The Department of Mechanical Engineering was established in the year 2008 and has consistently maintained an excellent record in academics, placements, industrial training, research, and innovation activities. The department offers undergraduate and postgraduate programmes designed to prepare students for successful careers in modern industries.
Mechanical Engineering is one of the core branches of engineering that deals with the design, analysis, manufacturing, maintenance, and operation of machines and mechanical systems. The department emphasizes strong theoretical foundations combined with practical exposure through laboratories, workshops, industrial visits, internships, and project-based learning.
Mechanical Engineers are professionals trained to design, manufacture, operate, maintain, and improve machines, production systems, thermal equipment, automation technologies, and industrial processes. They contribute to automobile, aerospace, energy, manufacturing, robotics, and many other engineering sectors by developing innovative and sustainable engineering solutions that benefit society.
Highlights
- Well-established department with experienced and qualified faculty members.
- Modern laboratories equipped with advanced machines, CAD/CAM software, and industrial tools.
- Industry-oriented curriculum covering design, manufacturing, thermal, and automation engineering.
- Smart classrooms with ICT-enabled teaching and learning facilities.
- Strong emphasis on research, innovation, and interdisciplinary learning.
- Regular workshops, seminars, industrial visits, guest lectures, and hands-on training programmes.
- Collaboration opportunities with industries, manufacturing units, and research organizations.
- Encouragement for participation in symposiums, hackathons, project expos, and technical competitions.
- Guidance for internships, in-plant training, and industrial exposure.
- Active technical clubs and professional development activities.
- Support for higher education, patents, research publications, and entrepreneurship.
- Project guidance in design engineering, manufacturing, robotics, automation, thermal engineering, and renewable energy.
Achievements
- Consistent university examination results with excellent academic performance.
- Students presented papers in national and international conferences.
- Faculty members published research papers in reputed journals and conferences.
- Successful organization of workshops, FDPs, seminars, and technical symposiums.
- Students secured prizes in project contests, technical events, and innovation competitions.
- Industry experts regularly interact with students through guest lectures and industrial training.
- Department actively promotes innovative engineering projects and prototype development.
- Students successfully completed internships in industries and manufacturing sectors.
- Faculty members received recognition for research and academic excellence.
- Participation in consultancy and community outreach activities.
- Placement opportunities in automobile, manufacturing, energy, and research organizations.
- Continuous improvement in research activities, patents, funded projects, and industry collaborations.
Benefits
- Strong foundation in design, manufacturing, thermal, and industrial engineering.
- Career opportunities in automobile, aerospace, manufacturing, robotics, and energy sectors.
- High demand for mechanical engineers in core industries and emerging technologies.
- Exposure to automation, robotics, CAD/CAM, CNC machining, 3D printing, and renewable energy.
- Develops analytical, technical, and problem-solving skills.
- Encourages creativity, innovation, and interdisciplinary learning.
- Excellent opportunities for higher studies, research, and entrepreneurship.
- Wide career opportunities in India and abroad.
- Eligibility for government jobs, public sector industries, and research organizations.
- Opportunity to contribute to industrial growth and sustainable engineering development.
- Excellent scope for entrepreneurship in manufacturing and engineering services.
Career Opportunities
- Design Engineer
- Production Engineer
- Quality Control Engineer
- Maintenance Engineer
- CAD/CAM Engineer
- Manufacturing Engineer
- Thermal Engineer
- HVAC Engineer
- Automobile Engineer
- Robotics and Automation Engineer
- Aerospace Engineer
- Project Engineer
- Research and Development Engineer
- Industrial Safety Engineer
- Service Engineer
- Academic and Research Professional
- Entrepreneur in Manufacturing and Engineering Services
Programme Offered
| S.No | Degree | Specialization | Course Duration | Approved Intake |
|---|---|---|---|---|
| 01 | B.E | Mechanical Engineering | 4 Years | 60 |
| 02 | M.E | Product Design and Development | 2 Years | 18 |
| 03 | M.E | Industrial Safety Engineering | 2 Years | 30 |
Programme Offered - M.E. Industrial Safety and Engineering
| S.No | Degree | Specialization | Course Duration | Approved Intake |
|---|---|---|---|---|
| 01 | B.E | Mechanical Engineering | 4 Years | 60 |
| 02 | M.E | Industrial Safety and Engineering | 2 Years | 18 |
Vision & Mission
Vision
To deliver high quality education that creates new opportunities for students to meet the challenges and pursue excellence in the field of Mechanical Engineering.
Mission
- To provide a sound Mechanical Engineering education that prepares students for successful professional careers.
- To promote teamwork, leadership, and ethical values that contribute to improving the social standards of graduates.
- To strengthen industry–institute interaction through collaboration, research, innovation, and practical exposure.
Programme Educational Objectives (PEOs)
B.E. Mechanical Engineering
Effectuating success in careers by exploring with the design, digital and computational analysis of engineering systems, experimentation and testing, smart manufacturing, technical services, and research.
Amalgamating effectively with stakeholders to update and improve their core competencies and abilities to ethically compete in the ever-changing multicultural global enterprise.
To encourage multi-disciplinary research and development to foster advanced technology, and to nurture innovation and entrepreneurship in order to compete successfully in the global economy.
To globally share and apply technical knowledge to create new opportunities that proactively advances our society through team efforts and to solve various challenging technical, environmental and societal problems.
To create world class mechanical engineers capable of practice engineering ethically with a solid vision to become great leaders in academia, industries and society.
Programme Educational Objectives (PEOs)
M.E. Product Design and Development
To prepare students to excel in new product design and development through application of knowledge and practical skills.
To provide students with a solid foundation in mathematical modeling of engineering problems required for bringing new products fast into the market.
To provide students with required scientific and engineering knowledge so as to comprehend, analyze, design and create innovative products and solutions for real life problems.
Programme Educational Objectives (PEOs)
M.E. Industrial Safety and Engineering
To possess mastery of health, safety and environment awareness and safety management skills, enabling graduates to reach higher levels in their profession.
To communicate information on health, safety and environment effectively, facilitating collaboration with experts across various disciplines to create and execute safe methodologies in complex engineering activities.
To demonstrate a professional and ethical attitude with awareness of current legal issues, while rendering safety expertise to a wide range of industries.
Program Specific Outcomes (PSOs)
B.E. Mechanical Engineering
Apply the knowledge gained in Mechanical Engineering for design and development and manufacture of engineering systems.
Apply the knowledge acquired to investigate research-oriented problems in mechanical engineering with due consideration for environmental and social impacts.
Use the engineering analysis and data management tools for effective management of multidisciplinary projects.
Program Specific Outcomes (PSOs)
M.E. Product Design and Development
Apply the knowledge gained from the principles of product design, development and management in innovating new products.
Investigate research oriented problems through creativity to design, develop and manage innovative new products with due consideration for environmental and social impacts.
Pursue professional careers as an individual in design industry and shall demonstrate abilities to communicate their creative ideas in the product design and manage the product development of new products.
Program Specific Outcomes (PSOs)
M.E. Industrial Safety and Engineering
PSO1: Analyze and review the safety of industrial operations and design reliable safety protection systems.
PSO2: Apply principles of safety, risk analysis, and environmental management to design and implement effective industrial safety and health systems.
Program Outcomes (POs)
B.E. Mechanical Engineering
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 analyse 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 modelling 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.
Program Specific Outcomes (PSOs)
M.E. Product Design and Development
Apply the knowledge gained from the principles of product design, development and management in innovating new products.
Investigate research oriented problems through creativity to design, develop and manage innovative new products with due consideration for environmental and social impacts.
Pursue professional careers as an individual in design industry and shall demonstrate abilities to communicate their creative ideas in the product design and manage the product development of new products.
Program Specific Outcomes (PSOs)
M.E. Industrial Safety and Engineering
Engineering Knowledge: Apply knowledge of mathematics, science, engineering fundamentals, and an engineering specialization.
Problem Analysis: Identify, formulate, review research literature, and analyze complex engineering problems.
Design/Development of Solutions: Design solutions for complex engineering problems and system components or processes.
Conduct Investigations of Complex Problems: Use research-based knowledge and design experiments to provide valid conclusions.
Engineering Tool Usage: Create, select, and apply appropriate techniques, resources, and modern engineering tools.
The Engineer and the World: Assess societal, health, safety, legal, and cultural issues and the consequent responsibilities relevant to professional engineering practice, including sustainability and environmental impact.
Ethics: Apply ethical principles and commit to professional ethics, responsibilities, and norms of engineering practice, incorporating diversity and inclusion.
Individual and Collaborative Team Work: Function effectively as an individual, and as a member or leader in diverse teams.
Communication: Communicate effectively on complex engineering activities with the engineering community and society.
Project Management and Finance: Demonstrate knowledge and understanding of engineering and management principles and apply them to manage projects.
Life-Long Learning: Recognize the need for, and have the preparation and ability to engage in independent and life-long learning and adaptability.
Teaching Staff
| S.No | Name | Designation | Qualification |
|---|---|---|---|
| 01 | Dr. S. Benjamin Lazarus | Professor & COE | M.E., Ph.D |
| 02 | Dr. S. Duraisivam | Assistant Professor & Head | M.E., Ph.D |
| 03 | Dr. P. Sathiamurthi | Professor | M.E., Ph.D |
| 04 | Dr. E. Jamuna | Assistant Professor | M.E., Ph.D |
| 05 | Mr. D. Ramesh | Assistant Professor | M.E., (Ph.D) |
| 06 | Mr. S. Manikandan | Assistant Professor | B.E., M.E |
| 07 | Mr. S. Subash | Assistant Professor | B.E., M.E |
| 08 | Mr. E. Sathees Kumar | Assistant Professor | B.E., M.E |
| 09 | Mr. M. Ravisankar | Assistant Professor | B.E., M.E |
| 10 | Mr. K. Ramamoorthy | Assistant Professor | B.E., M.E |
| 11 | Mr. K. Shanmugam | Assistant Professor | B.E., M.E |
| 12 | Mr. S. Mohanraj | Assistant Professor | M.E., (Ph.D) |
| 13 | Dr. D. Aravindkumar | Assistant Professor | M.E., Ph.D |
| 14 | Mr. S. Balamurugan | Assistant Professor | M.E., (Ph.D) |
| 15 | Mr. R. Anandha Babu | Assistant Professor | B.E., M.E |
| 16 | Mr. J. Kadhirselvan | Assistant Professor | B.E., M.E., M.B.A |
| 17 | Dr. R. Prakash | Associate Professor | M.E.,Ph.D |
Non Teaching Staff
| S.No | Name | Designation | Qualification |
|---|---|---|---|
| 01 | Mrs. P. Maheswari | Computer Operator | B.A. (History), HDCA |
| 02 | Mr. K. Saravanan | Lab Instructor | ITI |
| 03 | Mr. S. Prabhakaran | Lab Instructor | ITI |
Mechanical Engineering Laboratory Facilities
The Engineering Practices Laboratory provides students with hands-on experience in basic mechanical engineering workshop practices. It enables students to develop practical skills in fitting, carpentry, welding, smithy, foundry, sheet metal work, plumbing, machining, and fabrication processes that form the foundation for advanced manufacturing and engineering applications.
| S.No | Equipment | Application |
|---|---|---|
| 01 | Centre Lathe Machine | Machining and turning operations |
| 02 | Gas Welding Set | Gas welding and cutting operations |
| 03 | Carpentry Tools | Woodworking practices |
| 04 | Fitting Bench & Tools | Fitting and assembly operations |
| 05 | Smithy Equipment | Forging and metal shaping |
| 06 | Foundry Equipment | Metal casting practices |
| 07 | Arc Welding Machine | Metal joining operations |
| 08 | Forging Equipment | Metal deformation processes |
| 09 | Piping & Plumbing Kit | Pipe fitting and plumbing practices |
| 10 | Sheet Metal Tools | Fabrication of sheet metal components |
| 11 | Power Hacksaw Machine | Cutting metal workpieces |
| 12 | Drilling Machine | Drilling and hole making operations |
| 13 | Power Hacksaw Machine | Mechanical cutting of metal components |
The Fluid Mechanics and Machinery Laboratory provides practical exposure to the principles of fluid flow, hydraulic machines, pumps, turbines, and flow measuring devices. The laboratory enables students to understand fluid behavior, hydraulic performance, and energy conversion through experimental analysis and real-time applications.
| S.No | Equipment | Application |
|---|---|---|
| 01 | Orifice Meter | Flow rate measurement |
| 02 | Venturi Meter | Discharge measurement |
| 03 | Pipe Flow Analysis Setup | Pipe friction analysis |
| 04 | Rotameter | Variable area flow measurement |
| 05 | Centrifugal Pump | Pump performance analysis |
| 06 | Submersible Pump | Water pumping applications |
| 07 | Reciprocating Pump | Positive displacement pumping |
| 08 | Gear Pump | Hydraulic fluid transfer |
| 09 | Pelton Wheel | Impulse turbine performance study |
| 10 | Francis Turbine | Reaction turbine analysis |
| 11 | Kaplan Turbine | Axial flow turbine study |
| 12 | Impact of Jet on Vanes Apparatus | Jet force measurement |
| 13 | Metacentric Height Apparatus | Stability of floating bodies |
| 14 | Notch Apparatus | Open channel flow measurement |
| 15 | Bernoulli's Theorem Apparatus | Verification of Bernoulli's principle |
| 16 | Pitot Tube Setup | Fluid velocity measurement |
| 17 | Hydraulic Flume Apparatus | Open channel flow experiments |
The Manufacturing Technology Laboratory provides practical exposure to conventional and advanced manufacturing processes. The laboratory enables students to gain hands-on experience in machining, milling, grinding, CNC operations, gear manufacturing, and production engineering techniques used in modern manufacturing industries.
| S.No | Equipment | Application |
|---|---|---|
| 01 | Centre Lathes | Turning and machining operations |
| 02 | Turret Lathe | Production machining |
| 03 | Capstan Lathes | Batch production machining |
| 04 | Horizontal Milling Machine | Milling operations |
| 05 | Vertical Milling Machine | Precision milling applications |
| 06 | Shaper Machine | Flat surface machining |
| 07 | Slotter Machine | Slot and keyway cutting |
| 08 | Planner Machine | Large component machining |
| 09 | Surface Grinding Machine | Surface finishing |
| 10 | Cylindrical Grinding Machine | Cylindrical grinding operations |
| 11 | Centerless Grinding Machine | High-speed precision grinding |
| 12 | Tool and Cutter Grinder | Tool sharpening and maintenance |
| 13 | Radial Drilling Machine | Heavy-duty drilling operations |
| 14 | CNC Lathe | Computer-controlled turning operations |
| 15 | CNC Milling Machine | Computer-controlled milling operations |
| 16 | Gear Hobbing Machine | Gear manufacturing |
| 17 | Gear Shaper Machine | Gear cutting operations |
| 18 | Lathe Tool Dynamometer | Cutting force measurement in turning |
| 19 | Milling Tool Dynamometer | Cutting force measurement in milling |
The Strength of Materials Laboratory provides practical knowledge on the mechanical behavior of engineering materials under various loading conditions. The laboratory enables students to determine the strength, hardness, toughness, elasticity, ductility, and other mechanical properties of materials through standard testing methods used in engineering industries.
| S.No | Equipment | Application |
|---|---|---|
| 01 | Universal Testing Machine | Tensile, compression and bending tests |
| 02 | Torsion Testing Machine | Torsional strength measurement |
| 03 | Impact Testing Machine | Impact strength evaluation |
| 04 | Brinell Hardness Testing Machine | Hardness measurement |
| 05 | Rockwell Hardness Testing Machine | Hardness testing of materials |
| 06 | Spring Testing Machine | Spring stiffness and load testing |
| 07 | Metallurgical Microscope | Microstructure analysis of materials |
| 08 | Muffle Furnace | Heat treatment of specimens |
| 09 | Dial Gauge | Precision displacement measurement |
| 10 | Mechanical Extensometer | Strain measurement |
| 11 | Deflection Beam Apparatus | Beam deflection analysis |
| 12 | Compression Testing Machine | Compression strength testing |
The Thermal Engineering Laboratory provides practical exposure to internal combustion engines, compressors, refrigeration systems, heat transfer equipment, and thermal measurement techniques. The laboratory enables students to understand the performance characteristics of thermal systems through experimentation and real-time engineering applications.
| S.No | Equipment | Application |
|---|---|---|
| 01 | Single Cylinder 4 Stroke Diesel Engine | Performance testing of diesel engines |
| 02 | Slow Speed Single Cylinder 4 Stroke Diesel Engine | Combustion and performance analysis |
| 03 | 2 Stage Air Compressor | Compressor performance evaluation |
| 04 | Experimental Blower Test Rig | Blower performance characteristics |
| 05 | Cleaveland Flash and Fire Point Apparatus (Open Cup) | Determination of flash and fire points of fuels |
| 06 | Pensky Marten Flash Point Apparatus | Flash point testing of petroleum products |
| 07 | Red Wood Viscometer | Viscosity measurement of lubricating oils |
| 08 | 2 Stroke Single Cylinder Petrol Engine | Performance testing of petrol engines |
| 09 | 4 Stroke 3 Cylinder Petrol Engine | Multi-cylinder engine performance analysis |
The Kinematics and Dynamics Laboratory provides practical knowledge on the motion of mechanisms, balancing of rotating and reciprocating masses, vibration analysis, governors, gears, cams, and power transmission systems. The laboratory enables students to understand the working principles and performance characteristics of mechanical systems through experimental learning.
| S.No | Equipment | Application |
|---|---|---|
| 01 | Spring Mass System | Study of free vibration |
| 02 | Bifilar Suspension System | Determination of moment of inertia |
| 03 | Compound Pendulum | Oscillation analysis |
| 04 | Cantilever Beam | Vibration analysis of beams |
| 05 | Multi Degree Suspension System | Study of multiple degree vibrations |
| 06 | Flywheel Axial System | Rotational dynamics analysis |
| 07 | Universal Governor | Governor performance study |
| 08 | Cam / Follower Mechanism | Motion transmission analysis |
| 09 | Whirling of Shaft Apparatus | Critical speed determination |
| 10 | Gyroscope | Gyroscopic effect demonstration |
| 11 | Static and Dynamic Balancing Apparatus | Balancing of rotating masses |
| 12 | Turn Table Apparatus | Rotational motion study |
| 13 | Transverse Vibration Apparatus | Beam vibration experiments |
| 14 | Balancing of Reciprocating Masses | Dynamic balancing experiments |
| 15 | Proto Models | Mechanism demonstration |
| 16 | Helical Gear Model | Gear transmission study |
| 17 | Spur Gear Model | Power transmission analysis |
| 18 | Reciprocating Engine Mechanism | Engine kinematics study |
| 19 | Epicycle Gear Train | Planetary gear mechanism |
| 20 | Double Universal Joint | Power transmission between shafts |
| 21 | Bevel Gear Model | Angular power transmission |
| 22 | Whitworth Quick Return Mechanism | Quick return motion analysis |
| 23 | Gear Trains | Speed ratio analysis |
| 24 | Worm Gear Model | Right-angle power transmission |
| 25 | Oscillating Cylinder Mechanism | Mechanism motion study |
| 26 | Single Universal Joint | Torque transmission between shafts |
The Metrology and Measurement Laboratory provides practical exposure to precision measurement techniques and quality control methods used in manufacturing industries. The laboratory enables students to understand dimensional measurement, inspection, calibration, and instrumentation using modern metrology equipment and standards.
| S.No | Equipment | Application |
|---|---|---|
| 01 | Temperature Measurement Setup | Temperature measurement and calibration |
| 02 | Force Measurement Setup | Force measurement experiments |
| 03 | Torque Measurement Setup | Torque analysis and measurement |
| 04 | Vibration Measurement Setup | Vibration analysis |
| 05 | LVDT | Linear displacement measurement |
| 06 | Mechanical Comparator | Precision dimensional comparison |
| 07 | Electrical Comparator | Accurate dimensional inspection |
| 08 | Pneumatic Comparator | High precision measurement |
| 09 | Sine Bar | Angle measurement and inspection |
| 10 | Slip Gauges | Precision length calibration |
| 11 | Floating Carriage Micrometer | Thread measurement |
| 12 | Auto Collimator | Angular measurement |
| 13 | Tool Maker Microscope | Tool profile inspection |
| 14 | Profile Projector | Profile measurement and inspection |
| 15 | Vernier Height Gauge | Vertical dimensional measurement |
The Heat Power Laboratory provides practical exposure to heat transfer mechanisms, thermal conductivity, convection, radiation, refrigeration, and air-conditioning systems. The laboratory enables students to understand the principles of heat transfer and thermal engineering through experimental analysis and real-time applications.
| S.No | Equipment | Application |
|---|---|---|
| 01 | Thermal Conductivity Apparatus | Measurement of thermal conductivity |
| 02 | Stefan Boltzmann Apparatus | Verification of Stefan-Boltzmann law |
| 03 | Lagged Pipe Apparatus | Heat loss through insulated pipes |
| 04 | Forced Convection Apparatus | Study of forced convection heat transfer |
| 05 | Natural Convection Apparatus | Study of natural convection heat transfer |
| 06 | Parallel Flow / Counter Flow Heat Exchanger | Performance analysis of heat exchangers |
| 07 | Emissivity Apparatus | Measurement of surface emissivity |
| 08 | Pin-Fin Apparatus | Heat transfer through extended surfaces |
| 09 | Refrigeration Test Rig | Performance evaluation of refrigeration systems |
| 10 | Air-Conditioning Test Rig | Study of air-conditioning cycle and performance |
The CAD/CAM Laboratory provides practical exposure to computer-aided design, computer-aided manufacturing, simulation, and product development using industry-standard software and CNC technology. The laboratory enables students to design, analyze, simulate, and manufacture engineering components through modern engineering software and advanced manufacturing systems.
| S.No | Equipment / Software | Application |
|---|---|---|
| 01 | Computer Systems (Work Station) | CAD/CAM design and simulation |
| 02 | A3 Size Plotter | Engineering drawing printing |
| 03 | Laser Printer | Technical documentation printing |
| 04 | Trainer CNC Lathe | CNC turning practice |
| 05 | Trainer CNC Milling Machine | CNC milling operations |
| 06 | Solid Edge 3D Modeling Software | 3D product modeling |
| 07 | Edgecam Software | CAM programming and machining simulation |
| 08 | SolidWorks | Product design and assembly modeling |
| 09 | ANSYS | Finite Element Analysis (FEA) |
| 10 | MATLAB | Engineering computation and simulation |
| 11 | NASTRAN | Structural analysis and simulation |
The Mechatronics Laboratory provides practical exposure to integrated mechanical, electrical, electronic, pneumatic, and control systems. The laboratory enables students to understand industrial automation, programmable logic controllers (PLC), electro-pneumatic systems, servo and stepper motor control, and data acquisition techniques through hands-on experiments and real-time industrial applications.
| S.No | Equipment | Application |
|---|---|---|
| 01 | Air Compressor | Compressed air supply for pneumatic systems |
| 02 | Multi Process Station | Industrial automation experiments |
| 03 | Electro Pneumatic Trainer Kit | Pneumatic circuit design and testing |
| 04 | SPDT Switches Push Button Switch Kit | Control circuit implementation |
| 05 | Electro Pneumatic Trainer Kit with PLC | PLC-based pneumatic automation |
| 06 | Programmable Logic Controller (PLC) | Industrial automation programming |
| 07 | Design & Testing of Pneumatic Power Circuit Kit | Pneumatic circuit design and analysis |
| 08 | Programmable Logic Controller for Servomotor Controller | Servo motor automation |
| 09 | D.C. Motor Speed Controller Trainer Kit | DC motor speed control experiments |
| 10 | Servomotor Controller | Precision motion control |
| 11 | Digital Controller | Digital process control applications |
| 12 | Stepper Motor Controller | Stepper motor control experiments |
| 13 | Permanent Magnet D.C. Motor | DC motor performance analysis |
| 14 | Data Acquisition Cards | Signal acquisition and monitoring |
| 15 | Digital PID Controller | Industrial process control and automation |
The Industrial Safety Laboratory provides practical exposure to workplace safety practices, hazard identification, risk assessment, industrial fire protection, personal protective equipment (PPE), and emergency response systems. The laboratory enables students to understand industrial hazards, safety engineering principles, accident prevention techniques, fire and explosion protection, occupational health and safety, and safety management systems through hands-on experiments, demonstrations, and real-time industrial safety applications.
| S.No | Description of Equipment | Quantity |
|---|---|---|
| 01 | Noise Level Meter | 1 Nos |
| 02 | Friction Tester | 1 Nos |
| 03 | Impact Tester | 1 Nos |
| 04 | Exhaust Gas Analyzer | 1 Nos |
| 05 | High Volume Sampler | 1 Nos |
| 06 | Personal Protective Equipment | 1 Nos |
| 07 | Fire Extinguisher Set | 1 Nos |
| 08 | Static Charge Tester | 1 Nos |
| 09 | First Aid Kid | 1 Nos |
| 10 | Lock Out / Tag Out | 1 Nos |
| 11 | Software: ALOHA, CAMEO | 1 Nos |
| 12 | Extend SIM | 1 Nos |
| 13 | Computer System | 12 Nos |
Facilities in the Department of Mechanical Engineering
Main Library
Well-stocked central library with 6,043 volumes, 104 journals, and extensive engineering reference resources.
Department Library
Department library with 1,653 technical books supporting academic learning, research, and project work.
Internet Facility
High-speed internet connectivity available in laboratories, workshops, and computing facilities for academic and research activities.
Computer Centre
Centralized air-conditioned CAD laboratory equipped with modern computer systems and engineering software.
CAD/CAM Laboratory
Industry-standard CAD/CAM software and workstations supporting design, simulation, and manufacturing applications.
Advanced Mechanical Laboratories
Well-equipped laboratories supporting manufacturing, thermal engineering, metrology, fluid mechanics, and mechatronics.
Continuing Education Centre
Professional certification and value-added courses designed to enhance industrial skills and employability.
Industrial Training Support
Industrial visits, internships, in-plant training, and skill development programmes through industry collaborations.
Research & Innovation
Facilities supporting student innovation, product development, prototype fabrication, and multidisciplinary research.
Continuing Education Centre
The Department of Mechanical Engineering offers industry-oriented value-added courses through the Continuing Education Centre to strengthen technical knowledge and practical skills.
SolidWorks & 3D Modelling
CAD/CAM & CNC Programming
3D Printing Technology
Industrial Automation using PLC
ANSYS & FEA Analysis
Robotics & Automation
Best Projects
| S.No | Academic Year | Title of the Project | Mentor Name |
|---|---|---|---|
| 01 | 2023-2024 | IOT based solar power monitoring system and efficient energy utilization with smart grid | P. Dhanasekaran |
Workshops, Seminars & Events
| S.No | Date | Title of the Event | Resource Person | Participants |
|---|---|---|---|---|
| 01 | 29.03.2023 | Research Methodology in IoT Enabled Smart Agriculture |
Mr. P. Prasada Rao Managing Director, MCore Tech Academy Private Limited, Bangalore. |
60 |
| 02 | 08.05.2023 | Entrepreneurship Opportunities in PCB Manufacturing |
Mr. M. Parthasarathy Senior Embedded Engineer, MCore Tech Academy Private Limited, Bangalore. |
60 |
| 03 | 07.08.2023 | Innovation / Prototype Validation – Converting Innovation into a Start-up |
Dr. S. Navaneethan Design Engineer, Femto Logic Design Pvt. Ltd., Chennai. |
75 |
| 04 | 31.08.2023 | Entrepreneurship Opportunities in Embedded and Industrial Automation |
Mr. S. Aravinth Senior Project Engineer, IPCS Global Pvt. Ltd., Salem. |
60 |
| 05 | 24.02.2024 | Emerging Entrepreneurial Opportunities through Internet of Things |
Mr. A. Deepak Kumar Embedded Associate Engineer, OM Technocrafts Corporation, Coimbatore. |
60 |
| 06 | 05.04.2024 | Workshop on Entrepreneurship Skill, Attitude and Behaviour Development |
Er. V. Sasikumar Founder, DRONACHARYA Foundation, Salem. |
60 |
| 07 | 12.09.2024 | Innovation / Prototype Validation – Converting Innovation into a Start-up |
Er. C. M. Rangan Product Designer (R&D), Lumisense Technologies Pvt. Ltd., Salem. |
60 |
| 08 | 22.04.2025 | Research Methodology on Intelligent Water Level Control System using 32-bit ARM Cortex Microcontroller |
Mr. A. Koushik Sr. Embedded Engineer, MCore Tech Academy Pvt. Ltd., Chennai. |
60 |
| 09 | 19.09.2025 | Session on Accelerators / Incubation Opportunities for Students & Faculties – Early-Stage Entrepreneurs |
Dr. Nagaraj V. Managing Director & Founder, Trueline Research Pvt. Ltd., Co-Founder & CIO, StartNet Ventures Private Limited, Tamil Nadu. |
100 |
| 10 | 01.04.2026 | One Day Workshop on R&D Awareness and Capacity Building – Training on Technology Readiness Level and Manufacturing Readiness Level |
Er. Prasand Prabakaran Managing Director, ProZ Solutions LLT, Namakkal. |
60 |
| 11 | 06.04.2026 | One Day Workshop on Using AI for Fund Raising and Investor Pitch Preparation |
Er. V. Sivakumar Founder, Managing Partner & Technical Head, Microsun Technology, Salem. |
60 |
Training & Placement
The Department of Electronics and Communication Engineering is NAAC accredited with an approved intake of 60 students and an overall student strength of around 240. The department is supported by 16 qualified faculty members and maintains a well-established department library with a rich collection of technical and personality development books.
The department nurtures talented students with strong technical knowledge and excellent soft skills. A significant number of final-year students consistently maintain a CGPA of 7.5 and above without any history of arrears, while the remaining students also demonstrate consistent academic performance.
As an autonomous institution, the department offers placement-oriented courses in addition to the regular curriculum. One-credit placement courses are conducted from the third to the sixth semester covering technical subjects, aptitude, logical reasoning, communication skills, group discussions, coding practices, and personal interview preparation.
Students actively participate in national and international conferences, research activities, technical competitions, workshops, and innovation events. They also demonstrate leadership skills by organizing various technical and non-technical programmes within the campus.
The department is committed to producing industry-ready Electronics and Communication Engineers equipped with technical excellence, professional ethics, innovation, communication skills, and leadership qualities.
Year-wise Placement List
Career Coordinator
-
Mr. K. Ramamoorthy
Assistant Professor / Mechanical
Year-wise Placement Details
| S.No | Register No. | Student Name | Employer |
|---|---|---|---|
| 01 | 612721106007 | MAYAKANNAN R | Motherson Automotive Technologies, Chennai |
| 02 | 612721106013 | SAKTHIVEL D | Motherson Automotive Technologies, Chennai |
| 03 | 612721106302 | ILAIYABHARATHI S | Motherson Automotive Technologies, Chennai |
| 04 | 612721106304 | LOGANATHAN | Motherson Automotive Technologies, Chennai |
| 05 | 612721106002 | ABISHEK A | Motherson Automotive Technologies, Chennai |
| 06 | 612721106009 | POOVARASAN M | TIMKEN, Chennai |
| 07 | 612721106014 | SIVAMOORTHI A | TIMKEN, Chennai |
| 08 | 612721106023 | VISHNUGANTH K | TIMKEN, Chennai |
| 09 | 612721106003 | ARUNRAJ K | TIMKEN, Chennai |
| 10 | 612721106301 | ARULDEVAN M | Modpro Engineering Solutions, Chennai |
| 11 | 612721106002 | ARAVIND V | Modpro Engineering Solutions, Chennai |
| 12 | 612721106018 | SRIKANTH M | Transenergy Private Limited, Chennai |
| 13 | 612721106004 | GEERTHANA S | Transenergy Private Limited, Chennai |
| 14 | 612721106005 | KAMESHWARAN | Transenergy Private Limited, Chennai |
| 15 | 612721106006 | KIRUTHIKA S | Transenergy Private Limited, Chennai |
| 16 | 612721106008 | PAVIDHARANI M | Transenergy Private Limited, Chennai |
| 17 | 612721106012 | RUTHIKA M P | Transenergy Private Limited, Chennai |
| 18 | 612721106015 | SONIYA P | Transenergy Private Limited, Chennai |
| 19 | 612721106016 | SRIDHAR M | Transenergy Private Limited, Chennai |
| 20 | 612721106020 | TAMILARASI M | Transenergy Private Limited, Chennai |
| 21 | 612721106021 | VAIDHEESWARI M | Transenergy Private Limited, Chennai |
| 22 | 612721106305 | ROHINI A | Transenergy Private Limited, Chennai |
| S.No | Register No. | Student Name | Employer |
|---|---|---|---|
| 01 | 612720106001 | ARUNKUMAR M | TVS Upasana Limited, Hosur |
| 02 | 612720106009 | SANTHOSH KUMAR R | TVS Upasana Limited, Hosur |
| 03 | 612720106010 | SILAMBARASAN M | Super Auto Forge, Chennai |
| 04 | 612720106301 | GOPIKA A | Super Auto Forge, Chennai |
| 05 | 612720106003 | HARIPRASATH M | RIALTO, Chennai |
| 06 | 612720106005 | KAVIYA PRIYA S | RIALTO, Chennai |
| 07 | 612720106305 | YOGANANTHAM K | Aquasub Engineering, Coimbatore |
| 08 | 612720106012 | THIRUMALAI G | Devendra Autocom Pvt. Ltd., Chennai |
| 09 | 612720106008 | SANDHIYA P | Ascent Circuit Pvt. Ltd., Hosur |
| 10 | 612720106014 | VARSHINI S | Ascent Circuit Pvt. Ltd., Hosur |
| 11 | 612720106001 | ARAVINDHASAMY S | ABI Showatech (India) Pvt. Ltd., Chennai |
| 12 | 612720106004 | JUDAH BENILAN | ABI Showatech (India) Pvt. Ltd., Chennai |
| 13 | 612720106007 | PRASANTH R | ABI Showatech (India) Pvt. Ltd., Chennai |
| 14 | 612720106304 | SATHISHKUMAR A | TVS Upasana Limited, Hosur |
| S.No | Register No. | Student Name | Employer |
|---|---|---|---|
| 01 | 612719106001 | AJAYKUMAR M | TVS Sundaram Auto Component, Hosur |
| 02 | 612719106002 | ANITHA P | Thinksynq, Chennai |
| 03 | 612719106003 | DEVI SAROJA V | Yamaha Music, Chennai |
| 04 | 612719106006 | INDHUJA S | Thinksynq, Chennai |
| 05 | 612719106007 | KANAGARAJ P | Modpro Engineering Solutions, Chennai |
| 06 | 612719106008 | KARTHIKA V | Thinksynq, Chennai |
| 07 | 612719106009 | KAVIYA A | Gestamp, Chennai |
| 08 | 612719106010 | MADHUMITHA M | Rane Group, Chennai |
| 09 | 612719106011 | MAHALAKSHMI M | Gestamp, Chennai |
| 10 | 612719106014 | MONISHA R | Rane Group, Chennai |
| 11 | 612719106015 | MUTHULAKSHMI J | Gestamp, Chennai |
| 12 | 612719106016 | NANDHINI S | Rane Group, Chennai |
| 13 | 612719106017 | NETHAJI S | Genxlead Solutions Pvt. Ltd. |
| 14 | 612719106018 | NISHA PRIYA S | MCore, Bangalore |
| 15 | 612719106019 | PRIYA M | Thinksynq, Chennai |
| 16 | 612719106020 | PRIYADHARSHINI S | Thinksynq, Chennai |
| 17 | 612719106021 | RAGAPRIYA M | Yamaha Music, Chennai |
| 18 | 612719106022 | RAJKUMAR A | TVS Sundaram Auto Component, Hosur |
| 19 | 612719106023 | SANGAMESHWARAR R | Modpro Engineering Solutions, Chennai |
| 20 | 612719106024 | SRI HARINI J | Thinksynq, Chennai |
| 21 | 612719106025 | VIMALA S | Gestamp, Chennai |
| S.No | Register No. | Student Name | Employer |
|---|---|---|---|
| 01 | 612718106001 | ARUL M | AKAS |
| 02 | 612718106012 | MOHANRAJ G | AKAS |
| 03 | 612718106019 | PRAKASH N | AKAS |
| 04 | 612718106004 | DEEBANA M | ChainSys |
| 05 | 612718106005 | DURGADEVI S | ChainSys |
| 06 | 612718106017 | PARTHIBAN K | ChainSys |
| 07 | 612718106027 | SATHIYAPRIYA P | ChainSys |
| 08 | 612718106033 | SWETHA SHALINI V | ChainSys |
| 09 | 612718106022 | SAKTHIVEL B | HCL |
| 10 | 612718106032 | SWATHI LAKSHMI P | HCL |
| 11 | 612718106002 | BHUVANESWARI M | RIALTO |
| 12 | 612718106013 | MUTHUMANI M | RIALTO |
| 13 | 612718106020 | PRAVIN M | RIALTO |
| 14 | 612718106024 | SANTHOSH S | RIALTO |
| 15 | 612718106007 | KABILNATH I S | Schwing Stetter |
| 16 | 612718106009 | KARTHIKEYAN M | Schwing Stetter |
| 17 | 612718106006 | INDHU P | Skolar |
| 18 | 612718106018 | PONMUDI D | Skolar |
| 19 | 612718106021 | ROSY S | Skolar |
| 20 | 612718106028 | SIGENDRAN M | Skolar |
| 21 | 612718106030 | SNEKHA B | Skolar |
| 22 | 612718106035 | USHA P | Skolar |
| S.No | Register No. | Student Name | Employer |
|---|---|---|---|
| 01 | 612717106028 | SEVVANTHI S | Yamaha Motor Electronics |
| 02 | 612717106037 | USHA V | Yamaha Motor Electronics |
| 03 | 612717106023 | R. PRIYANKA | Yamaha Motor Electronics |
| 04 | 612717106034 | S. SUVITHRA | Yamaha Motor Electronics |
| 05 | 612717106029 | SHOBIYA A | Popular Systems |
| 06 | 612717106025 | RAMYABHARATHI S | Popular Systems |
| 07 | 612717106015 | C. MANJU | Popular Systems |
| 08 | 612717106017 | MEGALA K. C. | Popular Systems |
| 09 | 612717106302 | M. ROOBINI | Popular Systems |
| 10 | 612717106020 | S. T. PAVITHRA | Triemp Technologies |
| 11 | 612717106001 | AARTHI M | Triemp Technologies |
| 12 | 612717106039 | VIJAYALAKSHMI S | Yamaha Music |
| 13 | 612717106011 | KOWSALYA S | Yamaha Music |
| 14 | 612717106006 | GAYATHRI C | Yamaha Music |
| 15 | 612717106032 | SNEGA A | Yamaha Music |
| 16 | 612717106003 | ASHWINI S | Yamaha Music |
| 17 | 612717106005 | DIVYA M | Yamaha Music |
| 18 | 612717106038 | K. VASANTHI | Yamaha Music |
| 19 | 612717106019 | M. NADHIYA | Yamaha Music |
| S.No | Register No. | Student Name | Employer |
|---|---|---|---|
| 01 | 612716106030 | PRAKASH D | ENOAH |
| 02 | 612716106004 | ANANDH KUMAR S | JBM Groups |
| 03 | 612716106011 | GOWTHAMAN K | JBM Groups |
| 04 | 612716106024 | MANIKANDAN M | JBM Groups |
| 05 | 612716106036 | RANJITHKUMAR R | JBM Groups |
| 06 | 612716106302 | TAMILARASAN K | JBM Groups |
| 07 | 612716106006 | AVINASH G | Alpha Associates |
| 08 | 612716106035 | RAJKUMAR R | Alpha Associates |
| 09 | 612716106042 | SUKESH S | Alpha Associates |
| 10 | 612716106043 | SURYA A | Alpha Associates |
| S.No | Register No. | Student Name | Employer |
|---|---|---|---|
| 01 | 612715106024 | NAGMA F | Aqua Pure Plus |
| 02 | 612715106030 | PATHMANABAN J | Aqua Pure Plus |
| 03 | 612715106038 | RAVIKUMARI R | Aqua Pure Plus |
| 04 | 612715106043 | SATHYA B | Aqua Pure Plus |
| 05 | 612715106012 | GEETHA M | Aqua Pure Plus |
| 06 | 612715106001 | ABIRAMI C | HGS |
| 07 | 612715106002 | ANANDHI S | HGS |
| 08 | 612715106003 | ASHOK KUMAR M | HGS |
| 09 | 612715106005 | BHUVANESHWARI D | HGS |
| 10 | 612715106006 | DHANALAKSHMI D | HGS |
| 11 | 612715106008 | ELAKKIYA A | HGS |
| 12 | 612715106011 | EZHIL ARASAN R | HGS |
| 13 | 612715106301 | GODVIN JAMES | HGS |
| 14 | 612715106014 | KANAGA C | HGS |
| 15 | 612715106018 | MADHU REKHA B | HGS |
| 16 | 612715106022 | MOHAN G | HGS |
| 17 | 612715106023 | MONIKA J | HGS |
| 18 | 612715106026 | NAVANITHA S | HGS |
| 19 | 612715106027 | NEELAMBARI S | HGS |
| 20 | 612715106303 | NIRANJANA R | HGS |
| 21 | 612715106028 | NISHANTHI S | HGS |
| 22 | 612715106034 | RAJENDRAPRASATH R S | HGS |
| 23 | 612715106037 | RANJITH T | HGS |
| 24 | 612715106047 | SHERLYN SELSHIYA S | HGS |
| 25 | 612715106048 | SHINDU S | HGS |
| 26 | 612715106050 | SIMPONI S | HGS |
| 27 | 612715106051 | SOWMIYA E | HGS |
| 28 | 612715106054 | THANGABALU C | HGS |
| 29 | 612715106055 | VASANTHA KUMAR K | HGS |
| 30 | 612715106013 | HARI PRAKASH M | HGS |
| 31 | 612715106020 | MAVIN M | HGS |
| 32 | 612715106029 | PARAMESHWARI E | HGS |
| 33 | 612715106031 | PAVITHRA M | HGS |
| 34 | 612715106041 | SARANYA R | HGS |
| 35 | 612715106059 | VIJAY K | HGS |
| 36 | 612715106057 | VIDHYALAKSHMI M | HGS |
| 37 | 612715106049 | SHOBANA N | TECHTIQQSOFT |
| 38 | 612715106036 | RAMYA R | VEE TECH |
| 39 | 612715106035 | RAJ KUMAR S | TEVEL CYBER CORPS PVT. LTD. |
| 40 | 612715106004 | BHARATHI P | ALPHA ASSOCIATES |
| 41 | 612715106009 | ELAVARASAN N | ALPHA ASSOCIATES |
| 42 | 612715106033 | RAJAGOPAL M | ALPHA ASSOCIATES |
| 43 | 612715106042 | SARAVANAN G | ALPHA ASSOCIATES |
Faculty Publications
| S.No | Author(s) | Title of Paper | Category | Journal / Publisher | Volume / ISBN | Published |
|---|---|---|---|---|---|---|
| 01 | Dr. S. Duraisivam | Comparative analysis of the effect of alkali-treated Prosopis Juliflora, palm, and glass fibre as reinforcement for epoxy polymer composites. | International | Revista Materia | - | Nov 2025 |
| 02 |
Dr. S. Benjamin Lazarus Mr. K. Shanmugam |
Analysis and Optimization of Thermoplastic Polyurethane Infill Patterns for Additive Manufacturing in Pipeline Applications. | International | Wiley | - | Aug 2024 |
| 03 |
Dr. S. Benjamin Lazarus Mr. K. Shanmugam |
Optimization of Material Extrusion Parameters for Biodegradable PLA–Silicon Bone Scaffolds: A Pathway to Scalable Manufacturing. | International | Wiley | - | Sep 2025 |
| 04 | Dr. E. Jamuna | Computer Aided Manufacturing | National | First Book Publishing | ISBN: 978-93-92151-47-7 | - |
Patents
| Sl.No. | Name of Authors | Title of Patent | Patent No. | Patent Year |
|---|---|---|---|---|
| 01 | Dr. S. Benjamin Lazarus, S. Duraisivam, E. Jamuna, Dr. M. Sudhagar, S. Manikandan, Ravisankar M, K. Shanmugam, K. Ramamoorthy, C. Sakthivel, S. Mohanraj | Cost Optimization in Single Hole Drilling Using PSO Algorithm for Composite and Hybrid Material |
Patent Application No. 202341002355 A, Patent Office Journal No. 03/2023 |
January 2023 |
| 02 | Mr. E. Hariharan, Mr. L. Gnanaprakash, Mrs. E. Jamuna, Dr. S. Duraisivam, Mr. N. Srinivasan, Dr. L. Gokulanathan | Automatic Flood Barrier System for Urban Infrastructure |
Registered Design No. 451990-001 Class 29-02; Serial No. 248355 |
August 2026 |
Achievements
| S.No | Name of the Faculty | Achievement | Academic Year |
|---|---|---|---|
| 01 | Dr. E. Jamuna | NPTEL Scored | Aug – Oct 2025 |
| 02 | Karthick C | NPTEL Scored | Aug – Oct 2025 |
| 03 | Gowtham K | NPTEL Scored | Aug – Oct 2025 |
| 04 | Mayakkannan P | NPTEL Scored | Aug – Oct 2025 |
| 05 | Pravinkumar S | NPTEL Scored | Aug – Oct 2025 |
Industry–Institute Interaction
The Department of Electronics and Communication Engineering has a dedicated Industry–Institute Interaction Cell to strengthen collaboration between academia and industry. The cell facilitates industrial training, internships, technical workshops, industrial visits, research activities, and placement opportunities to bridge the gap between classroom learning and industrial practices.
Industry Partners
- BSNL, Salem
- Nokia, Chennai
- KG Information Systems, Coimbatore
- Pricol Limited, Coimbatore
- Qualcomm, Hyderabad
- Ashok Leyland, Hosur
- TVS Motor Company, Hosur
- Titan Company Limited, Hosur
- Samsung R&D Institute, Bengaluru
- Siemens, Chennai
- Bharat Electronics Limited (BEL), Bengaluru
- ISRO, Bengaluru
- DRDO, Bengaluru
- eInfochips, Chennai
- Zoho Corporation, Chennai
- Astra Microwave Products, Hyderabad
- CDAC, Bengaluru
Industry Interaction Activities
- Guest Lectures by Industry Experts
- Industrial Training Programmes
- Student Internship Opportunities
- Industry Sponsored Student Projects
- Industrial Visits
- Research & Development Collaboration
- Skill Development Workshops
- Placement Assistance
- Career Guidance Programmes
- Industry-Academia Knowledge Exchange
Memorandum of Understanding (MoUs)
The Department of Mechanical Engineering has established Memorandums of Understanding (MoUs) with leading industries, manufacturing organizations, and research institutions to strengthen industry–academia collaboration. These partnerships provide students with opportunities for internships, industrial visits, project work, technical training, skill development, research collaboration, and placement support.
| S.No | Organization | MoU Date | Validity |
|---|---|---|---|
| 01 |
Throttle Engineering India Pvt. Ltd. No.12, S.No.47/4, Pragathi Nagar, Chikkathogur, Bangalore – 560100. |
21.04.2025 | 5 Years |
| 02 |
Vanes Engineering India Pvt. Ltd. 21/B3, Industrial Suburb, 2nd Stage, Raja Industrial Estate, Yeswanthpur, Bengaluru – 560022. |
21.04.2025 | 5 Years |
| 03 |
Goodwin Motors Perinjambakkam Village, Tambaram–Oragadam Highway, Chennai – 602105. |
22.04.2025 | 5 Years |
| 04 |
Institute of Industrial Design Swarnapuri, Salem. Centre of Automotive Styling Studio & Centre of Additive Manufacturing. |
27.04.2023 | 3 Years |
| 05 |
Innovative Solutions India Pvt. Ltd. VOC Nagar, New HUDCO, Hosur – 635103. |
30.08.2023 | 5 Years |
| 06 |
Integrity Inspection Service #5/250, 1st Floor, Vijaya Towers, Five Roads, Salem – 636004. |
26.08.2023 | 3 Years |
| 07 |
KMBA Engineering Technologies Pvt. Ltd. Plot No.18, Shivtej Nagar, New Pradhikaran, Chinchwad, Pune – 411019. |
24.10.2024 | 3 Years |
| 08 |
DESAOT Ardente Office One, Survey No.05, Hoodi Village, KR Puram Hobli, Bangalore – 560048. |
31.07.2025 | 5 Years |
| 09 |
Neel Metal Products Limited (JBM Group of Companies) Amritha, Kothagondapalli, Tamil Nadu – 635103. |
06.10.2023 | 3 Years |
| 10 |
Knitvel Needles Pvt. Ltd. SIPCOT – I, Hosur, Krishnagiri District. |
03.01.2025 | 5 Years |
| 11 |
Eastman Preci Tooling 74/1F, 74/3D, Kattu Kotai, Kondalampatti, Salem – 636010. |
30.05.2025 | 3 Years |
| 12 |
Ashok Leyland Ltd. A-175, SIPCOT Industrial Complex, Hosur – 635126. |
06.05.2026 | 5 Years |
| 13 |
Innoforge Private Limited B2/2, SIDCO Industrial Estate, Phase I, Hosur – 635126. |
06.05.2026 | 5 Years |