Mechanical Engineering

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Department of Mechanical Engineering

Overview

Mechanical engineering is the oldest and 2nd largest engineering discipline. Mechanical engineering provides a solid foundation for professional engineering practices and is concerned with design, development, manufacture, and operation of many types of plants, machinery and Mech –products. This branch of study develops the students ability to apply scientific principles in the design and analysis of mechanical and energy conversion systems. Students are challenged with design problems in most of the major course which provide opportunities of developing creativity in solving real world problems. New areas like Robotics, cryogenic engineering, composite materials, Nano materials & technology, Renewable energy resources etc, have tremendous growth in future. At the outset the students will be able to create innovative ideas to find solution to real world. Problems with new perspective, good practical skills using science and maths concepts. Organising ability, practicing, ability to get on well with people of all types, ability to keep them under pressure and technically to work in a manufacturing area are an asset in the fields.

Programme

Duration:

4 years (Regular) / 3 years (Lateral Entry)

No. of Semesters:

8 (Regular) / 6 (Lateral Entry)

Intake / No. of Seats:

Total - 60 (Government - 30, Management - 30)

Eligibility:

10+2 system of Education. Must have secured a pass in Physics, Chemistry and Mathematics in the qualifying examination.
For more information Click here

Curriculum & Syllabus:

2021 Regulation

2017 Regulation

Career Opportunities:

Planners, Designers, Constructors & Operators | Stewards of the Environment | Innovators & Integrators of Technology | Managers of risk | Leaders in Public Policy | Public Sector Undertaking | Government Sector

Scope for Higher Studies:

Vision

To be a centre of excellence for transforming students into proficient Mechanical Engineers through sustainable practices.

Mission

M1.     Impart core fundamental knowledge and necessary skills in Mechanical engineering through innovative teaching and learning methodology

M2.    Inculcate critical thinking, ethics, lifelong learning and creativity needed for industry and society

M3.   Cultivate the students with all-round competencies, for career, higher education and self employability

PEOs / PSOs / PO

Programme Educational Objectives (PEOs)

PEO1. Graduates will be prepared for designing mechanical components and systems, with creativity and sustainability
PEO2. Graduates will be skilled in the use of modern tools for critical problem solving and analyzing industrial and societal requirements
PEO3. Graduates will be prepared with managerial and leadership skills for career and starting up own firms

Program Specific Outcomes (PSOs)

Engineering Graduates will be able to
PSO1. Apply the acquired knowledge in mechanical engineering to solve industrial problems using modern tools
PSO2. Develop cost effective and eco-friendly mechanical components and systems needed for the industry and society

Programme Outcomes (PO)

PO1. Engineering Knowledge: 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 Sustain ability: 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 multi disciplinary 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 multi disciplinary 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.

Job Profiles

Job opportunities in India and Abroad. ( Both Public & Private Sectors)

Larger number of job opportunities in automobile, petroleum, Oil &Gas, Transport, Airport, Aircraft, Defence, Railways, Steel Industries, Power plants, major Manufacturing sector, various Public and Private Sectors in India and Abroad.

Employment Growth in Mechanical Engineering in India by 2025 – 2030.

( Expected to be positive and growing, driven by multiple industry trends, technological advancements, and government initiatives )

Key Growth Drivers :

  1. Industrial Growth and Infrastructure Development:
    1. Government Initiatives: Programs like Make in India, Atmanirbhar Bharat, and Smart Cities Mission will boost domestic manufacturing, construction, and infrastructure development, which requires mechanical engineers.
    2. Manufacturing: As India aims to become a global manufacturing hub, mechanical engineers will be needed for industries such as automotive, aerospace, energy, construction, and heavy machinery.
    3. Infrastructure Projects: High-speed rail, roads, bridges, and smart cities will drive demand for mechanical engineers in design, construction, and maintenance.
  2. Automotive Industry Advancements.
    1. Electric Vehicles (EV): As the transition to EVs accelerates, the demand for mechanical engineers with expertise in electric power trains, battery technology, and thermal management will increase.
    2. Autonomous and Connected Vehicles: Mechanical engineers will be involved in the design and manufacturing of advanced automotive systems, such as AI-based safety systems, autonomous driving technologies, and vehicle-to-everything (V2X) communication.
  3. Renewable Energy and Sustainability.
    1. Wind, Solar, and Hydro Energy: With the rise in renewable energy adoption, mechanical engineers will be involved in the design, installation, and maintenance of solar panels, wind turbines, and other green technologies.
    2. Energy Efficiency: As industries seek to reduce energy consumption, mechanical engineers will play a critical role in designing energy-efficient systems and heat recovery systems.
  4. Robotics and Automation
    1. The rise of industrial automation and robotics in manufacturing plants, warehouses, and service industries will drive demand for mechanical engineers who can design and integrate robotic systems, automated assembly lines, and precision equipment.
    2. Additionally, additive manufacturing (3D printing) will require mechanical engineers with expertise in material science and CAD/CAM systems.
  5. Aerospace and Defense
    1. Aerospace Manufacturing: The Indian aerospace sector, with increasing investments in space exploration, aircraft manufacturing, and defense systems, will need mechanical engineers in areas such as propulsion systems, thermal management, and advanced materials.
    2. Defense Projects: India’s push for indigenous defense technology (e.g., fighter jets, drones, etc.) will require highly skilled mechanical engineers in defense manufacturing.
  6. Industrial Internet of Things (IIoT) and Smart Manufacturing.
    1. As India modernizes its manufacturing processes, the integration of IoT with traditional manufacturing will drive the need for mechanical engineers who are well-versed in data analytics, sensor integration, and predictive maintenance in industrial settings.
    2. The increasing adoption of Industry 4.0 technologies will further promote the demand for engineers skilled in mechatronics and automation.
  7. Thermal Power and HVAC Systems.
    1. Power Plants: Mechanical engineers will continue to be essential in the operation and maintenance of thermal power plants, nuclear energy plants, and gas turbines.
    2. HVAC (Heating, Ventilation, and Air Conditioning): With the rise in urbanization and increasing demand for climate control systems, mechanical engineers will be in demand for designing and maintaining HVAC systems for large commercial buildings, hospitals, and smart homes.
  8. Global Trends and International Opportunities
    1. Offshoring and Outsourcing: As global companies look to set up manufacturing plants in India due to its competitive labor cost and skilled workforce, opportunities for mechanical engineers will arise in areas like quality control, research and development, and production engineering.
    2. Collaborations: : Increased foreign direct investment (FDI) and joint ventures with international companies in sectors like automotive and electronics will create global job prospects for Indian mechanical engineers.

Job Roles for Mechanical Engineers :

  1. Design Engineer (Product and Process)
  2. Manufacturing Engineer
  3. Project Manager (Infrastructure/Automotive/Heavy Machinery)
  4. Robotics Engineer
  5. Automotive Engineer (EV, Autonomous Systems)
  6. Energy Systems Engineer (Renewable, HVAC, Power Generation)
  7. Aerospace Engineer
  8. Maintenance Engineer (Industrial Plants, Power Plants, HVAC Systems)
  9. CAD/CAE Engineer
  10. Quality Control and Assurance Engineer
  11. R&D Engineer (Materials, Robotics, Automotive)
  12. Defense Equipment Engineer
  13. Mechatronics Engineer

Sectors with High Employment Potential

  1. Automotive and Electric Vehicle Industry
  2. Renewable Energy (Solar, Wind, etc.)
  3. Aerospace and Defense
  4. Construction and Infrastructure
  5. Manufacturing and Automation
  6. Robotics and Mechatronics
  7. Energy Systems (Thermal, Gas, Nuclear, HVAC)

Key Growth Drivers :

  1. Automotive and Electric Vehicle (EV) Industry Key Drivers:
    1. EV Transition: India’s growing push towards electric vehicles, driven by government initiatives like FAME India (Faster Adoption and Manufacturing of Hybrid and Electric Vehicles), will significantly expand job opportunities for mechanical engineers.
    2. Automotive Innovations: Development of autonomous vehicles, connected car technologies, and advanced driver-assistance systems (ADAS) will require mechanical engineers skilled in powertrains, thermal management, and battery design.
    Roles:
    1. EV Design Engineer: Focused on developing battery management systems, powertrains, and thermal management systems for electric vehicles.
    2. Manufacturing Engineer: Involved in scaling up production for electric vehicle components and assembly.
    3. Automotive Testing and Validation Engineer: Ensuring that EV systems meet safety, performance, and regulatory standards.
    4. Powertrain Engineer: Specializing in the development of engines, transmission systems, and electric motors.
    5. Automotive R&D Engineer: Working on improving the design and functionality of automotive components.
  2. Renewable Energy Sector (Solar, Wind, etc.) Key Drivers:
    1. Green Energy Shift: India’s focus on achieving 500 GW of renewable energy by 2030 will create a large demand for engineers in the wind, solar, and hydropower sectors.
    2. • Energy Efficiency: As industries move toward energy-efficient systems, mechanical engineers will be critical in designing systems that minimize power consumption, optimize energy use, and integrate renewable sources.
    Roles:
    1. • Wind Energy Engineer: Specializing in the design, installation, and maintenance of wind turbines.
    2. • Solar Systems Engineer: Focused on the installation and optimization of solar panels and solar thermal systems.
    3. • Energy Storage Engineer: Working with batteries and energy storage systems to optimize energy storage solutions for solar and wind energy.
    4. • Renewable Energy Project Manager: Overseeing the construction and maintenance of renewable energy plants.
    5. • Thermal Engineer: Focusing on solar thermal plants, heat exchangers, and energy recovery systems.
  3. Aerospace and Defense Key Drivers:
    1. • Indigenous Defense Manufacturing: India is focusing on manufacturing fighter jets, drones, and space exploration technology. This will drive the need for engineers specializing in propulsion, thermal management, and advanced materials.
    2. • Aerospace Expansion: As the Indian aerospace sector grows with increasing investments in aircraft design, space exploration, and satellite systems, mechanical engineers will be needed to design and test aerospace components and systems.
    Roles:
    1. Aerospace Engineer: Involved in the design and development of aircraft and pacecraft components, particularly in areas like propulsion, avionics, and aerodynamics.
    2. Defense Manufacturing Engineer: Working on the design, testing, and maintenance of defense equipment like tanks, aircraft, and drones.
    3. Materials Engineer: Focusing on developing lightweight and durable materials for aerospace and defense systems.
    4. Thermal Systems Engineer: Specializing in thermal control systems for spacecraft and aircraft, including heat shields, thermal insulation, and engine cooling systems.
    5. Space Systems Engineer: Involved in the design of satellites, spacecraft, and space exploration technologies.
  4. Construction and Infrastructure Key Drivers:
    1. Government Infrastructure Initiatives: With ongoing projects under schemes like Smart Cities Mission and the Bharatmala Project for highways, there will be increasing demand for mechanical engineers in construction equipment design, HVAC systems, and project management.
    2. Sustainability in Construction: As India adopts green building practices, mechanical engineers will play a role in integrating sustainable materials, energy-efficient HVAC systems, and smart building technologies.
    Roles:
    1. Construction Equipment Engineer: Involved in the design and development of construction machinery like cranes, bulldozers, and excavators.
    2. HVAC Engineer: Designing and maintaining heating, ventilation, and air conditioning systems for buildings, industrial facilities, and infrastructure projects.
    3. Project Manager (Infrastructure): Overseeing large infrastructure projects, ensuring that they are completed on time and within budget.
    4. Sustainability Engineer: Designing green buildings with energy-efficient mechanical systems.
    5. Site Engineer: Managing and supervising the day-to-day operations on construction sites.
  5. Manufacturing and Automation Key Drivers:
    1. Industry 4.0: The adoption of smart manufacturing, robotics, and automation systems in the industrial sector will require mechanical engineers with expertise in IoT, CAD/CAM, PLC systems, and robotic systems integration.
    2. Additive Manufacturing: The growth of 3D printing in prototyping and production is an emerging area, with mechanical engineers playing a key role in its implementation.
    Roles:
    1. Automation Engineer: Specializing in the design and integration of automated systems in factories, including robotic arms and conveyor systems.
    2. Manufacturing Process Engineer: Focused on optimizing production lines, minimizing waste, and ensuring the highest standards of quality.
    3. Additive Manufacturing Engineer: Working with 3D printing technology to design and manufacture components, including prototypes and finished parts.
    4. Robotics Engineer: Designing robotic systems for assembly lines, material handling, and precision tasks.
    5. Industrial IoT Engineer: Integrating sensors, data analytics, and predictive maintenance systems into manufacturing processes.
  6. Robotics and Mechatronics Key Drivers:
    1. Growth in Automation: The rise of robotics in sectors like manufacturing, logistics, healthcare, and agriculture will create new opportunities for mechanical engineers to design and optimize robotic systems.
    2. Mechatronics Systems: As machines become smarter with embedded sensors, actuators, and computing systems, engineers with a multidisciplinary skill set in mechanical, electrical, and software systems will be in high demand.
    Roles:
    1. Robotics Design Engineer: Developing and building robots for various industries, including manufacturing, healthcare, and consumer products.
    2. Mechatronics Engineer: Designing intelligent machines that integrate mechanical, electrical, and software components.
    3. Automation Test Engineer: Testing and validating automated systems to ensure efficiency and reliability.
    4. System Integration Engineer: Overseeing the integration of robotic and automated systems into existing infrastructure.

Faculty

S.No. Name Designation Date of Joining Qualification Nature of Association (Regular / Contract / Adjunct) Profile
1
Dr. SHUNMUGASUNDARAM M
 Professor 09/07/2022 M.E., Ph.D. Regular View
2
Dr. JANNARTHANAN B
 Professor 27/12/2019 M.E., Ph.D. Regular View
3
Dr. RAMESH G
 Associate Professor 19/10/2019 M.E., Ph.D. Regular View
4
Dr. PRASATH S
 Associate Professor 19/07/2007 M.E., Ph.D. Regular View
5
Dr. SARAVANAN A
 Associate Professor 17/01/2022 M.E., Ph.D Regular View
6
Mr. SHANMUGASELVAM P
 Assistant Professor 15/07/2023 M.E., (Ph.D) Regular View
7
Mr. SURESH M
 Assistant Professor 28/02/2022 M.E., M.Tech. Regular View
8
Mr. SYED ABUTHAHIR S
 Assistant Professor 19/06/2018 M.E., (Ph.D) Regular View
9
Mr. MOHAN S R
 Assistant Professor 31/08/2020 M.Tech. Regular View
10
Mr. MUHAMED IRFAN AA
 Assistant Professor 13/06/2017 M.E. Regular View
11
Mr. SAKTHIVEL D
 Assistant Professor 24/08/2020 M.E. Regular View
12
Mr.RAJESH J
 Assistant Professor 07/10/2017 M.E. Regular View
13
Mr. VIGNESHWARAN V
 Assistant Professor 02/11/2020 M.Tech., (Ph.D) Regular View
14
Mr. VINOTHKUMAR K K
 Assistant Professor 28/02/2022 M.E., (Ph.D) Regular View
15
Mr. THARANIKUMAR L
 Assistant Professor 01/04/2022 M.E., (Ph.D) Regular View
16
Mr. SUNIL KUMAR K
 Assistant Professor 15/07/2023 M.E., (Ph.D) Regular View
S.No. Name Qualification Designation Area of Specialization
1
Dr. SHUNMUGASUNDARAM M
 M.E., Ph.D. Professor Celluar Manufacturing System
2
Dr. SENTHIL KUMAR R
 M.E., Ph.D. Professor Powder Metallurgy
3
Dr. JANNARTHANAN B
 M.E., Ph.D Professor Engineering Deisgn & Vibration
4
Dr. RAMESH G
 M.E., Ph.D Associate Professor Composite Material
5
Dr. PRASATH S
 M.E., Ph.D Associate Professor Welding Technology
6
Dr. SARAVANAN A
 M.E., Ph.D Associate Professor Engineering Design
7
Mr. SURESH M
 M.E. Assistant Professor Thermal Engineering
8
Mr. SYED ABUTHAHIR S
 M.E. Assistant Professor Manufacturing Technology
9
Mr. MOHAN S R
 M.Tech. Assistant Professor CAD/CAM
10
Mr. MUHAMED IRFAN AA
 M.E. Assistant Professor Thermal Engineering
11
Mr. SAKTHIVEL D
 M.E. Assistant Professor Engineering Design
12
Mr.RAJESH J
 M.E. Assistant Professor Industrial Mettallurgy
13
Mr. MOHAMED YAZZIR M
 M.E. Assistant Professor Engineering Design
14
Mr. JABIN J
 M.E., (Ph.D) Assistant Professor Thermal Engineering
15
Mr. VIGNESHWARAN V
 M.Tech., (Ph.D) Assistant Professor Thermal Engineering
16
Mr. VINOTHKUMAR K K
 M.E., (Ph.D) Assistant Professor Metal Matrix Composites
17
Mr. THARANIKUMAR L
 M.E., (Ph.D) Assistant Professor Manufacturing Technology
18
Ms. YAMINI S
 M.E. Assistant Professor Machine Design
S.No. Name Qualification Designation Area of Specialization
1
Dr. SENTHIL KUMAR R
 M.E., Ph.D. Professor Powder Metallurgy
2
Dr. JANNARTHANAN B
 M.E., Ph.D Professor Engineering Deisgn & Vibration
3
Dr. RAMESH G
 M.E., Ph.D Associate Professor Composite Material
4
Dr. PRASATH S
 M.E., Ph.D Associate Professor Welding Technology
5
Mr. SYED ABUTHAHIR S
 M.E. Assistant Professor Manufacturing Technology
6
Mr. MOHAN S R
 M.Tech. Assistant Professor CAD/CAM
7
Mr. MUHAMED IRFAN AA
 M.E. Assistant Professor Thermal Engineering
8
Mr. SAKTHIVEL D
 M.E. Assistant Professor Engineering Design
9
Mr.RAJESH J
 M.E. Assistant Professor Industrial Mettallurgy
10
Mr. MOHAMED YAZZIR M
 M.E. Assistant Professor Engineering Design
11
Mr. JABIN J
 M.E., (Ph.D) Assistant Professor Thermal Engineering
12
Mr. VIGNESHWARAN V
 M.Tech., (Ph.D) Assistant Professor Thermal Engineering
13
Mr. SARAVANAN P
 M.E., (Ph.D) Assistant Professor CAD/CAM
14
Mr. JAGAVEERA PANDIAN
M.E. Assistant Professor Thermal Engineering
15
Mr. UIKATTUDASS E
 M.E. Assistant Professor Aeronautical Engineering
16
Mr. NAVEENRAJAN M
 M.E. Assistant Professor Energy Engineering
S.No. Name Qualification Designation Area of Specialization
1
Dr. SENTHIL KUMAR R
 M.E., Ph.D. Professor Powder Metallurgy
2
Dr. JANNARTHANAN B
 M.E., Ph.D Professor Engineering Deisgn & Vibration
3
Dr. RAMESH G
 M.E., Ph.D Associate Professor Composite Material
4
Dr. PRASATH S
 M.E., Ph.D Associate Professor Welding Technology
5
Mr. SYED ABUTHAHIR S
 M.E. Assistant Professor Manufacturing Technology
6
Mr. MOHAN S R
 M.Tech. Assistant Professor CAD/CAM
7
Mr. MOHAMED YAZZIR M
 M.E. Assistant Professor Engineering Design
8
Mr. SAKTHIVEL D
 M.E. Assistant Professor Engineering Design
9
Mr.RAJESH J
 M.E. Assistant Professor Industrial Mettallurgy
10
Mr. MUHAMED IRFAN AA
 M.E. Assistant Professor Thermal Engineering
11
Mr. JABIN J
 M.E., (Ph.D) Assistant Professor Thermal Engineering
12
Mr. VIGNESHWARAN V
 M.Tech., (Ph.D) Assistant Professor Thermal Engineering
13
Mr. SARAVANAN P
 M.E., (Ph.D) Assistant Professor CAD/CAM
14
Mr. ANBURAJ A
 M.E. Assistant Professor Manufacturing Engineering
15
Mr. JAGAVEERA PANDIAN
M.E. Assistant Professor Thermal Engineering
16
Mr. UIKATTUDASS E
 M.E. Assistant Professor Aeronautical Engineering
17
Mr. NAVEENRAJAN M
 M.E. Assistant Professor Energy Engineering
18
Mr. SARAVANAN A
 M.E., (Ph.D) Assistant Professor Engineering Deisgn

Academics

Anna university Syllabus

BE - 2021 Syllabus
BE - 2017 Syllabus
BE - 2017 Open Electives

2021 Regulation Course Materials

S.No. Subject Code Subject Name Lesson Plan Question Bank Lecture Notes ICT Tools
1 GE3251 Engineering Graphics View View View View
2 ME3351 Engineering Mechanics View View View View
3 MA3351 Transforms and Partial Differential Equations View View View View
4 ME3391 Engineering Thermodynamics View View View View
5 CE3391 Fluid Mechanics and Machinery View View View View
6 ME3392 Engineering Materials and Metallurgy View View View View
7 ME3393 Manufacturing Processes View View View View
8 ME3491 Theory of Machines View View View View
9 ME3451 Thermal Engineering View View View View
10 ME3492 Hydraulics and Pneumatics View View View View
11 ME3493 Manufacturing Technology View View View View
12 CE3491 Strength of Materials View View View View
13 GE3451 Environmental Sciences and Sustainability View View View View
14 ME3591 Design of Machine Elements View View View View
15 ME3592 Metrology and Measurements View View View View
16 CME387 Non -Traditional Machining Process View View View View
17 CME395 Casting and Welding Process View View View View
18 CME365 Renewable Energy Technologies View View View View
19 MX3084 Disaster Risk Reduction & Management View View View View
SUBJECTS HANDLED FOR SERVICE DEPARTMENTS
1 V/CSE / IT OME551 Energy Conservation and Management View View View View
2 VII/CSE/IT OMF751 Lean Six Sigma (Open Elective– II)  View View View View
3 II / EEE BE3255 Basic Civil and Mechanical Engineering View View View View

2017 Regulation Course Materials

S.No. Subject Code Subject Name Lesson Plan Question Bank Lecture Notes ICT Tools
1 MA8452 Statistics and Numerical Methods View View View View
2 ME8492 Kinematics of Machinery View View View View
3 ME8451 Manufacturing Technology – II View View View View
4 ME8491 Engineering Metallurgy View View View View
5 CE8395 Strength of Materials for Mechanical Engineers View View View View
6 ME8493 Thermal Engineering- I View View View View
7 ME8595 Thermal Engineering- II View View View View
8 ME8593 Design of Machine Elements View View View View
9 ME8501 Metrology and Measurements View View View View
10 ME8594 Dynamics of Machines View View View View
11 OR0551 Renewable Energy Sources (Open Elective– I) View View View View
12 ME8651 Design of Transmission Systems View View View View
13 ME8691 Computer Aided Design and Manufacturing View View View View
14 ME8693 Heat and Mass Transfer View View View View
15 ME8692 Finite Element Analysis View View View View
16 ME8694 Hydraulics and Pneumatics View View View View
17 ME8091 Automobile Engineering (Professional Elective– I) View View View View
18 ME8791 Mechatronics View View View View
19 ME8792 Power Plant Engineering View View View View
20 ME8793 Process Planning and Cost Estimation View View View View
21 OMF751 Lean Six Sigma (Open Elective– II)  View View View View
22 ME8073 Unconventional Machining Processes (Professional Elective– II) View View View View
23 ME8097 Non Destructive Testing and Evaluation (Professional Elective– III) View View View View
24 MG8591 Principles of Management View View View View
25 IE8693 Production Planning and Control (Professional Elective– IV) View View View View
SUBJECTS HANDLED FOR SERVICE DEPARTMENTS
1 III/EEE ME8792 Power Plant Engineering View View View View

Innovation Teaching Methods

S.No. Subject Code Subject Name ITM Tool
1 ME3351 Engineering Mechanics View
2 ME3391 Engineering Thermodynamics View
3 CE3391 Fluid Mechanics and Machinery View
4 ME3392 Engineering Materials and Metallurgy View
5 ME3393 Manufacturing Processes View
6 ME8595 Thermal Engineering- II View
7 ME8593 Design of Machine Elements View
8 ME8501 Metrology and Measurements View
9 ME8594 Dynamics of Machines View
10 ME8792 Power Plant Engineering View
11 ME8793 Process Planning and Cost Estimation View
12 ME8097 Non Destructive Testing and Evaluation View
13 ME8073 Unconventional Machining Processes View
14 ME3491 Theory of Machines View
15 ME3492 Hydraulics and Pneumatics View
16 ME3493 Manufacturing Technology View
17 CE3491 Strength of Materials View
18 GE3451 Environmental Sciences and Sustainability View
19 ME8651 Design of Transmission Systems View
20 ME8691 Computer Aided Design and Manufacturing View
21 ME8693 Heat and Mass Transfer View
22 ME8692 Finite Element Analysis View
23 ME8694 Hydraulics and Pneumatics View
24 MG8591 Principles of Management View
25 IE8693 Production Planning and Control View
26 OME551 Energy Conservation and Management View
27 OMF751 Lean Six Sigma View
28 ME3451 Thermal Engineering View
29 ME8073 Unconventional Machining Process View
30 ME8793 Process Planning and Cost Estimation View
31 CME387 Non-Traditional Machining Process View
32 GE3251 Engineering Graphics View

2017 Regulation Course Materials

S.No. Subject Code Subject Name Lesson Plan Question Bank Lecture Notes ICT Tools
1 MA8452 Statistics and Numerical Methods View View View View
2 ME8492 Kinematics of Machinery View View View View
3 ME8451 Manufacturing Technology – II View View View View
4 ME8491 Engineering Metallurgy View View View View
5 CE8395 Strength of Materials for Mechanical Engineers View View View View
6 ME8493 Thermal Engineering- I View View View View
7 ME8595 Thermal Engineering- II View View View View
8 ME8593 Design of Machine Elements View View View View
9 ME8501 Metrology and Measurements View View View View
10 ME8594 Dynamics of Machines View View View View
11 OR0551 Renewable Energy Sources (Open Elective– I) View View View View
12 ME8651 Design of Transmission Systems View View View View
13 ME8691 Computer Aided Design and Manufacturing View View View View
14 ME8693 Heat and Mass Transfer View View View View
15 ME8692 Finite Element Analysis View View View View
16 ME8694 Hydraulics and Pneumatics View View View View
17 ME8091 Automobile Engineering (Professional Elective– I) View View View View
18 ME8791 Mechatronics View View View View
19 ME8792 Power Plant Engineering View View View View
20 ME8793 Process Planning and Cost Estimation View View View View
21 OMF751 Lean Six Sigma (Open Elective– II)  View View View View
22 ME8073 Unconventional Machining Processes (Professional Elective– II) View View View View
23 ME8097 Non Destructive Testing and Evaluation (Professional Elective– III) View View View View
24 MG8591 Principles of Management View View View View
25 IE8693 Production Planning and Control (Professional Elective– IV) View View View View
SUBJECTS HANDLED FOR SERVICE DEPARTMENTS
1 III/EEE ME8792 Power Plant Engineering View View View View

PLACEMENT DETAILS

Off Campus Placed Students in Various Company

NEWS & EVENTS

List of Events Conducted Details


Student Activities

Co Curricular Activities

Internship Details
Industrial Visits
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