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Department of Mechanical Engineering, SRM University, Delhi-NCR, Haryana

The Department started in the year 2013, nurtures graduates who can meet the rapidly changing needs of the mechanical core Industry which requires skilful Mechanical Engineers. The department has got a team of highly qualified faculty members, many holding doctoral and post-doctoral degrees from the leading institutes across the globe, to train the best minds. Every year more than 70-80% of final year students are provided with internship in reputed industries across the country and students are deputed to International Universities to do their semester abroad programs. This Program is designed to prepare the students for successful careers in a variety of specialty areas associated with the application of applied mechanics; design and manufacturing; vibrations and controls; energy systems; materials; thermal engineering and automation. This has facilitated the students to be readily employable in Industries or to pursue their higher studies in elite Universities in India and abroad.

Vision

To become an internationally recognized mechanical engineering education centre by providing high quality education to meet the needs of industry as well as society at large and become a knowledge hub and research centre that works in cutting edge technology and provides a platform for entrepreneurship and innovation.

Mission

  • To educate and mentor students in an environment that is conducive for research and entrepreneurship and mould them to emerge as full-fledged professionals.
  • To collaborate in research activities with other world-class R&D organizations, educational institutions of reputation, industry, and alumni for excellence in teaching, research and consultancy practices.
  • To foster entrepreneurship and innovation to meet the needs of the Government’s ‘Make in India’ policy through innovation and research.

Pedagogy

Department of Mechanical Engineering is a diverse discipline that encompasses the teaching, practice and leadership of others in the development and application of scientific principles to mechanical systems. The teaching goal is viewed as, students are expertise in independent innovation, interpersonal communication and inter-operability. The content of teaching should be focused on the latest scientific and technological achievements and it is necessary that students pursue for the course by solving engineering problems. Practical cases were adopted as a teaching methodology for the development of professional skills and engineering ability. Integration of research-based teaching by faculty, activity-based learning by students, in-class instructing, field practising, extensive reading, teacher’s mentoring and student self-studying leads to good teaching-learning results along with new developing thoughts.

Laboratories

Department of Mechanical Engineering equipped with more than 20 advanced Laboratories

CNC Machine Laboratories (Siemens Centre of Excellences)

Automation is a technology adopted with the application of mechanical, electronic and computer – based systems to operate and control production. CNC stands for computer numerical control. It is a machine controlled by a computer. Its external appearance is similar to that of a NC machine. Tape or Computer Keyboard or Tutor Keyboard is used as input media for CNC machines. For NC machines tape is to be fit repeat to produce repeated jobs. But for CNC machine tape is fit once and the program is stored in the memory and can be run repeat to produce repeated jobs.

Computer numerical vertical milling machines (vmc)

Computer numerical control simulator

Computer numerical control (CNC Lathe)

Manufacturing Technology Laboratories

The principle of manufacturing laboratory is to provide an introduction to know common processes used in Industries for manufacturing parts by removal of material in a controlled manner. Manufacturing laboratory provides necessary practical hands on training in different manufacturing processes like turning, taper turning, knurling, countersinking, drilling, boring, external thread cutting and tapping etc.

Fluid Mechanics and Machinery Lab

The principle of manufacturing laboratory is to provide an introduction to know common processes used in Industries for manufacturing parts by removal of material in a controlled manner. Manufacturing laboratory provides necessary practical hands on training in different manufacturing processes like turning, taper turning, knurling, countersinking, drilling, boring, external thread cutting and tapping etc.

Heat Power Laboratories

Heat power laboratory consists of cut section models, experimental facilities of IC engines with operating parameters like no. of cylinders, type of loading and different fuel variants. This laboratory demonstrates the experimental knowledge on combustion theory and performance analysis of IC engines.

Computer Aided Design (CAD) Laboratory

CAD (Computer Aided Design) provides a convenient mean to create designs for almost every engineering discipline with 2-D & 3-D designing, drafting, and analysis. This lab provided digitally integrated environment where 3D printing is also available to visualize the models designed.

Project and Innovation Laboratories

Project and Innovation lab.

Dynamics of Machinery Lab

Dynamics of machinery lab is to understand the basic principles of machine mechanisms. This lab provides fundamentals concepts of various mechanics and dynamic analysis of mechanical system like vibrations and controls etc.

Centre of Excellence Mechanical Engineering

Automotive Component Manufacturer Association of India (ACMA):

Centre of Excellence was established in 2024 under the Mechanical Engineering in collaboration with ACMA. This centre is an apex body representing India's Component Industry. The centre provides the platform for Training, Interdisciplinary Research, and Projects & Industrial Solutions in the field of Industrial Automation in the field of Pneumatic Technology. The centre is open for Engineering Students, Industry Personnel and Research Scholars.

Programme Logic Control (PLC)

Industry 4.0

Robot

SRMUH collaboration with BOSCH Centre of Excellence

The Department of Mechanical Engineering at SRMUH in collaboration with BOSCH Centre of Excellence (SBCoE) conducts Academia-Industry Interactions which is joined by multiple MSMEs (Micro, Small and Medium Enterprises) surrounding the industry rich regions of Kundli and Rai Industrial areas in Sonepat and nearby industries from Rohtak and Panipat. These workshops help our students understand the industry expectations and requirements for their placement prospects.

The workshop on MSMEs (Plant layout & Japanese Style of management) was inaugurated by Honorable Vice Chancellor, Registrar / Deans Academic & Director administration as well as officials from NSMEs. Workshop was conducted by Department of Mechanical Engineering at SRM University The workshop was attended by more than 40 representatives of small, micro and medium enterprises present around SRM University, Delhi-NCR.

Academia- Industry interaction session was conducted in the SRM-BOSCH collaboration center where the experiences of Japanese style of management was shared by five experts from the Maruti Suzuki India. This was like an interactive session of Academia with the Industry. Also, the students participated in this session.

The workshop was attended by 20 industry Experts and more than 30 Students from the department of mechanical engineering, SRMUH. The Registrar concluded the workshop and issued the certificate to participant.

SRM-Siemens Centre of Excellence (SSCoE)

The Centre of Excellence (CoE) is established at SRM University, Delhi NCR, Haryana. The main scope of the CoE is an Improvements in college labs infrastructure by adopting latest open technologies in engineering design, manufacturing, planning, analysis and management to serve the needs of all industrial units irrespective of use of the machinery and technologies.

Highlights

  • Skill up gradation of faculty by training
  • Update course curriculum to modern industrial practices
  • Promote research & Development and innovation for existing industries
  • Training of students to improve employability
  • Enhance the technical education institutions as modern and equipped with state of art technologies

Availability of trained workforce to attract industries to set up units in the state.  In Centre of Excellence (CoE), the following short term courses are trained.

  1. NX CAD
  2. NX CAM
  3. NX CAE (Simcenter 3D)
  4. Femap with NX Nastran
  5. Solid Edge
  6. 6.STAR-CCM+
  7. Teamcenter
  8. Tecnomatix Manufacturing - Plant
  9. Tecnomatix Manufacturing - Process
  10. NX AM
  11. Simcenter Amesim
  12. CNC Lathe and Milling
  13. NC program and Simulation
  14. Finite Element Methods (FEM)

SCoE conducted 3 days VMC training programme for SRMUH faculties and students

Siemens centre of Excellences conducted simulation training program for SRMUH faculties

Courses Offered
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Programme Overviews

Program Educational Objectives (PEOs)

The program educational objectives of the U.G. programme in Mechanical Engineering are defined by the SRM University, Delhi-NR, Sonepat to which this programme is affiliated. The PEOs are:

  • Graduates will have a thorough grounding in the key principles and practices of Mechanical Engineering , and will be able to apply their engineering skills and knowledge of fundamental principles to the design and implementation of practical systems consisting of engineering components to meet customer requirements.
  • Graduates will be successfully employed in the engineering profession, and will be actively engaged in learning, understanding and applying new ideas and technologies, or be actively pursuing graduate studies in mechanical engineering.
  • To impart science based engineering education to develop professional skills that will prepare the students for immediate employment in mechanical base industries.
  • To develop the design capability among students so that they can participate in creative, synthetic and integrative activities in the field of mechanical engineering.
  • To develop communication skills and overall personality of the students.
  • To create among the students the curiosity, the desire and ability to keep learning throughout life.
  • To develop among the students the ability to work with others and effectively interact with the society.

Programme Learning Outcomes (PLOs)

Graduates will:

  • Demonstrate proficiency is relevant aspects of basic sciences (Physics, Chemistry & Maths) including optimization and probability, as well as Mechanical parts and processes.
  • Demonstrate proficiency in the areas of engineering design and development, thermal sciences and production aspects of mechanical engineering systems, and components.
  • Demonstrate an ability to visualize a concept and achieve the same with his/her own hands.
  • Demonstrate skills to use modern engineering tools, software and equipment to analyse a problem.
  • Demonstrate the ability towards professional and ethical responsibilities.
  • Demonstrate good communication skills and confidence for self-education and ability for lifelong learning.
  • Be able to succeed in competitive examinations like GATE, GRE, CAT, PSUs etc.

Department Highlights

  • The well equipped laboratory facilities, placement records in core and IT companies.
  • The research activities in emerging areas indicates the strength of the department.
  • To meet the existing and recent demands of the Industry, the syllabus is continuously updated for incorporating recent advances in the chosen areas of specialization.
  • The Department imparts high quality education through highly motivated and qualified faculty graduated from leading Indian and international Universities.

Facilities

Workshops

Personality Development

Value Education

Department Happenings

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