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Mechanical
Engineering

VISION OF THE DEPARTMENT

  • Academic Excellence: To strive to attain a premier position in providing quality higher Education integrated with research and scholarly activities in the emerging areas and diversify in the emerging fields of Mechanical Engineering, thus serving to the needs of the society.

  • Inventory of Skill Development: To make our graduates to be adept in handling real life complex problems through modern tools and techniques and while doing so making them to imbibe ethical practices and confident enough to assume leadership position.

MISSION OF THE DEPARTMENT

The Department of Mechanical Engineering is committed to,

  • Conducive Environment: To provide conducive atmosphere for effective teaching-learning by disseminating the knowledge in breadth and depth.

  • Centre of Excellence:  To practice modern tools and techniques so as to make our department a centre of excellence and sustainable in their growth.

  • Critical and Clinical thinking:  To transform our students to be open minded with critical thinking in their approach to real life problem solving situations keeping in mind the professional, ethical, Environmental and societal aspects.

  • Active Involvement in R&D:  To provide a perfect platform for our Faculty and students to undertake research activities.

  • Collaboration and integration:  To collaborate with the Industries, premier Institutions in taking up consultancy projects, internship so that our students will acquire experience hands-on in current industrial practices and ethical standards.

  • Implementation of Students Quality Circle:  To make our students imbibe leadership qualities by fostering in them a good amount of soft skills, personality traits and by way of active participation in extra-curricular and co-curricular activities.

PROGRAMME EDUCATIONAL OBJECTIVES (PEOs):

  • Technical Learning. To develop the ability among students to synthesize and analyze data and technical concepts for application to engineering problems and to work as part of teams on multi-disciplinary projects.

  • Expertise in Engineering. To provide students with a sound foundation in the basic sciences and mathematics enabling them to analyze and solve engineering problems and to prepare them for higher learning and research works.

  • Enhancement of Knowledge. To prepare students for successful careers in industry by catering to the needs of Indian and multinational companies through in- plant training and industrial real time projects which shall give more industrial exposure and practices inculcating professional ethics and codes of professional practice.

  • Self Competence and Sustainability. To orient students with more Soft skills, personality development programmes enabling them a sustainable growth in their careers and to take up leadership positions.

PROGRAMME OUTCOMES(POs)

    Engineering Graduates will be able to:

  • Engineering knowledge: Apply the knowledge of mathematics, science, engineering fundamentals, and an engineering specialization to the solution of complex engineering problems.

  • Problem analysis: Identify, formulate, review research literature, and analyze complex engineering problems reaching substantiated conclusions using first principles of mathematics, natural sciences, and engineering sciences.

  • Design/development of solutions: Design solutions for complex engineering problems and design system components or processes that meet the specified needs with appropriate consideration for the public health and safety, and the cultural, societal, and environmental considerations.

  • Conduct investigations of complex problems: Use research-based knowledge and research methods including design of experiments, analysis and interpretation of data, and synthesis of the information to provide valid conclusions.

  • Modern tool usage: Create, select, and apply appropriate techniques, resources, and modern engineering and IT tools including prediction and modeling to complex engineering activities with an understanding of the limitations.

  • The engineer and society: Apply reasoning informed by the contextual knowledge to assess societal, health, safety, legal and cultural issues and the consequent responsibilities relevant to the professional engineering practice.

  • Environment and sustainability: Understand the impact of the professional engineering solutions in societal and environmental contexts, and demonstrate the knowledge of, and need for sustainable development.

  • Ethics: Apply ethical principles and commit to professional ethics and responsibilities and norms of the engineering practice.

  • Individual and team work: Function effectively as an individual, and as a member or leader in diverse teams, and in multidisciplinary settings.

  • Communication: Communicate effectively on complex engineering activities with the engineering community and with society at large, such as, being able to comprehend and write effective reports and design documentation, make effective presentations, and give and receive clear instructions.

  • Project management and finance: Demonstrate knowledge and understanding of the engineering and management principles and apply these to one’s own work, as a member and leader in a team, to manage projects and in multidisciplinary environments.

  • Life-long learning: Recognize the need for, and have the preparation and ability to engage in independent and life-long learning in the broadest context of technological change.

PROGRAMME SPECIFIC OUTCOMES(PSOs)

  • Modern trends: Graduates will be able to design, develop and operate or document newer mechanical systems or processes using emerging practices.
  • Optimization and refinement: Graduates will be able to find sustainable, Cost effective and environmental friendly measures to existing Systems.

Under Graduate Degree

04 Years

English

Brochure

The department provides spacious laboratories, lecture halls and seminar rooms. The staff members use LCD projectors and Video clips, making the teaching more interactive, and thereby learning process is made easier for the students.
The department has sufficient and efficient faculty members whose areas of expertise and research include Refrigeration, Design of thermal equipments, Product design, Manufacturing, Mechatronics, CAD, Computer Integrated Manufacturing (CIM), Automobile engineering etc.

University Ranks

Anna University Rank Holders
Sl.No Name of the Student Batch University Rank
1 S.VIJAYKUMAR 1999-2003 7th Rank
2 T.Arun Pandiyan 2003-2007 20th Rank
3 S.Aditya 2003-2007 43rd Rank
4 C.Shanmugam 2007-2011 40th Rank
5 M.SWATH 2009-2013 47th Rank
6 K.Balamani 2011-2015 46th Rank
7 C.Naresh Kumar 2011-2015 47th Rank

Achievements

HYBRID VEHICLE 2016

ROYAL BULLZ – Building Hybrid Car Team Captain –Ashish Kumar Dahiya Vice-Captain– S Praveen Kumar

ROYAL BULLZ, Official Hybrid team of S.A Engineering College, Chennai, India is developing a Parallel Hybrid-Electric race car(that would run on fuel as well as from batteries) to showcase our concern towards efficient, emission less cars for a cleaner future.

ROYAL BULLZ is a Hybrid Vehicle team with a mission of encrypting our team with technical as well as practical knowledge of manufacturing and building up a Hybrid Vehicle. The mission is accomplished by the ambition of our team to compete globally. The motto of our team is “RISE AND FIGHT BACK”.

SOLAR ACERS

The objective of our team, SOLAR ACERS, is to design and fabricate an innovative solar vehicle that is endurable and reliable. We have divided our team into various groups to maximize the efficiency of our team. The reports of these groups are integrated into our final design report.

This solar car is built with the idea of exploring alternate and renewable sources of energy. We have designed it to meet the requirements of the ESVC competition and to be as efficient as possible.

It must be strong and durable taking always in account the weight distribution for a better performance. With a limited amount of power, the focus is primarily on the power to weight ration of the vehicle. The only means to improve this critical parameter is to reduce the overall vehicle weight. Great care is taken in laying out the chassis.

Benefits
  • Monocrystalline cells have the highest efficiency of any cells on the market under standard operating conditions.
  • Their high efficiency means they have the smallest footprint for their output, so you can maximize power output when roof space is limited.
PROJECT MEMBERS TEAM: SOLAR ACERS TEAM CAPTAIN: NIRMAL KUMAR.R TEAM VICE CAPTAIN: SRIKANTH.P.K

Awards

ISIE AWARDS

HYBRID VEHICLE ROYAL BULLZE 2.0

A team of final year mechanical students Designed, Developed and Fabricated Hybrid Electric Vehicle and secured All India 09th Position and also Bagged “GO GREEN AWARD”

SOLAR VEHICLE

A team of mechanical students Designed, Developed and Fabricated SOLAR ACERS 2.0 and Secured Top 06 Position in All India Level and received cash prize Rs.1, 00,000.

Other Awards

Association of Scientists, Developers and Faculties 5th ASDF Global Awards 2015 30th December,2015:Puducherry, Republic of Indian Presented to V.JAIGANESH as best academic researcher of the year 2015 at ASDF GA V 5.0 by The Extraordinary Dignitaries.

The teaching awards in Engineering-by Education matters and Staffordshire university,UK

  • Received “Teaching Awards in Mechanical Engineering” from Education Matters in partnership with Staffordshire University, UK on 3rd March 2014 for producing University Ranks.
  • “Best Private Self Financing Engineering College” in Chennai, Awarded by “One planet Research Foundation”.
  • Best B-School in “Business India” survey 2013.
  • Director Thiru P. Venkatesh Raja on Behalf of Thiru. D. Duraiswamy, Chairman, S.A.Engineering College had received the “Certificate of Excellence” Award in All India Engineering College Survey 2013.
  • Director Thiru P. Venkatesh Raja on Behalf of Thiru. D. Duraiswamy, Chairman, S.A.Engineering College had received the “Engineering College of the Year 2013” from Silicon India Private Ltd.
  • Secretary Thiru. D.Dasarathan on Behalf of Thiru. D. Duraiswamy, Chairman, S.A.Engineering College had received the “Best Edupreneur Award” from his excellence, Honorable Governor of Tamilnadu K. Rosaiah on 28-09-13 conducted by “Times of India”.
  • Director Thiru P. Venkatesh Raja on Behalf of Thiru. D. Duraiswamy, chairman, S.A.Engineering College received the “Best Edupreneur Award” from his excellence, Honorable Governor of Tamilnadu K. Rosaiah on 28-09-12 conducted by “Times of India”.

Research and Development

FUNDED PROJECTS
SCOPUS
RESEARCHGATE
Faculty Publications
Collaborative Research Partners
CERIA SPARK AUTOMATION CENTRE
Patents

CONSOLIDATED LIST OF FACULTY DETAILS

2017-18 Professor
Sl. No. Name of the Faculty and Email ID Designation Qualification & Specialization Area of Interest Faculty Photo
1

Dr.P.K. Nagarajan

pknagarajan@saec.ac.in

 Principal & Professor M.E.,(Thermal.),Ph.D.

1.Heat transfer

2.Nano fluids

3.Computational Fluid Dynamics

4.Solar5.desalination

6.Energy Engineering

7.Waste heat recovery

8.Nano particles

 image001
2

Dr.T. Lakshmanan

drlakshmanant@saec.ac.in

 Professor & HOD M.E.,(Thermal.),Ph.D.

1.Internal Combustion Engine

2.Renewable Energy

3.Alternative Fuels

 image002
3

Dr. S.Mahadevan

drsmahadevan@saec.ac.in

 Sr.Professor M.E.,(Ind.Engg.), M.B.A, Ph.D.

1. Production Planning and control

2. Operations Research

3. Automation

4. Total Quality Management

 Mahadevan
4

Dr.V. Jai Ganesh

drjai@saec.ac.in

 Professor M.E.,(Ind.Engg.),Ph.D.

1. Manufacturing Energy Management

2. Advanced Welding Technology

3. Optimization

4. Quality Engineering

 image004
5

Dr.P.Sevvel

drsevvel@saec.ac.in

 Professor M.Tech.,(Ind.Engg.),Ph.D.

1. Unconventional Machining techniques

2. Friction Stir Welding

3. Ergonomics

4. Optimization Techniques

 sevvel
Associate Professors
Sl. No. Name of the Faculty and Email ID Designation Qualification & Specialization Area of Interest Faculty Photo
6

Mr.B.Madhu

madhu@saec.ac.in

 Associate Professor M.E., (CAD), (Ph.D.)

1. Finite Element Analysis

2. Heat Transfer

3. Desalination

4. Energy

 image006
7

Mr.S.Eaben Rajkumar

ebenrajkumar@saec.ac.in

 Associate Professor M.E., (Pro.) , (Ph.D.)

1. Material Science

2. Composite Materials

3. Machining

4. Wear

 image007
8

Mr. S.R. Venkataraman

venkat@saec.ac.in

 Associate Professor M.E., (CIM) ,(Ph.D.)

1. Materials

2. Design

3. Manufacturing 4. Robotics

 image013
9

Mr.D. Magesh Babu

mageshbabu@saec.ac.in

 Associate Professor M.E., (ICE) ,(Ph.D.)

1. Heat Transfer

2. Nano fluids

3. Energy

4. IC Engines

 image010
10

Mr.D. Srinivasan

srinivasand@saec.ac.in

 Associate Professor M.Tech.(Design) ; (Ph.D.)

1. Jigs & Fixtures

2. Friction Stir Welding

3. Engineering Graphics

4. Engineering Mechanics

 srinivasan
11

Mr.R. Rajkumar

rajkumar@saec.ac.in

 Associate Professor M.Tech., (Production) , (Ph.D.)

1. Manufacturing

2. Metal Forming

3. Automation Techniques

4. Friction Stir Welding

 image012
12

Dr.S. Ravishankar

ravishankars@saec.ac.in

 Associate Professor M.E., (Thermal) ,PhD., (PDF)

1. Energy

2. Desalination

3. Nano fluids

4. IC Engines

5. Solar Stills

6. Water Research

 image009
13

Mr.J. Subramani

subramani@saec.ac.in

 Associate Professor M.E., (Thermal) ,(Ph.D.)

1. Solar Energy

2. Nano Fluid

3. Heat transfer Enhancement Techniques

4. IC Engines

 image014-1
14

Mr. A. Nataraj

nataraja@saec.ac.in

 Associate Professor M.E., (CIM)

1. Materials

2. Design

3. Manufacturing

4. Robotics

 image014-1
15

Dr.S.Baskar

baskars@saec.ac.in

 Associate Professor M.E., (Engg. Design)., (PhD)

1. Nano tribology

2. Bio tribology

3. Finite element analysis of Journal bearing

4. Finite element analysis of Composites

 image014-1
Assistant Professors
Sl. No. Name of the Faculty and Email ID Designation Qualification & Specialization Area of Interest Faculty Photo
16

Mr.K. Srinivasan

srinivasank@saec.ac.in

 Asst. Professor M.E., (CAD)

1. Experimental stress analysis

2. Mathematical Modeling of Materials behavior

3. Fatigue and fracture of Engineering materials

4. Engineering design with polymers and composites

 srinivasan
17

Mr.S. Dhanasekar

danasekar@saec.ac.in

 Asst. Professor M.E (Design) ; (Ph.D.)

1. Finite Element Analysis

2. MMC

3. Superplastic Forming

4. PMC

 image017
18

Mr.C. Krishnamurthy

krishnamurthyc@saec.ac.in

 Asst. Professor M.E..(CAD), (Ph.D.)

1. Robotics

2. Composite Materials

3. Manufacturing

4. Metrology

 image018
19

Mr.M. Ramachandran

ramachandranm@saec.ac.in

 Asst. Professor M.E., (CAD/CAM)

1. 3D printing

2. GD & T

3. Strength of Materials

4. Mechatronics

 image019
20

Mr.B. Yokeshkumar

yokeshkumarb@saec.ac.in

 Asst. Professor M.E.(I.E.) ; (Ph.D.)

1. Friction Stir Welding

2. 3D Welding

 image020
21

Mr.S.Suseel Jai Krishnan

suseeljaikrishnans@saec.ac.in

 Asst. Professor M.E., (Thermal) ;(Ph.D.)

1. Fluid Mechanics 2. Heat Power

3. Nano powder Synthesis

4. Nanomaterial Characterization

 image022
22

Mr.N. Nagabhooshanam

nagabhooshanamn@saec.ac.in

 Asst. Professor M.E., (CAD/CAM) ; (Ph.D.)

1. Optimization Techniques

2. Advances in casting

3. Metal Matrix composite

4. CFD

 image023
23

Mr.G.Prabaharan

prabaharang@saec.ac.in

 Asst. Professor M.E., (CAD)

1. Metal Forming 2. Super Plastic Forming

3. Tool Design (jigs, fixtures and press tools)

4. Manufacturing Processes

 image024
24

Mr.K.N.Ramu

Ramukn@saec.ac.in

 Asst. Professor M.E., (Manufacturing Tech.)

1. Theory of Machines

2. Polymer composites

3. Machine design

4. Strength of Materials

 image027
25

Mr.R. Bharathwaaj

bharathwaajr@saec.ac.in

 Asst. Professor M.Tech.(IC Engines), (Ph.D.)

1. Mathematical Modeling

2. Simulation

3. Biofuels

4. HCCI Combustion

 image029
26

Mr. K.S. Prabhakar

ksprabakar@saec.ac.in

 Asst. Professor M.E., (CAD), (Ph.D.)

1. Engineering Mechanics

2. Gas dynamics

3. Finite Element Analysis

4. Nano fluids

 image030
27

Mr.S. Gokul Raghavendra

gokusrinivasan@saec.ac.in

 Asst. Professor M.Tech., (Energy & Environmental Engineering),(Ph.D.)

1. Bioenergy

2. Quantum Computational Chemistry

3. Molecular Dynamics

4.Power Plant Engineering

 image031
28

Mr.K.Parthasarathy

parthasarathyk@saec.ac.in

 Asst. Professor M.E., (Product design)

1. Smart Materials

2. Energy storing elements

3. Transmission systems

 image032
29

Mr.V. Sathishkumar

sathishkumarv@saec.ac.in

 Asst. Professor M.E., (Product design) 1. Product design 2. End- Effectors 3. Engineering Mechanics image033
30

Mr. A. Mohamed Sayed Nasem

msn@saec.ac.in

 Asst. Professor PG Dip. Industrial Engg.

1. Engineering Mechanics

2. Solid Mechanics

3. Fluid Mechanics

4. Hydraulics and Pneumatics

 image034
31

Mr.K.Suresh

sureshk@saec.ac.in

 Asst. Professor M.E., (design),(Ph.D.)

1. Design of machine Elements

2. Composite Materials

3. Fluid Mechanics

 image035
32

Mr. S. Pachaiyappan

pachaiyappans@saec.ac.in

 Asst. Professor M.E., (Thermal), (Ph.D.)

1. Gas Dynamics

2. Thermal Power 3. Heat Transfer

4. Thermal Study of composite insulating materials

 image036
33

Mr.V. Sabariraj

sabarirajv@saec.ac.in

 Asst. Professor M.E., (design)

1. Mechatronics

2. Manufacturing Technology

3. Materials

 image037
34

Mr.C. Dhanesh

dhaneshc@saec.ac.in

 Asst. Professor M.E., (Thermal), (Ph.D.),

1. Heat Transfer

2. Thermal Engineering

3. IC Engines

4. Waste Heat Recovery Systems

 image038
35

Mr.M.V.Raja

rajamv@saec.ac.in

 Asst. Professor M.E., (ICE)

1. Advance IC Engines

2. Engine Management & pollution control

3. Heat Transfer

4. Thermal Engineering

 image039
36

Mr.R.Jeeva

jeevar@saec.ac.in

 Asst. Professor M.E. (Aeronautical Engineering)

1.Structural Analysis

2.Strength of Materials

3.Finite Element Analysis

4.Engineering Graphics

 Jeeva
37

Mr. L. Anantharaman

anantharamanl@saec.ac.in

 Asst. Professor M.E., (Thermal); (Ph.D.)

1. I.C. Engines

2.Heat Transfer

3.Refrigeration

4.Computational Fluid Dynamics

 image039
38

Mr.B.Balaji

balajib@saec.ac.in

 Adjunct Faculty B.E.Mechanical 1. Automobile Engineering image039
39

Mr.E.Thiyagarajan

thiagarajane@saec.ac.in

 Adjunct Faculty M.E.CAD

1. Engineering Mechanics

2. Finite Element Analysis

3. Nano fluids

 image039

MANUFACTURING TECHNOLOGY LABORATORY-I

S.No Name of the Laboratory Area (Sq.m) Major Equipments in the Lab Purpose
1 Manufacturing Technology Lab I 145

Centre Lathes

Horizontal Milling Machine

Vertical Milling Machine

Shaper

 To Study and practice the various operations that can be performed in lathe, shaper, etc. and to equip with the practical knowledge required in the core industries.

MANUFACTURING TECHNOLOGY LABORATORY- II

S.No Name of the Laboratory Area (Sq.m) Major Equipments in the Lab Purpose
2 Manufacturing Technology Lab II 145

CNC lathe,

CNC Milling Machine,

Gear Shaping Machine,

Center less Grinding Machine,

Tool and Cutter Grinder,

Gear Hobbing Machine ,

Cylindrical Grinding Machine

 To Study and acquire knowledge on various basic machining operations in special purpose machines and its applications in real life manufacture of components in the industry.

FLUID MECHANICS & MACHINERY LABORATORY

S.No Name of the Laboratory Area (Sq.m) Major Equipments in the Lab Purpose
3 Fluid Mechanics & Machinery Laboratory 145

Pelton Wheel

Francis Turbine

Kaplan Turbine

Various Pumps

 To have hands on experience in flow measurements using different devices and also perform calculation related to losses in pipes and also perform characteristic study of pumps, turbines etc.

STRENGTH OF MATERIALS LABORATORY

S.No Name of the Laboratory Area (Sq.m) Major Equipments in the Lab Purpose
4 Strength of aterials Laboratory 145

Universal Testing Machine

Torsion Testing Machine

Compression Testing Machine

 To supplement the theoretical knowledge gained in Mechanics of Solids with practical testing for determining the strength of materials under externally applied loads. This would enable the student to have a clear understanding of the design for strength and stiffness

THERMAL ENGINEERING LABORATORY- I

S.No Name of the Laboratory Area (Sq.m) Major Equipments in the Lab Purpose
5 Thermal Engineering Laboratory I 145

Revomax Boiler Model With Turbine Setup

Diesel And Petrol Engine Test Rig

Diesel Engine Trainer Rig,

Petrol Engine With Hydraulic Dynamo Meter

LPG Refrigeration Test Rig

Wind Tunnel

To study the value timing-V diagram and performance of IC Engines

To Study the characteristics of fuels/Lubricates used in IC Engines

To study the Performance of steam generator/ turbine

THERMAL ENGINEERING LABORATORY- II

S.No Name of the Laboratory Area (Sq.m) Major Equipments in the Lab Purpose
6 Thermal Engineering Laboratory II 145

Open Circuit Wind Tunnel LPG Refrigeration Test Rig

Revomax Boiler Model with separator

Diesel Engine Test Rig(4 Stroke, 2 Cyilnder, 10HP)

Petrol Engine Test Rig (4 Stroke, 4 Cyilnder)

Four stroke single cylinder diesel engine trainer rig and electrical load set up

Multi cylinder petrol engine with hydraulic dynamo meter and calorimeter

To study the heat transfer phenomena predict the relevant coefficient using implementation

To study the performance of refrigeration cycle / components

DYNAMICS LABORATORY

S.No Name of the Laboratory Area (Sq.m) Major Equipments in the Lab Purpose
7 Dynamics Laboratory 145

Cam follower setup

Dynamic balancing machine

Motorised gyroscope.

Governor apparatusWatt, Proell, Hartnell

To supplement the principles learnt in kinematics and Dynamics of Machinery.

To understand how certain measuring devices are used for dynamic testing.

METROLOGY & MEASUREMENTS LABORATORY

S.No Name of the Laboratory Area (Sq.m) Major Equipments in the Lab Purpose
8 Metrology & Measurements Laboratory 82

Floating Carriage Diameter Measuring Machine

Autocollimator

Coordinate Measuring Machine

 To familiar with different measurement equipments and use of this industry for quality inspection

CAD LABORATORY

S.No Name of the Laboratory Area (Sq.m) Major Equipments in the Lab Purpose
9 CAD Laboratory 82

Computer Work Station 36

Computer systems 36 (2GB inbuilt & 2GB main memory)

C / MATLAB 5 licences

ANSYS 13.0 (50 License)

Pro-E Wildfire 5.0

(50 Licences)

CREO 4.0 Design and modeling software (Multibody Dynamic Software Suitable for Mechanism simulation and analysis)50 User

 To develop skill to use software to create 2D and 3D models.

CAM LABORATORY

S.No Name of the Laboratory Area (Sq.m) Major Equipments in the Lab Purpose
10 CAM Laboratory 82

Computer Server Machine

Computer Work Station 36

Computer systems 36 (2GB inbuilt and 2GB main memory)

CNC SIMULATION SOFTWARE (30 licences)

CNC Lathe Trainer

CNC Star Mill Trainer

 To give exposure to software tools needed to analyse engineering problems. To expose the students to different applications of simulation and analysis tools.

MECHATRONICS LABORATORY

S.No Name of the Laboratory Area (Sq.m) Major Equipments in the Lab Purpose
11 Mechatronics Laboratory 145

Hydro sim and Pneumosim Simulation Software 10 No with computers

Basic Pneumatic Trainer Kit with manual

Basic Pneumatic Trainer Kit with electrical

Basic Hydraulic Trainer Kit

 To know the method of programming the microprocessor and also the design, modelling & analysis of basic electrical, hydraulic & pneumatic Systems which enable the students to understand the concept of mechatronics

ENGINEERING PRACTICE LAB

S.No Name of the Laboratory Area (Sq.m) Major Equipments in the Lab Purpose
12 Engineering Practice Laboratory 132

Arc welding transformer with cables and holders

Oxygen and acetylene gas cylinders

Blow pipe and other welding outfit.

Centre lathe

 To provide exposure to the students with hands on experience on various basic engineering practices in Mechanical Engineering

PROJECT LABORATORY

S.No Name of the Laboratory Area (Sq.m) Major Equipments in the Lab Purpose
13 Project Laboratory 82

Indexing Prawl Mechanism

Babcock and Wilcox Boiler

Multistage Compressor

Engine Components

 To integrate various design concepts, manufacturing methods, inspection and testing principles in the real life applications and visualize innovative ideas into real product

Two Days SERB sponsored National Workshop on "Latest trends in Fabrication, Characterization & Analysis of Composite Materials” on 30 th & 31 st January 2018.

Day 1: Registration and inaugural function

Day 1: Session 1: Ceramic Composites for the Automotive and Aviation Sectors –Dr. Ravi Kumar, N.V., Assoc. Prof, Dept. of Metallurgical & Materials Engg, IIT Madras

Session 2: Live demonstration on Preparation of Metal Matrix Composites using Bottom Pouring Type Stir Casting Machine: Swam Equipments

Day 1- Session 3: Preparation and characterization of the Multiferroic Nanocomposites Dr. Suresh Pittala, Post Doctoral Fellow, Department of Physics, II Sc Bangalore

Day 2: Session 4: Hands on training on preparation of Natural fibre Composites using Hand Layup Technique : ST Advanced Composites

Day 2: Session 5: Wear behavior of functional graded composites for brake Applications– Dr. T. Ram Prabhu, Scientist “D”, DRDO (Defense R&D Organization), Bangalore.

Day 2: Session 6: Wear behavior of functional graded composites for brake Applications– Dr. T. Ram Prabhu, Scientist “D”, DRDO (Defense R&D Organization), Bangalore.

Day 2: Session 7: Hands on training on preparation of Natural fibre Composites using Hand Layup Technique: ST Advanced Composites

Day 2: Feedback Session, Certificate Distribution & Valedictory Function

Internship / In-Plant Training

Projects

SAEC is a solitary institute not only because of the academic excellence but also by patronizing research and development in science and technology to future upsurge of the country. SAEC aims to practice modern tools and techniques by implementing centre of excellence for sustainable growth of the department.

Faculty Publications
Collaborative Research Partners
CERIA SPARK AUTOMATION CENTRE
Patents

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