About us
The department of Automobile Engineering was started during the academic year 2011 to 2012 with a sanctioned intake of 60. Keeping in view the demand for automobile engineering the department has a vision to enrich the knowledge of students and update the technology of automobile engineering. The department is responsible for teaching in the area of chassis design, engine design, electric & hybrid vehicles, FEA analysis, alternative fuels, automotive vehicles management, safety and vehicle styling. The department boasts of enthusiastic faculty and talented staff members who are experts in the area of their interest
Vision
Emerge as a Center for advanced studies and research in Automobile Engineering.
Mission
• Recognition through quality education, research, consultancy, and innovation in education.
HOD MESSAGE
Dr.N.Nedunchezhian
HOD
The department was established in year 2011 by offering an undergraduate course B. E. Automobile Engineering. Automobile Engineering has achieved recognition and importance ever since motor vehicles capable for transporting passengers has been in trend. Now due to the rapid growth of auto component manufacturers and automobile industries, there is a great demand for Automobile Engineers. Automobile branch deals with the designing, developing, manufacturing, testing and repairing and servicing automobiles such as cars, trucks, motorcycles, scooters etc., & the related sub engineering systems. For the perfect blend of manufacturing and designing automobiles, Automobile Engineering uses the features of different elements of Engineering such as automobile, mechanical, electrical, electronic, software and safety engineering. It involves understanding the mechanism of vehicle chassis, internal combustion Engine, electrical systems, Motor transport affairs, workshop technology, research and design. The excellent infrastructure, teaching faculty of the best kind ensuring quality education such as interaction among students, parents and faculty, along with a Training and Placement Cell ensures a bright future to its students. Automobile Engineering Branch is an Evergreen Branch. The Students of this Branch is always in Demand. Moreover, Automobile Engineering Students will have a wide Career Profile and suit to almost any Industry. Automobile Engineering is the Mother Branch of other Engineering branches. It plays an important role in every sphere of Engineering. In this branch, the Students learn the Fundamentals of Automobile Parts, Fluid and Thermal power Applications. “Learn Automobile Engineering and enjoy the widened scope in various fields”.
PROGRAM SPECIFIC OUTCOMES (PSO)
Students shall have
PROGRAMME EDUCATIONAL OBJECTIVES (PEOs)
Graduates of Automobile Engineering shall
PROGRAM OUTCOME
After completion of the course, B. E Automobile Engineering Graduates will have ability to:
Apply the knowledge of mathematics, science, engineering fundamentals, and an engineering specialization to the solution of complex engineering problems.
PO2: 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.
PO3: 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.
PO4: 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.
PO5: 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.
PO6: 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.
PO7: 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.
PO8: Ethics
Apply ethical principles and commit to professional ethics and responsibilities and norms of the engineering practice
PO9: Individual and Team Work
Function effectively as an individual, and as a member or leader in diverse teams, and in multidisciplinary settings
PO10: 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.
PO11: 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.
PO12: 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
Course Outcome
Course outcomes for theory subjects, laboratories and project work are framed and sample course outcomes are presented
SEMESTER III
MA8353- Transforms and Partial Differential Equations
COs | COURSE OUTCOMES |
---|---|
CO1 | Understand how to solve the given standard partial differential equations. |
CO2 | Solve differential equations using Fourier series analysis which plays a vital role in engineering applications. |
CO3 | Appreciate the physical significance of Fourier series techniques in solving one and two dimensional heat flow problems and one dimensional wave equations. |
CO4 | Understand the mathematical principles on transforms and partial differential equations would provide them the ability to formulate and solve some of the physical problems of engineering. |
CO5 | Use the effective mathematical tools for the solutions of partial differential equations by using Z transform techniques for discrete time systems. |
ME8391-Engineering Thermodynamics
COs | COURSE OUTCOMES |
---|---|
CO1 | Understand how to solve the given standard partial differential equations. |
CO2 | Solve differential equations using Fourier series analysis which plays a vital role in engineering applications. |
CO3 | Appreciate the physical significance of Fourier series techniques in solving one and two dimensional heat flow problems and one dimensional wave equations. |
CO4 | Understand the mathematical principles on transforms and partial differential equations would provide them the ability to formulate and solve some of the physical problems of engineering. |
CO5 | Use the effective mathematical tools for the solutions of partial differential equations by using Z transform techniques for discrete time systems. |
CE8395- Strength of Materials for Mechanical Engineers
COs | COURSE OUTCOMES |
---|---|
CO1 | Determine the strain energy and compute the deflection of determinate beams, frames and trusses using energy principles. |
CO2 | Analyze propped cantilever, fixed beams and continuous beams using theorem of three moment equation for external loadings and support settlements. |
CO3 | Find the load carrying capacity of columns and stresses induced in columns and cylinders |
CO4 | Determine principal stresses and planes for an element in three dimensional state of stress and study various theories of failure |
CO5 | Determine the stresses due to Unsymmetrical bending of beams, locate the shear center, and find the stresses in curved beams. |
AT8301-Spark Ignition Engines
COs | COURSE OUTCOMES |
---|---|
CO1 | Diagnose the simple problems on fuel, ignition, cooling, lubrication and electrical systems |
CO2 | Analyze engine performance characteristics |
CO3 | Develop safe attitude towards mechanical operations of an automotive engine |
CO4 | Investigate the problem occur in IC engine |
CO5 | Esttimate the perfomance of IC engine |
ME8392- Manufacturing Technology
COs | COURSE OUTCOMES |
---|---|
CO1 | Analyzes the diferent type of casting |
CO2 | Classify the welding based on principle of operation |
CO3 | Design castings taking into considerations of different moulds and their preparations |
CO4 | Produce various work pieces using cold and hot working of a metal |
CO5 | Understand cold and hot working of metals and processing of non-metals like plastics |
CE8394- Fluid Mechanics and Machinery
COs | COURSE OUTCOMES |
---|---|
CO1 | Apply the knowledge of fluids and properties to solve flow, force and velocity problems |
CO2 | Apply the knowledge of fluid flow and dynamics in solving problems in hydraulic machines |
CO3 | Perform model analysis of hydraulic machinery and select appropriate machines for hydro power plan |
CO4 | Understand the properties of fluids, principles of buoyancy, flow, force and head calculations |
CO5 | Understand boundary layer principles applied to aerofoiles |
CE8381-Strength of Materials and Fluid Mechanics and Machinery Laboratory
COs | COURSE OUTCOMES |
---|---|
CO1 | Examine different hardness test for given matrerial |
CO2 | find the load carrying capacity of columns and stresses induced in columns and cylinders |
CO3 | Apply the knowledge of fluid flow and dynamics in solving problems in hydraulic machines |
CO4 | Apply the knowledge of fluids and properties to solve flow, force and velocity problems |
CO5 | Perform model analysis of hydraulic machinery and select appropriate machines for hydro power plant |
ME8381 – Computer Aided Machine Drawing
COs | COURSE OUTCOMES |
---|---|
CO1 | Apply the Knowledge of Machine Drawing Convention |
CO2 | Use the AutoCAD Software and draw the Machine Elements like Screw Threads, Nuts, Bolts, Keys, Shafts & Bearings |
CO3 | Design all the parts & assemble them in AutoCAD with section views |
CO4 | Use isomentric projection and construct 2D view on different component |
CO5 | Analyze ortho and isometric projection |
HS8381 -INTERPERSONAL SKILLS/LISTENING AND SPEAKING
COs | COURSE OUTCOMES |
---|---|
CO1 | Listen and respond appropriately. |
CO2 | Participate in group discussions |
CO3 | Make effective presentations |
CO4 | Participate confidently in conversations both formal and informal |
CO5 | Participate appropriately in conversations both formal and informal |
SEMESTER IV
MA8452-Statistics and Numerical Methods
COs | COURSE OUTCOMES |
---|---|
CO1 | Understand the basic concepts and techniques of solving algebraic and transcendental equations. |
CO2 | Appreciate the numerical techniques of interpolation and error approximations in various intervals in real life situations |
CO3 | Apply the numerical techniques of differentiation and integration for engineering problems. |
CO4 | Understand the knowledge of various techniques and methods for solving first and second order ordinary differential equations. |
CO5 | Solve the partial and ordinary differential equations with initial and boundary conditions by using certain techniques with engineering applications. |
AT8401 -Compression Ignition Engines
COs | COURSE OUTCOMES |
---|---|
CO1 | Diagnose the simple problems on fuel, ignition, cooling, lubrication and electrical systems |
CO2 | Analyze engine performance characteristics |
CO3 | Develop safe attitude towards mechanical operations of an automotive engine |
CO4 | Investigate the problem occur in IC engine |
CO5 | Esttimate the perfomance of IC engine |
ME8491 Engineering Metallurgy
COs | COURSE OUTCOMES |
---|---|
CO1 | Identify materials for micro structure |
CO2 | Best microstructure of any given material and predict properties |
CO3 | Prepare appropriate heat treatment for a given material by checking its microstructure |
CO4 | Understand the need of proper simplification for different materials |
CO5 | Understand the significance microstructure of different materials under microscopic testing |
EC8396 -Electronics and Microprocessors
COs | COURSE OUTCOMES |
---|---|
CO1 | Classify the various diode used in semiconductor application |
CO2 | Analyzes the various transistor and its configuration |
CO3 | Understand analogic to digital conversion |
CO4 | Understand the configuration of microprocessor |
CO5 | Understand the fundamental concepts of Semi Conductors, Transistors |
AT8402 -Automotive Chassis
COs | COURSE OUTCOMES |
---|---|
CO1 | Understand construction of different section of chassis frame |
CO2 | Find out driving thrust for different vehcile condition |
CO3 | Analayze the different type of rear axle |
CO4 | Find out the requirement of suspension system |
CO5 | Calculate braking Condition for diffrenet condition |
PR8451- Mechanics of Machines
COs | COURSE OUTCOMES |
---|---|
CO1 | Analyse the various terminolgy of kinematic chain |
CO2 | Understand the principles in the formation of mechanisms and their kinematics. |
CO3 | Understand the importance of balancing and vibration. |
CO | Understand the importance of balancing and vibration. |
CO5 | Calculate free, and forced vibration for automotive systems |
AT8411 -Automotive Components Laboratory
COs | COURSE OUTCOMES |
---|---|
CO1 | Understand the basic construction of two stroke engine |
CO2 | Understand the basic construction of different types of steering system |
CO3 | Analyze the operation of various gear box |
CO4 | Analyze the operation of suspension system |
CO5 | Analyze the construction of different types of clutch |
EC8382 -Electronics and Microprocessors Laboratory
COs | COURSE OUTCOMES |
---|---|
CO1 | Understand the characteristics of PN Junction Diode |
CO2 | Understand the operation of Logic Gates |
CO3 | Analyze the output of Shift Registers and Counters |
CO4 | Understand the procedure of Stepper Motor Interfacing |
CO5 | Understand the numerical operation on microprocessor |
SEMESTER V
ME8593-Design of Machine Elements
COs | COURSE OUTCOMES |
---|---|
CO1 | Design and analyze automobile components to meet performance requirements by selecting a concept to pursue, iterating to the final design |
CO2 | Determine when a component will fail statically given loading conditions |
CO3 | Know how to design the different types of gears like spur gear, helical gear, bevel gear worm gear etc. |
CO4 | Understood the how to design belt drives, springs, keys, couplings and flywheels |
CO5 | Design and analyze simple machine components gears, shafts and bearings |
AT8501-Automotive Transmission
COs | COURSE OUTCOMES |
---|---|
CO1 | Understand construction of different section of chassis frame |
CO2 | Find out driving thrust for different vehicle condition |
CO3 | Analayze the different type of rear axle |
CO4 | Find out the requirement of suspension system |
CO5 | Calculate braking condition for diffrent condition |
AT8502 – Automotive Electrical and Electronics Systems
COs | COURSE OUTCOMES |
---|---|
CO1 | Understand the characteristics of zenor diode |
CO2 | Understand the operation of ignition system |
CO3 | Analze the output of Shift Registers |
CO4 | Understand the procedure of Stepper Motor Interfacing |
CO5 | Understand the numerical operation on microprocessor |
AT8503-Vehicle Design Data Characteristics
COs | COURSE OUTCOMES |
---|---|
CO1 | Analyze the different vehicle characteristics |
CO2 | Knowledge in vehicle electrical and electronics components for engine operation. |
CO3 | Enhancing the knowledge of sensor and microprocessor applications in vehicle control systems. |
CO4 | Gaining information’s on modern safety system in vehicle braking. |
CO5 | Analyze the different vehicle safety system |
AT8504 -Automotive Fuels and Lubricants
COs | COURSE OUTCOMES |
---|---|
CO1 | Describe about gasoline and air mixtures with requirements and formation of carburetor, Choke and carburetor systems for emission control. |
CO2 | Apply the knowledge of instruction set to develop Fuel Injection Systems, Timing Systems, Energy requirement and Spark plug operation. |
CO3 | Discuss about the Stages of combustion and Heat release correlations. |
CO4 | Brief about Liquid fuel Requirements and utilization techniques of Blends, Neat form and Reformed Fuels. |
CO5 | Measuring the emission techniques for SI Engines. |
AT8009 – Automotive Safety
COs | COURSE OUTCOMES |
---|---|
CO1 | Understand the vehicle safety systems |
CO2 | Gaining information’s on passive safety system in vehicle braking. |
CO3 | Enhancing the knowledge of sensor and microprocessor applications in vehicle control systems. |
CO4 | Gaining information’s on modern safety system in vehicle braking. |
CO5 | Analyze the different vehicle safety system |
AT8511 – Automotive Electrical and Electronics Laboratory
COs | COURSE OUTCOMES |
---|---|
CO1 | Understand the characteristics of zenor diode |
CO2 | Understand the operation of ignition system |
CO3 | Analyze the output of Shift Registers |
CO4 | Understand the procedure of Stepper Motor Interfacing |
CO5 | Understand the numerical operation on microprocessor |
AT8512 – Automotive Fuels and Lubricants Laboratory
COs | COURSE OUTCOMES |
---|---|
CO1 | Describe about gasoline and air mixtures with requirements and formation of carburetor, Choke and carburetor systems for emission control. |
CO2 | Apply the knowledge of instruction set to develop Fuel Injection Systems, Timing Systems, Energy requirement and Spark plug operation. |
CO3 | Discuss about the Stages of combustion and Heat release correlations. |
CO4 | Brief about Liquid fuel Requirements and utilization techniques of Blends, Neat form and Reformed Fuels. |
CO5 | Discuss about grease and mechanical penetration in grease |
HS8581-Professional Communication
COs | COURSE OUTCOMES |
---|---|
CO1 | Understand to Make effective presentations |
CO2 | Discuss about Participate confidently in Group Discussions. |
CO3 | Discuss about Attend job interviews and be successful in them. |
CO4 | Develop adequate Soft Skills required for the workplace. |
CO5 | Discuss about making career changes. |
SEMESTER VI
GE8077 – Total Quality Management
COs | COURSE OUTCOMES |
---|---|
CO1 | Diagnose the simple problems on fuel, ignition, cooling, lubrication and electrical systems |
CO2 | Analyze engine performance characteristics |
CO3 | Calculate braking condition for different condition |
CO4 | Find out the requirement of suspension system |
CO5 | Analyze the different type of rear axle |
AT8601 – Automotive Engine Components Design
COs | COURSE OUTCOMES |
---|---|
CO1 | Know how to design the different types of gears like spur gear, helical gear, bevel gear worm gear etc. |
CO2 | Design and analyze automobile components to meet performance requirements by selecting a concept to pursue, iterating to the final design. |
CO3 | Determine when a component will fail statically given loading conditions. |
CO4 | Know how to design the different types of gears like spur gear, helical gear, bevel gear worm gear etc. |
CO5 | Understood the how to design belt drives, springs, keys, couplings and flywheels. |
AT8602 – Automotive Chassis Components Design
COs | COURSE OUTCOMES |
---|---|
CO1 | Understand construction of different section of chassis frame. |
CO2 | Find out driving thrust for different vehicle condition. |
CO3 | Analyze the different type of rear axle. |
CO4 | Find out the requirement of suspension system. |
CO5 | Calculate braking condition for different condition. |
AT8603 – Two and Three Wheelers
COs | COURSE OUTCOMES |
---|---|
CO1 | Diagnose the simple problems on fuel, ignition, cooling, lubrication and electrical systems |
CO2 | Analyze engine performance characteristics. |
CO3 | Calculate braking condition for different condition. |
CO4 | Find out the requirement of suspension system. |
CO5 | Analyze the different type of rear axle. |
AT8604 – Vehicle Dynamics
COs | COURSE OUTCOMES |
---|---|
CO1 | Write mathematical models of vehicle road dynamics. |
CO2 | Recognize the effect of the tyre forces and characteristics on the vehicle dynamics. |
CO3 | Calculate aerodynamic effects for different types of vehicle. |
CO4 | Know the sources of vehicle vibration and minimizing it by proper design. |
CO5 | Understand the rolling resistance, drag, noise and vehicle vibration. |
PR8072 – New Product Development
COs | COURSE OUTCOMES |
---|---|
CO1 | Relevance of market research. |
CO2 | Calculate product design specification. |
CO3 | Understand the morphological methods. |
CO4 | Understand the modular architecture. |
CO5 | Know the methods of developing cost estimates. |
AT8611 – Computer Aided Engine and Chassis Design Laboratory
COs | COURSE OUTCOMES |
---|---|
CO1 | Design and analyze automobile components to meet performance requirements by selecting a concept to pursue, iterating to the final design. |
CO2 | Design and analyze automobile components to meet performance requirements by selecting a concept to pursue, iterating to the final design. |
CO3 | Know how to design the different types of gears like spur gear, helical gear, bevel gear worm gear etc. |
CO4 | Understood the how to design belt drives, springs, keys, couplings and flywheels. |
CO5 | Design and analyze simple machine components gears, shafts and bearings. |
AT8612 – Two and Three Wheelers Laboratory
COs | COURSE OUTCOMES |
---|---|
CO1 | Analyze engine performance characteristics. |
CO2 | Calculate braking condition for different condition. |
CO3 | Find out the requirement of suspension system. |
CO4 | analyze the different type of rear axle. |
CO5 | Calculate steering condition for different condition. |
SEMESTER VII
AT8701 – Engine and Vehicle Management System
COs | COURSE OUTCOMES |
---|---|
CO1 | Analyze engine performance characteristics. |
CO2 | Calculate braking condition for different condition. |
CO3 | Find out the requirement of suspension system. |
CO4 | Analyze the different type of rear axle. |
CO5 | Calculate steering condition for different condition. |
ME8692 – Finite Element Analysis
COs | COURSE OUTCOMES |
---|---|
CO1 | Design and analyze automobile components to meet performance requirements by selecting a concept to pursue, iterating to the final design. |
CO2 | Determine when a component will fail statically given loading conditions. |
CO3 | Know how to design the different types of gears like spur gear, helical gear, bevel gear worm gear etc. |
CO4 | Understood the how to design belt drives, springs, keys, couplings and flywheels. |
CO5 | Analyze the different type of rear axle. |
AT8702 – Vehicle Maintenance
COs | COURSE OUTCOMES |
---|---|
CO1 | Write mathematical models of vehicle road dynamics. |
CO2 | Recognize the effect of the tyre forces and characteristics on the vehicle dynamics. |
CO3 | Calculate aerodynamic effects for different types of vehicle. |
CO4 | Know the sources of vehicle vibration and minimizing it by proper design. |
CO5 | Understand the rolling resistance, drag, noise and vehicle vibration. |
ME8099 – Robotics
COs | COURSE OUTCOMES |
---|---|
CO1 | Diagnose the simple problems on fuel, ignition, cooling, lubrication and electrical systems. |
CO2 | Analyze engine performance characteristics. |
CO3 | Calculate braking condition for different condition. |
CO4 | Find out the requirement of suspension system. |
CO5 | Analyze the different type of rear axle. |
AT8004 – New Generation and Hybrid Vehicles
COs | COURSE OUTCOMES |
---|---|
CO1 | Understood the energy system, vehicle operation. |
CO2 | Understood the newer vehicle, recent technologies. |
CO3 | Determine when a component will fail statically given loading conditions. |
CO4 | Know how to Work area of suspension. |
CO5 | Analyze the systems, brakes, aerodynamics. |
GE8074 – Human Rights
COs | COURSE OUTCOMES |
---|---|
CO1 | Know how to design the different types of gears like spur gear, helical gear, bevel gear worm gear etc. |
CO2 | Design and analyze automobile components to meet performance requirements by selecting a concept to pursue, iterating to the final design. |
CO3 | Determine when a component will fail statically given loading conditions. |
CO4 | Know how to design the different types of gears like spur gear, helical gear, bevel gear worm gear etc. |
CO5 | Understood the how to design belt drives, springs, keys, couplings and flywheels. |
AT8711 – Engine Performance and Emission Testing Laboratory
COs | COURSE OUTCOMES |
---|---|
CO1 | Know how to control the emission. |
CO2 | Understood the different equipment. |
CO3 | Know how to conduct performance test. |
CO4 | Analyze the indicated power. |
CO5 | Determine data acquisition system. |
AT8712-Vehicle Maintenance Laboratory
COs | COURSE OUTCOMES |
---|---|
CO1 | Know how to identify the faults. |
CO2 | Know how to identify knowledge. |
CO3 | Know how to identify on maintenance. |
CO4 | Analyze the Fault diagnosis. |
CO5 | Calibration of different equipment. |
SEMESTER VIII
AT8801 – Vehicle Body Engineering
COs | COURSE OUTCOMES |
---|---|
CO1 | Analyze engine performance characteristics. |
CO2 | Calculate braking condition for different condition. |
CO3 | Find out the requirement of suspension system. |
CO4 | Analyze the different type of rear axle. |
CO5 | Know how to Modern painting process procedure. |
AT8008 – Transport Management
COs | COURSE OUTCOMES |
---|---|
CO1 | Understand the vehicle safety systems. |
CO2 | Gaining information’s on passive safety system in vehicle braking. |
CO3 | Know about different aspects related to transport system and management. |
CO4 | Features of scheduling, fixing and fares. |
CO5 | know about the motorvehicle act and maintenance aspects of transport. |
MG8591 – Principles of Management.
COs | COURSE OUTCOMES |
---|---|
CO1 | Understanding of managerial functions like planning. |
CO2 | Understanding of organizing, staffing, leading. |
CO3 | Enhancing the basic knowledge on international aspect of management. |
CO4 | Understanding of controlling. |
CO5 | Gaining information’s on problems and management. |
SUBJECT CODE & NAME: AT8811-Project Work
COs | COURSE OUTCOMES |
---|---|
CO1 | Analyze the position to take up any challenging. |
CO2 | Determine practical problems and find solution. |
CO3 | Understand the solution. |
CO4 | Gaining information’s on formulating proper methodology. |
CO5 | Gaining information’s on formulating proper methodology. |
Lab Facilities
List of Laboratories
S.NO. | Name of the Laboratories |
---|---|
1. | Fluid Mechanics and Machinery Laboratory |
2. | Automotive Components Laboratory |
3. | Computer Aided Machine Drawing |
4. | Engine Performance and Emission Testing Laboratory |
5. |
Automotive Electrical and Electronics Laboratory |
6. | Automotive Fuels and Lubricants Laboratory |
7. | Computer Aided Engine and Chassis Design Laboratory |
8. | Two and Three Wheelers Laboratory |
9. | Vehicle Maintenance Laboratory |
Automotive Components Laboratory
The Automotive Components laboratory which is one of the important laboratories in the Automobile Engineering was established in the year 2010. The automotive components lab has equipped with Multi cylinder engine, Four wheel drive and Air brake system, etc. The lab includes both academic and research based equipment in order to experience the skill of dismantling and assembling of Engines, Engine components and Chassis Components.
Engine Performance and Emission Testing Laboratory
The engine performance and emission testing laboratory which is one of the important laboratory in the Automobile Engineering department was launched in 2011, provides faculty and students with resources to conduct experimental research on internal combustion engines. The lab includes both academic and research based equipment in order to study the combustion characteristics, engine performance and emission measurement. All the engines are equipped with eddy current dynamometers which increase the loading accuracy.

Automotive Electrical and Electronics Laboratory
Automotive electrical and electronics laboratory established in the year 2015 for Academic purpose. It focused the students to Identify charging, starting, ignition, accessory-circuit components, their functions, maintenance procedures, types of automotive wiring, types of terminals, and wiring diagrams.

Vehicle Maintenance Laboratory
Automobile Department having vehicle servicing and testing lab facility with highly sophisticated testing instruments. This lab is useful for the complete servicing of two and four wheelers. It is having a car with onboard diagnosis equipment.
Two and Three Wheeler Laboratory
The laboratory has various two wheelers and three wheelers to conduct all the tests specified in the curriculum of Anna University.
- Two wheeler chassis dynamometer.
- Two wheeler engines with transmission system.
- Three wheeler with engine, chassis, and transmission system.
- Shock absorber test Apparatus.
- Coil spring test Apparatus.
- Two wheeler with electronic fuel injection and Open ECU.

Automotive Fuels and Lubricants Laboratory
This laboratory helps to produce high focused independent practical skill on fuels and lubricants among students. It also serves the students to determine properties of several fuels and lubricants; compare them with standards so as to get an idea about its quality. This lab will supplement theoretical inputs in the Automotive Fuels and Lubricants testing laboratory course.

FACULTY ACHIEVEMENTS
BOOK/CHAPTER PUBLICATION BY FACULTY
S.NO. | Name of the Faculty | Title of the Book/ Chapter | ISBN No. | Edition | Publication |
---|---|---|---|---|---|
1. | S.Prakash | Automotive Transmission | 978-93-89658-17-0 | First | SHANLAX Publications |
FACULTY JOURNAL PUBLICATIONS
S.NO. | Name of the Faculty | Title of the Paper | Name of the Journal |
---|---|---|---|
1. | Mr.N. Navaneetha Krishnan | Design of A Balanced Mechanism For Wheel Chair To Move On Stairs | International Journal Of Mechanical And Production Engineeringresearch And Development (IJMPERD) |
2. | Mr.K. Ramasamy & Mr.S. Prakash | Experimental Investigation on Wear behavior of Hybrid aluminum Composites | A Journal of Composition Theory |
3. | Mr.K. Ramasamy& Mr.G.Sekar | Finite Element Modeling of Casting Solidification | Journal of Information and Computational Science |
4. | Mr.S. Prakash | Power Assisted Gear Shifting Mechanism for Automobiles | International Journal of Management, Technology and Engineering |
FACULTY ACTIVITIES (CONFERENCE, FDP, WORKSHOP, SEMINARS, HANDS ON TRAINING)
S.NO. | Date | Name | Event | Title | College Name |
---|---|---|---|---|---|
1. | 26.04.2021 | Mr.N. Navaneetha Krishnan | Seminar | Recent Trends In Automobile Engineering | Annapoorana Engineering College |
2. | 26.04.2021 | Mr.S. Prakash | Seminar | Recent Trends In Automobile Engineering | Annapoorana Engineering College |
3. | 26.04.2021 | Mr.G. Sekar | Seminar | Recent Trends In Automobile Engineering | Annapoorana Engineering College |
4. | 26.04.2021 | Mr.K. Ramasamy | Seminar | Recent Trends In Automobile Engineering | Annapoorana Engineering College |
5. | 27.04.2021 | Mr.N. Navaneetha Krishnan | Workshop | 3-D Printing-A Factory on Your Desk | Annapoorana Engineering College |
6. | 27.04.2021 | Mr.S. Jegadeeshan | Workshop | 3-D Printing-A Factory on Your Desk | Annapoorana Engineering College |
7. | 27.04.2021 | Mr.S. Balachandran | Workshop | 3-D Printing-A Factory on Your Desk | Annapoorana Engineering College |
8. | 07.05.2021 | Mr.N. Navaneetha Krishnan | Hands on Training | Programming Essentials in Python | ICT Academy |
9. | 07.05.2021 | Mr.S. Balachandran | Hands on Training | Programming Essentials in Python | ICT Academy |
STUDENT ACHIEVEMENTS
STUDENT PARTICIPATION IN WORKSHOP / SEMINAR /SYMPOSIUM
S. No. | Academic Year | Department | Name of the Student | Year | Name of the Event | Organized by |
---|---|---|---|---|---|---|
1. | 2020-2021 | Automobile Engineering | Mr. H. Aravinth | IV | Programming Essentials in Python | ICT Academy |
2. | 2020-2021 | Automobile Engineering | Mr. P. Srinivasan | IV | Programming Essentials in Python | ICT Academy |
3. | 2020-2021 | Automobile Engineering | Mr. S. Prakash | IV | Programming Essentials in Python | ICT Academy |
4. | 2020-2021 | Automobile Engineering | Mr. T. Mahesh | III | Programming Essentials in Python | ICT Academy |
5. | 2020-2021 | Automobile Engineering | Mr. V. Ramamoorthi | IV | Programming Essentials in Python | ICT Academy |
6. | 2021-2022 | Automobile Engineering | Mr. D. Manoj | II | Data Visualization with python | IBM Developer Skills Network |
7. | 2021-2022 | Automobile Engineering | Mr. R.S. Venkathari | II | Data Visualization with python | IBM Developer Skills Network |
8. | 2021-2022 | Automobile Engineering | Mr. D. Manoj | II | Data Visualization with python | IBM Developer Skills Network |
9. | 2021-2022 | Automobile Engineering | Mr. Sivam Sanjay Shirkande | II | Data Visualization with python | IBM Developer Skills Network |
10. | 2021-2022 | Automobile Engineering | Mr. T. Mahesh | IV | Data Visualization with python | IBM Developer Skills Network |
11. | 2021-2022 | Automobile Engineering | Mr. V. Ramamoorthi | III | Data Visualization with python | IBM Developer Skills Network |
12. | 2020-2021 | Automobile Engineering | Mr. V. Ramamoorthi | II | Workshop (Recent Trends In Automobile Engineering) |
Annapoorana Engineering College |
13. | 2020-2021 | Automobile Engineering | Mr. H. Aravinth | IV | Workshop (Recent Trends In Automobile Engineering) |
Annapoorana Engineering College |
14. | 2020-2021 | Automobile Engineering | Mr. A. Antony Sagayaraj | IV | Workshop (Recent Trends In Automobile Engineering) |
Annapoorana Engineering College |
15. | 2020-2021 | Automobile Engineering | Mr. P. Srinivasan | IV | Workshop (Recent Trends In Automobile Engineering) |
Annapoorana Engineering College |
16. | 2020-2021 | Automobile Engineering | Mr. T. Mahesh | III | Workshop (Recent Trends In Automobile Engineering) |
Annapoorana Engineering College |
17. | 2020-2021 | Automobile Engineering | Mr. V. Ramamoorthi | II | Workshop (Recent Trends In Automobile Engineering) |
Annapoorana Engineering College |
18. | 2020-2021 | Automobile Engineering | Mr. D. Gowtham | IV | Workshop (Recent Trends In Automobile Engineering) |
Annapoorana Engineering College |
19. | 2020-2021 | Automobile Engineering | Mr. M. Mayilsamy | II | Workshop (Recent Trends In Automobile Engineering) |
Annapoorana Engineering College |
20. | 2020-2021 | Automobile Engineering | Mr. G. Magileeswaran | II | Workshop (Recent Trends In Automobile Engineering) |
Annapoorana Engineering College |
21. | 2020-2021 | Automobile Engineering | Mr. D. Prabhu | IV | Workshop (Recent Trends In Automobile Engineering) |
Annapoorana Engineering College |
22. | 2020-2021 | Automobile Engineering | Mr. H. Aravinth | IV | Workshop (Recent Trends In Automobile Engineering) |
Annapoorana Engineering College |
23. | 2020-2021 | Automobile Engineering | Mr. A. Antony Sagayaraj | IV | Workshop (Industrial Heat Ventilation and Air Conditioning) |
Annapoorana Engineering College |
24. | 2020-2021 | Automobile Engineering | Mr. P. Srinivasan | IV | Workshop (Industrial Heat Ventilation and Air Conditioning) |
Annapoorana Engineering College |
25. | 2020-2021 | Automobile Engineering | Mr. T. Mahesh | III | Workshop (Industrial Heat Ventilation and Air Conditioning) |
Annapoorana Engineering College |
26. | 2020-2021 | Automobile Engineering | Mr. V. Ramamoorthi | II | Workshop (Industrial Heat Ventilation and Air Conditioning) |
Annapoorana Engineering College |
27. | 2020-2021 | Automobile Engineering | Mr. D. Gowtham | IV | Workshop (Industrial Heat Ventilation and Air Conditioning) |
Annapoorana Engineering College |
28. | 2020-2021 | Automobile Engineering | Mr. M. Mayilsamy | II | Workshop (Industrial Heat Ventilation and Air Conditioning) |
Annapoorana Engineering College |
29. | 2020-2021 | Automobile Engineering | Mr. G. Magileeswaran | II | Workshop (Industrial Heat Ventilation and Air Conditioning) |
Annapoorana Engineering College |
30. | 2020-2021 | Automobile Engineering | Mr. D. Prabhu | IV | Workshop (Industrial Heat Ventilation and Air Conditioning) |
Annapoorana Engineering College |
MoU’s
AEC has signed Memorandums of Understanding (MoU) with industries and national level organisations to encourage the students to have a passion for learning and a sense of commitment, as well as to have mutual intentions to collaborate on projects that are needed by organizations and research and development centres. Also have agreed to share their expertise in areas such as Industrial Visits, In-plant Training & Special Technical Training to make efficient students. Also planned to execute the Guest Lectures, Mini Projects, Main Project Work, Research & Development, Problem Solving, Placements and Internships for mutual benefits and growth with the concern organizations.
Sl. No. | Name of the Organisation with which MoU is signed | Date of signing MoU | Duration |
---|---|---|---|
1 | NATIONAL INSTITUTE OF TECHNOLOGY, TIRUCHIRAPALLI
(Centre of Excellence in Manufacturing) |
08-01-2022 | 3 Years |
2 | INSTITUTE OF INDUSTRIAL DESIGN, SALEM | 11-01-2022 | 3 Years |
3 | MAXX CADD, COIMBATORE | 20-01-2020 | 5 Years |
4 | SKS AUTOMOBILES, SALEM | 23-10-2019 | 4 Years |
5 | SAKTHI AUTO COMPONENTS, ERODE | 22-10-2018 | 5 Years |
6 | THRIVENI CAR COMPANY PVT LTD, SALEM | 30-08-2018 | 5 Years |
7 | CADD CENTER, SALEM | 08-11-2017 | 2 Years |
8 | CHAMUNDI ROYAL ENFIELD,SALEM | 16-03-2017 | 5 Years |
9 | APOLLO TYRES, SALEM | 21-12-2016 | 5 Years |
10 | SKS AUTOMOBILES, SALEM | 01-03-2016 | 5 Years |
RESEARCH AND DEVELOPMENT
ABOUT RESEARCH
Research is an enthusiastic and innovative method that creates a stimulating environment for education. AEC places a high value on the quality of knowledge and education. Student education takes place in an exploratory environment where they benefit from interaction with researchers working in the frontiers of knowledge their profession. Research culture at AEC has a gradual impact on students. In the early stages, students are given a basic look at the research activities in the campus. As they progress, students become more involved in learning activities influenced by faculty research. Live research projects are used to generate case studies or experiments for use in class. AEC has formed partnerships with varied organisations and industry to make the research dreams of student’s reality.
OBJECTIVE
To encourage both faculty and students to conduct research and address industrial and social issues. To encourage faculty and students to conduct projects in innovatively and ascertain new technologies that will lead to the development of entrepreneurs or the transfer of technology to the industry. The outcomes of the research will be published in International journals and used to file patents.
AEC – RESEARCH AND DEVELOPMENT CELL
Academic research is the main source of a nation’s economic growth in an increasingly technological world. AEC, Salem aspires to transform the lives of young aspiring engineers by utilizing their innovative ideas to contribute to academic research.
AEC has close collaborations with core industries to train students in their respective areas as a supplement to their academic studies. The primary goal of the institute is to found a creative environment for higher education and research among the faculty and students. AEC facilitates interaction with both national and international agencies.
AEC – INCUBATION CENTRE
AEC-Incubation Centre aims to help well-trained students and entrepreneurs establish a complicated 3D printing model that is cost-effective and accessible to everyone. With a significant boom in 3D printing in recent years, the incubation centre also aims to assist the general public in areas where cost-effectiveness is considered critical. 3D printing is employed in the manufacturing industry and also in locations where prototyping is a major limitation. It is an additive method that involves building up layers of material to form a three-dimensional object.
As the 3D printing industry is innovative in its hardware, materials, and procedures to make objects or parts, the list of 3D printing technologies and methods continues to grow. Choosing the best 3D printing process and materials is vital and depends on a variety of aspects such as budget, design, and purpose. Many distinct 3D printed products that were previously made through mass production processes can now be created with 3D printing.
3D printers that can print in colour with numerous materials currently exist, and they will continue to advance to the point where functioning things can be printed. Printing, rather than “3D printing,” has brought about a significant shift in the way we live. At present, 3D-Printing has progressed from generating an object out of manufacturing need to a medical necessity like making artificial bones, with the goal of making it a “low cost” Product.
AEC- R&D STUDIO
Institute of Industrial Design aims to help engineering professionals and students become experts in their domain-specific skills, knowledge, and to be creative in design. IID has taken the responsibility of filling this skill gap for engineering professionals seeking employment in their respective fields.
Through its technical leads, it provides quality design training ranging from basic to advanced products. We provide tool-based and application-oriented training according to industry expectations, with both theoretical and practical (hands-on) components to optimize product knowledge.
OBJECTIVES
- To provide a practical context for courses of study undertaken by Students through the Program
- To bridge the gap between college education and industrial requirement.
- To provide opportunities for students of Mechanical, Automobile & Civil Engineering to undergo industrial training through Value Added Courses, and undertake new projects.
- To organize short-term training programs on new product development and research and development areas.
- To provide training and Internship opportunities for students.
- To help students get placed in their core Industry.
ROLES AND RESPONSIBILITIES:
- To supply futuristic technologies to colleges
- To organize Value Added Courses/Workshops/Seminars every six months for Mechanical, Automobile, and Civil engineering students and to enlighten them on the development of Embedded and complex software projects.
- To organize short-term training programs on Design, and technology with hands-on experience.
- To provide opportunities for Mechanical, Automobile, and Civil engineering students to undergo industrial training, Internship and undertake project work.
- To provide job placement for the best-performing Individuals.
- To identify and help various colleges in the area of undertake R & D projects.
ALUMINI CONNECT
The AEC Alumni Association (AECAA) is hosting interactive sessions with organizing social, educational, and networking events on a local, regional, and international level. To raise awareness of the organisation among current students and teachers, as well as to conduct research and contact former students who have fallen out of touch with the institute. To help the institute grow as a centre of excellence in teaching and research by providing funding for expanding activities among and via the institute’s membership. The activities listed below should be improved through AEC Alumni Association (AECAA).
- Take on the difficulties and devise a strategy for resolving industrial issues.
- Thinking creatively and turning ideas into products / realities.
- Understand current industry standards and needs.
- Make a professional growth plan.
- Improve your critical thinking, presenting, analytical, and communication abilities.
- Opportunities in the public, private, and research sectors.
- Time management will help you develop decision-making skills.
- In this context, many interactive sessions between students and peers (industrial experts, alumni, entrepreneurs, and others) were organised.
Sl. No. | Name of the student | Mail ID | Contact Number | Name of the Employer |
---|---|---|---|---|
1. |
MANJUNATH V | manjubai220@gmail.com | 9751536988 | AEROAEROSPACE ENGINEERING PVT LTD |
2. |
POOVARASAN K | poovarasank143@gmail.com | 9159267379 | AEROAEROSPACE ENGINEERING PVT LTD |
3. | MURUGAN P | muruganauto92@gmail.com | 9159267379 | AEROAEROSPACE ENGINEERING PVT LTD |
4. | NAVEEN C | navinnate33@gmail.com | 9976618611 | AEROAEROSPACE ENGINEERING PVT LTD |
5. | BALAJI V | balajiauto1999@gmail.com | 9677514377 | AEROAEROSPACE ENGINEERING PVT LTD |
6. | GOHULDAS G | thilagamgokuldas744@gmail.com | 9025489450 | UNIVERSAL ENGINEERING WORKS |
7. | MAHENDIRAN M | mahendranmadesh777@gmail.com | 8012682472 | UNIVERSAL ENGINEERING WORKS |
8. | ARUN KUMAR M |
arundreams77@gmail.com |
9677514377 | MAHENDRA FIRST CHOICE |
9. | RUDRESH N | rudreshnr77@gmail.com | 8675149040 | MAHENDRA FIRST CHOICE |
10. | ABINASH S | abiram2125@gmail.com | 9677514377 | MAHENDRA FIRST CHOICE |
11. | LOGANATHAN M | loganathanauto21@gmail.com | 9025489450 | UNIVERSAL ENGINEERING WORKS |
12. | JANARTHANAN C | janapovi@gmail.com | 7639428462 | MAHENDRA FIRST CHOICE, Salem |
13. | ANTONY SAGAYARAJ | vinothrajjesus15@gmail.com | 9080168746 | CHAMUNDI ENFIELD SHOW ROOM, Salem |
14. | ARAVINDH H | aravinthstylish2345@gmail.com | 9600586840 | FAURECIA, CHENNAI |
15. | NANDHA KUMAR N | nandhanandha1013@gmail.com | 7448461013 | CHAMUNDI ENFIELD SHOW ROOM, Salem |
16. | PRAKASH V | prakashvselvi@gmail.com | 7639388910 | FAURECIA CHENNAI |
17. | PRAKASH RAJ S | romanreignskumar31633@gmail.com | 8056338616 | FAURECIA CHENNAI |
18. | SRINIVASAN P | srinivasan1240@gmail.com | 9486692466 | AEROAEROSPACE ENGINEERING PVT LTD |
19. | GOWTHAM D | gowthamchaseinhell@gmail.com | 6380800699 | FAURECIA CHENNAI |
20. | SANJIV M | msanjiv36@gmail.com | 9786800908 | FAURECIA CHENNAI |
21. | ABISHEK L | samujsabishekjs@gmail.com | 9944158466 | FAURECIA CHENNAI |
22. | AJITH N | ajithsmith228@gmail.com | 9894921777 | CHAMUNDI ENFIELD SHOW ROOM, Salem |
23. | DEEPAK .S | deepaktiny229@gmail.com | 9597960587 | AEROAEROSPACE ENGINEERING PVT LTD |