association activities

Student clubs activities

Value added course certification

Students Guild of Services(SGS)

Extracurricular inter/intra college level

Sports achievement

NCC Activities

NSS Activities

Assessment of outcomes due to faculty contributions and achievements

Academic and professional contributions of the faculty leading to a-to-k-outcomes and their achievement

evaluated as per documented processes.


7/17

ACTIVITIES PROGRAMME OUTCOMES

a b c d e f g h i j K

Contributions Class room teaching Laboratory Experiments Tutorial/assignments/motivation

study

Industrial Visits / Institute Industry

Partnership

Organizing events Guidance for projects/mini

projects / Higher studies

Mock interviews Professional body

organizers/Association

Mentor activities Alumini and parent interaction Societal involvement

Achievements Paper publications R&D funds

Assessment of outcomes from placement

Many students were placed in different software companies and public sectors. The following provides detaregarding number of students placed in the past four academic years.

Activities a b c d e f g h i j K

Placement in software companies

Placement in service sectors

Placement in Research oriented jobs

Interdisciplinary jobs

Self-employment

Higher studies within the country

Higher studies at outside the country

Social activities

Assessment of achievements as disseminated in media /public forum

Activities a b c d e f g h i j K


8/17

Press release

Media coverage

Newspaper Engagement column

Rank list published via university website

Vision Newsletter

Placement brochure

College brochure

Department InfoQuest newsletter

Assessment of outcomes by external Stakeholders

Documented process and assessment from industries

Evaluation is done based on documented processes for repeatedly assessing the outcomes by the relevindustries.

Industry experts in Board of Studies (BoS) assess our curriculum and provide feedback Industry feedback is collected periodically Placement percentage have been improved based on alumni performances Sending students for project/internship and getting feedback/assessment from industries.

Documented process and assessment from Alumni

Evaluation is done based on documented processes for repeatedly assessing the outcomes by the qualified a

relevant alumni.

Alumni meet is organized periodically by the college MCET has Various Alumni chapters such as Parent Alumni Chapter (at MCET), Chennai Alumni Chapter a

Bangalore Alumni chapter to strengthen the alumni involvement.

Department invites alumni members frequently though the students association to have the interaction Alumni member added as Member in Board of Studies (BoS) to bridge the gap between industry and institute MCET Alumni chapter maintains Alumni website, and provides information related to placement opportunit

higher studies, alumni interaction, alumni activities, etc.

Reputed alumni members are honored during the college events. Alumni feedback is taken into the consideration for the department development.

An alumnus is a member in result passing board of autonomous examination.

Documented process and assessment from Professional bodies

Evaluation is done based on documented processes for repeatedly assessing the outcomes by the applicable an

recognized national/international professional bodies.

To Bring about effective linkage between technical institutions industry and society Technology updates through conferences, seminars, tutorials and workshop at discounted rates A Forum for activities like paper presentation, Quiz, Competitions and Exhibitions Opportunity to interact with industry professionals and chalk out a career path


9/17

Ability to interact with distinguished speakers on different technology areas Opportunity to attend National and state level annual conventions Short term industrial exposure programmes for students organized by industries in their premises.

Effectivity and efficiency of the Mechanism/procedure for continuous review and outcome measuremen

Internal Quality Assurance Cell(IQAC) is formed to carry out the ISO audit, Academic audit, NAAC and NBwork

ISO Quality Audit is conducted twice in a year for continuous review and outcome measurements ISO External surveillance audit is conducted once in a year by TUV Rheinland Members Academic audit is conducted every year to measure the performance about the results, Placement, co-curricul

and extracurricular activities

Lab stock verification is conducted every year and new equipments are added based on the need Department review meeting is conducted periodically Department staff meeting is conducted once in fifteen days by HoD HoDs Meeting is conducted once in fifteen days by principal ISO - Management Review Meeting is conducted twice in a year Totally,4 Students Class Committee Meetings are conducted every year (Beginning of the Semester and

Before every internal exam) Periodical student interaction with Secretary, Director(Academic) and Principal is conducted Result analysis meeting is conducted end of semester to monitor the Continuous Review and Outcome

Measurements

Placement and training meetings conducted periodically for the Continuous Review and OutcomeMeasurements

Parents meeting and Alumni meeting is conducted for the review and improvement Board of Studies meeting is conducted with expert members(External industry, Academic experts, Alumni,

Senior students, internal academic experts as members) for the review and improvement in the curriculum

Students feedback about faculty is obtained every semester for the for the review and improvement Counselor, Mentor, Faculty Advisor ,Program Coordinator, Academic coordinator meetings are conducted fo

the review, Measurement and improvementVIII P.3. Mapping with faculty expertise (20)

Course

Units Area of

specialization

Needed to

achieve

PEOs

Name of the faculty

whose expertise

matched with the

specialization

Comments

Theory Lab

Technical English 5 Business English M.P.KarpagamSpecialization

Matches

EngineeringMathematicsI

5Mathematics - N.Pankajam

K.RameswariSpecializationMatches

Engineering

Physics5 Physics

Dr. R. Jayaraman Specialization

Matches

Engineering

Physics and

ChemistryLaboratory

6/5 PhysicsDr. R. Jayaraman Specialization

Matches


10/17


11/17

Industrialengineering

M.Senthilkumar

Engineering

Thermodynamics5 Thermal sciences

S.Ayyappan

P.T.Saravanakumar

D.Senthilkumar

S.Thirumurugan

Specialization

Matches

Kinematics ofMachinery

5 Machine ToolEngineering

K.S.Ramkumar SpecializationMatches

Fluid Mechanics

and Machinery5 Thermal sciences

P.T.Saravanakumar

S.Thirumurugan

D.Senthilkumar

Specialization

Matches

ManufacturingTechnology Lab

I13

Machine Tool

Engineering

ProductionEngineering

K.S.Ramkumar

A.R.SureshM.Senthilkumar

R.Bupathi

Specialization

Matches

Fluid Mechanicsand MachineryLaboratory

11 Thermal sciences

P.T.SaravanakumarS.ThirumuruganD.Senthilkumar

SpecializationMatches

Statistics andNumericalMethods

5 Mathematics

N.Pankajam

K.RameswariSpecializationMatches

Heat and MassTransfer

5 Thermal sciences

S.Ayyappan

D.Senthilkumar

S.Thirumurugan

Specialization

Matches

ManufacturingTechnologyII 5

Machine ToolEngineering

Industrial

engineering

K.S.RamkumarA.R.SureshM.Senthilkumar

Specialization

Matches

EngineeringMaterials andMetallurgy

5

Materials

Engineering

Dr. R. Ravindran

D.ShanmugamM.Selvakumar


Strength ofMaterials

5 Product design

M.Selvakumar

K.Shanmugam Specialization

Matches

Manufacturing

Technology LabII

13

Machine Tool

EngineeringProduction

Engineering

K.S.Ramkumar


R.Bupathi


Strength ofMaterials Lab

17

Engineering

DesignProduct design

Production

Dr.I.Rajendran

K.ShanmugamR.Bupathi

A.R.Suresh



12/17

Engineering

Computer AidedMachineDrawingLaboratory

11CAD/CAMProduct design

N.Shanmugasundaram

T.Kasirajan

S.Madhusuthanan

Specialization

Matches

EnvironmentalScience andEngineering

5 PhysicsDr. R. Jayaraman Specialization

Matches

ThermalEngineering

5 Thermal sciences

S.Ayyappan

D.SenthilkumarS.Thirumurugan

Specialization

Matches

Dynamics ofMachinery

5

Engineering

DesignCAD/CAM

Dr.I.RajendranRamaThirumurugan,

M.Selvakumar

D.Shanmugam

Specialization

Matches

Computer AidedManufacturing

5 CAD/CAMMechatronics

N.ShanmugasundaramC.SelvasenthilprabhuM.Senthilkumar


Design ofMachineElements

5EngineeringDesign

Dr.S.Vijayarangan

D.Shanmugam

R.BupathiN.Shanmugasundaram

Specialization

Matches

Compositematerials

5

EngineeringDesign Production

Engineering

Dr.I.RajendranD.Shanmugam

R.Bupathi

M.Giridharadayalan

Specialization

Matches

Hydraulics &Pneumaticssystems

5Product design

Mechatronics

T.KasirajanS.ThirumuruganC.Selvasenthilprabhu

Specialization

Matches

ThermalEngineering LabI

11 Thermal sciences

S.Ayyappan

D.Senthilkumar

S.Thirumurugan


Kinematics &Dynamics Lab

17Design

RamaThirumurugan,M.Selvakumar

D.Shanmugam

Specialization

Matches

Finite ElementAnalysis 5

Engineering

DesignCAD/CAM

Dr.S.Vijayarangan

Dr.I.RajendranM.Selvakumar


Design ofTransmissionSystems

5

Engineering

Design

Dr.S.VijayaranganD.Shanmugam

R.Bupathi

N.Shanmugasundaram

T.Kasirajan



13/17

Gas Dynamicsand JetPropulsion

5 Thermal sciences S.ThirumuruganSpecialization

Matches

AutomobileEngineering

5Automobile engg

Industrial Engg

Dr.S.VijayaranganM.ArunRuban Kumar

M.Senthilkumar

Specialization

Matches

Power PlantEngineering

5 Thermal sciences

S.Ayyappan



EngineeringEconomics andFinance

5Quality AssuranceTechnology

Industrial Engg

Dr. R. Ravindran

M.ArunRuban Kumar

P.Shivaranjani

Specialization

Matches

Simulation andAnalysis Lab

11

Design

Product designCAD/CAM

RamaThirumurugan,

D.ShanmugamN.Shanmugasundaram

T.Kasirajan


Heat Power Lab 14 Thermal sciences S.AyyappanD.Senthilkumar

S.Thirumurugan


Computer AidedManufacturingLab

17CAD/CAMProduct design

D.ShanmugamN.Shanmugasundaram

C.Selvasenthilprabhu

T.KasirajanM.Giridharadayalan


BusinessConcepts

5Quality AssuranceTechnology

Industrial Engg

Dr. R. RavindranM.ArunRuban Kumar

P.Shivaranjani

Specialization

Matches

Design of jigs,Fixtures PressTools andmoulds

5CAD/CAM

Design Engg

M.GiridharadayalanD.Shanmugam

R.Bupathi

Specialization

Matches

Metrology andMeasurements

5

Machine Tool

EngineeringDesign Engg

K.S.Ramkumar

R.BupathiA.R.Suresh

M.Senthilkumar


Mechatronics 5 Mechatronics C.SelvasenthilprabhuSpecialization

Matches

Unconventional

machiningProcess

5

Materials

Engineering

Dr. R. Ravindran

D.ShanmugamM.Senthilkumar


Advanced ICEngines

5 Thermal sciences

S.Ayyappan


Specialization

Matches

MechatronicsLab

12 Mechatronics C.SelvasenthilprabhuSpecialization

Matches


14/17

Metrology andMeasurementsLab

18

Design EnggIndustrial

engineering

R.Bupathi


Specialization

Matches

Total Quality

Management 5

Quality Assurance

TechnologyProduction

EngineeringIndustrial Engg

Dr. R. Ravindran

R.Bupathi

A.R.SureshM.ArunRuban Kumar

P.Shivaranjani

Specialization

Matches

AlternativeEnergy Sources

5Thermal sciences

Dr.V.V.SreenarayananS.Ayyappan

S.Thirumurugan

P.T.Saravanakumar

Specialization

Matches

Rapidprototyping andreengineering

5

Machine Tool

Engineering

CAD/CAM

K.S.RamkumarM.Selvakumar


VIII- P.4 Mapping with outcomes (20)

Programme Outcomes:

(a) Graduates will demonstrate basic knowledge in mathematics, science and engineering.

(b) Graduates will demonstrate the ability to design and conduct experiments, interpret and analyze dat

and report results.

(c) Graduates will demonstrate the ability to design a mechanical system or a thermal system or a process tha

meets desired specifications and requirements.

(d) Graduates will demonstrate the ability to function on engineering and science laboratory teams, as well ason multidisciplinary design teams.

(e) Graduates will demonstrate the ability to identify, formulate and solve mechanical engineering

problems.

(f) Graduates will demonstrate an understanding of their professional and ethical

responsibilities.

(g) Graduates will be able to communicate effectively in both verbal and written forms.

(h) Graduates will have the confidence to apply engineering solutions in global and

societal contexts.

(i) Graduates should be capable of self-education and clearly understand the value

of life-long learning.

(j) Graduates will be broadly educated and will have an understanding of the impact of engineering

society and demonstrate awareness of contemporary issues.

(k) Graduates will be familiar with modern engineering software tools and equipment to analyze

mechanical engineering problems. Graduate who can participate and succeed in competitive examinations lik

GATE, GRE.


15/17

The Mechanical Engineering Program outcomes leading to the achievement of the objectives are summarized

the following Table.

(I) Objective (a)HS2111Technical English - I

MA2111Mathematics - IPH2111Engineering Physics - I

CY2111Engineering Chemistry - IGE2111Engineering Graphics

GE2112Fundamentals of Computing and ProgrammingHS2161 Technical EnglishIIMA2161 MathematicsIIPH2161 Engineering PhysicsIIGE2151 Basic Electrical and Electronics Engineering

CY2161 Engineering ChemistryII

(II) Objective (b)ME 2207 Manufacturing Technology LabIME 2258 Manufacturing Technology LabIIME 1302 Designs of Machine Elements

ME 1307 Metrology and Measurements Lab

ME1308 Computer Aided Machine Drawing Practice

ME1352 Design of Transmission Systems

ME1356 CAD / CAM Lab

ME1404 Computer Aided Simulation and Analysis Lab

ME1403 Computer Integrated Manufacturing

(III) Objective (c)

ME 2202 Engineering Thermodynamics

ME 2203 Kinematics of Machinery

ME 2204 Fluid Mechanics and Machinery

ME 2251 Heat and Mass Transfer

ME 2252 Manufacturing TechnologyIIME 2254 Strength of Materials

ME 2208 Fluid Mechanics and Machinery LaboratoryME 1301 Dynamics of Machin

ME 1305 Applied Hydraulics and Pneumatics

ME1351 Heat and Mass Transfer

ME1353 Automobile Engineering

ME1354 Power Plant Engineering

(IV) Objective (d)

ME 2207 Manufacturing Technology LabIME 2258 Manufacturing Technology LabIIME 2257 Computer Aided Machine Drawing Laboratory

ME 1305 Dynamics Lab

ME 1307 Metrology and Measurements Lab
http://localhost/var/www/apps/conversion/tmp/admin/Desktop/i%20sem%20syllabus.doc.mht#HS2111http://localhost/var/www/apps/conversion/tmp/admin/Desktop/i%20sem%20syllabus.doc.mht#MA2111http://localhost/var/www/apps/conversion/tmp/admin/Desktop/i%20sem%20syllabus.doc.mht#PH2111http://localhost/var/www/apps/conversion/tmp/admin/Desktop/i%20sem%20syllabus.doc.mht#CY2111http://localhost/var/www/apps/conversion/tmp/admin/Desktop/i%20sem%20syllabus.doc.mht#GE2111http://localhost/var/www/apps/conversion/tmp/admin/Desktop/i%20sem%20syllabus.doc.mht#GE2112http://localhost/var/www/apps/conversion/tmp/admin/Desktop/i%20sem%20syllabus.doc.mht#GE2112http://localhost/var/www/apps/conversion/tmp/admin/Desktop/i%20sem%20syllabus.doc.mht#GE2111http://localhost/var/www/apps/conversion/tmp/admin/Desktop/i%20sem%20syllabus.doc.mht#CY2111http://localhost/var/www/apps/conversion/tmp/admin/Desktop/i%20sem%20syllabus.doc.mht#PH2111http://localhost/var/www/apps/conversion/tmp/admin/Desktop/i%20sem%20syllabus.doc.mht#MA2111http://localhost/var/www/apps/conversion/tmp/admin/Desktop/i%20sem%20syllabus.doc.mht#HS2111


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ME1357 Design and Fabrication Project

ME1355 Thermal Engineering LabIIME1404 Computer Aided Simulation and Analysis Lab

PR1353 Mechatronics Lab

(V) Objective (e)

ME 2202 Engineering Thermodynamics

ME 2203 Kinematics of MachineryME 2204 Fluid Mechanics and MachineryME 2251 Heat and Mass Transfer

ME 2254 Strength of Materials

ME 1301 Dynamics of MachineME1351 Heat and Mass Transfer

(VI) Objective (f)

ME1007Process Planning and Cost Estimation

ME1020 Entrepreneurship Development

ME1018 Operations Research

ME1017 Product Design and Costing

(VII) Objective (g)

HS2111Technical EnglishIHS2161Technical EnglishII

(VIII) Objective (h,i)

ME1007 Process Planning and Cost Estimation

ME1020 Entrepreneurship Development

ME1018 Operations Research

ME1017 Product Design and Costing

MG1452 Engineering Economics and Cost AnalysisMG1401 Total Quality Management

(IX) Objective (k)

ME1356 CAD / CAM Lab

ME1404 Computer Aided Simulation and Analysis Lab

ME1403 Computer Integrated ManufacturingME1308 Computer Aided Machine Drawing Practice

VIII P.5 Significant Achievement (20)List of significant achievements, in respect of curriculum, stated PEOs and their outcomes, in CAY,CAYm1 a

CAYm2.

In CAYm2 (2009-2010)

Project Agency Guide BeneficiarySignificance( Amount

sanctioned)

Outcome\

Achievement


17/17

Improved

coconut post

harvesttechnology

DSTDr.V.V.Sreenara

yanan

Students/In

stitution10 Lakhs

Students project /

Research

Wear and

frictionmonitor

AICTE M.Selva kumarStudents/In

stitution

Rs.5.65

Lakhs

Students project /

Research

In CAYm1 (2010-2011)

In CAY

(2011-2012)

Project Agency Guide Beneficiary

Significance

( Amount

sanctioned)

Outcome\

Achievement

Investigati

on onmachining

of metals

under drymachining

conditions

AICTE Dr.I.RajendranStudents/Institution

2 LAKHSStudents project /Research

Populariza

tion of

solartunnel

dryer in

pollachiregion

SeedsDivision,

DST

Dr.V.V.Sreena

rayanan

Students/

Institution/

coconutfarmer

community

/womenSHGS

36.19

LAKHS

Students project /

Research

Project Agency Guide Beneficiary

Significance

( Amountsanctioned)

Outcome\

Achievement

Developme

nt ofvacuum

frying

technology

TNSCSTDr.V.V.Sreena

rayanan

Students/

Institution1.54 Lakhs

Studentsproject /

Research

Modernisation of

Dynamics

Lab

AICTE Dr.I.Rajendran

Students/

Institution/coconut farmer

community/

womenSHGS

11 Lakhs

Students

project /Research

Documents

Criterion Viii