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Mechanical Engineering

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Mechanical Engineering

The Department of Mechanical Engineering was established in 1979 with an intake of 60 students under Gulbarga University, Kalaburgi. It has a dedicated team of 11 teaching staff with master's and PhD degrees specializing in Thermal, Production, and Design streams. A team of non-teaching staff supports the department in conducting labs, which are well-equipped with licensed software as per AICTE/VTU requirements. A departmental association, guided by a faculty advisor, organizes cultural, sports, and technical events for students' overall development.

With support from the Alumni Association, the department invites alumni for seminars, internships, and industrial project guidance. Alumni also assist students in career shaping through mentorship and professional networking. The department continually strives to enhance students' technical knowledge and skills for a successful future.
The Student Faculty Ratio is Student:Faculty → 63:08

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Our Vision

To be recognized as a trend setting department of excellence by providing highly competent and quality Education to Mechanical Engineering students to meet the changing needs of mechanical industries and also contribute in research, relevant to industry and society.

Our Mission

  • To be an ideal department in imparting quality education to the students and enhancing their skills to make them to be competitive to the industry.
  • Training the students in tune with the evolving challenges and societal needs through flexible and innovative learning process.
  • To establish centers of excellence and collaborate with R and D organizations to foster research activities.
  • To collaborate with Industries to provide solutions to identified problems.
  • To promote entrepreneurship.

Programme Specific Outcomes

PSO1: Ability to apply the concept of mechanical Engineering knowledge of various subjects and apply the same to relevant field of engineering.

PSO2: Apply the mechanical engineering knowledge to design the components and equipment’s which are to be economical and efficient.

PSO3: Apply the knowledge of manufacturing the components which are to be cost competitive in the market.

Course Outcomes

Course Name Course Code CO Description
Engineering Mathematics - III 17MAT31 CO1 Know the use of periodic signals and Fourier series to analyze circuits and system communications.
CO2 Explain the general linear system theory for continuous-time signals and digital signal processing using the Fourier Transform and Z-transform.
CO3 Employ appropriate numerical methods to solve algebraic and transcendental equations.
CO4 Apply Green's Theorem, Divergence Theorem, and Stokes' theorem in various applications in the field of electromagnetic and gravitational fields and fluid flow problems.
CO5 Determine the extremals of functionals and solve the simple problems of the calculus of variations.
Materials Science 17ME32 CO1 Describe the mechanical properties of metals, their alloys, and various modes of failure.
CO2 Understand the microstructures of ferrous and non-ferrous materials to mechanical properties.
CO3 Explain the processes of heat treatment of various alloys.
CO4 Understand the properties and potentialities of various materials available and material selection procedures.
CO5 Know about composite materials and their processing as well as applications.
Basic Thermodynamics 17ME33 CO1 Explain thermodynamic systems, properties, Zeroth law of thermodynamics, temperature scales, and energy interactions.
CO2 Determine heat, work, internal energy, and enthalpy for flow and non-flow processes using the First and Second Laws of Thermodynamics.
CO3 Interpret the behavior of pure substances and their applications to practical problems.
CO4 Determine changes in internal energy, enthalpy, and entropy using thermodynamic relations for ideal gases.
CO5 Calculate the thermodynamic properties of real gases at all ranges of pressure and temperatures using modified equations of state including Vander Waals equation, Redlich-Kwong equation, and Beattie equation.


Anil M Kanta

Anil M Kanta

Anil M Kanta

Assistant Proffessor & HoD

Qualification : M.Tech

Experience : 12 years

Email : anilmkanta@smvcer.ac.in

Dr. Venugopal N

Dr. Venugopal N

Dr. Venugopal N

Associate Professor

Qualification : M.Tech, Ph.D

Experience : 13 years

Email : drvenugopaln@smvcer.ac.in

Hanumanth Rao Diwate

Hanumanth Rao Diwate

Hanumanth Rao Diwate

Assistant Professor

Qualification : M.Tech

Experience : 20 years

Email : hanumanthraodiwate@smvcer.ac.in

Sangamesh N.D

Sangamesh N.D

Sangamesh N.D

Assistant Professor

Qualification : M.Tech

Experience : 12 years

Email : sangameshnd@smvcer.ac.in

Vinayak Horapyati

Vinayak Horapyati

Vinayak Horapyati

Assistant Professor

Qualification : M.Tech

Experience : 10 years

Email : vinayakhorapyati@smvcer.ac.in

Srishaila Reddy

Srishaila Reddy

Srishaila Reddy

Assistant Professor

Qualification : M.Tech

Experience : 11 years

Email : srishailareddy@smvcer.ac.in

Dr. Viyayendra Kukanur

Dr. Viyayendra Kukanur

Dr. Viyayendra Kukanur

Assistant Professor

Qualification : M.Tech, Ph.D

Experience : 13 years

Email : drviyayendrakukanur@smvcer.ac.in

Dwaraka Prasad

Dwaraka Prasad

Dwaraka Prasad

Assistant Professor

Qualification : M.Tech

Experience : 4 years

Email : dwarakaprasad@smvcer.ac.in


The Department of Mechanical Engineering is well-equipped with 11 state-of-the-art laboratories, catering to various academic and research needs. It houses over 35 dual-core i3 and i5 computer systems, all connected through a high-speed LAN network, ensuring seamless data access and computational efficiency. Additionally, the department provides WiFi connectivity, facilitating digital learning and research activities. It has over 12 licensed application software along with numerous open-source tools, enabling students to work on diverse engineering applications. Reprographics facilities, including printing and photocopying, are available within the department for students' convenience. Moreover, each laboratory is equipped with First Aid facilities, ensuring safety in case of emergencies. Key highlights of the infrastructure include:

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Key Features

Our infrastructure includes modern resources, tools, and smart learning facilities to support students and faculty.

  • 11 fully-equipped laboratories for academic and research activities.
  • 35+ dual-core i3 and i5 computers with LAN connectivity.
  • WiFi facility for digital learning and research.
  • 12+ licensed and multiple open-source software for engineering applications.
  • Reprographics services available for students within the department.
  • First Aid facilities in all laboratories to ensure safety.

FMS Lab

Area: 108.58 Sq.m

Centrifugal Pump, Pelton Turbine,
Franscis Turbine, Kaplan Turbine, Gear
Pump, Reciprocating Pump.

CAED Lab

Area: 52.44 Sq.m

Systems-21 (HP core i3 and Dual core),
Canon LBP 2900b Laser printer,100mps
and 1gbps switch, UPS equipped with
LED projector & installed with Solid
edge software

Foundry & Forging Lab

Area: 108.58 Sq.m

Sand Testing Equipment & Core Testing,
UTM Compression Testing Machine,
Sand Ramming Tools, Mould Boxes &
Paterns, Gas furnace

MS & MT Lab

Area: 64.4 Sq.m

Metallurgical Microscope 2 Nos, Polishing Machine for Specimen

Material Science & Inst

Area: 66.62 Sq.m

Metallurgical Microscope, Polishing specimens Universal Testing Machine's Compassion Testing Machine

Heat Transfer Lab

Area: 99.68 Sq.m

Thermal Conductivity, Natural and forced convection, Emissivity, Heat exchanger, Pin-Fin apparatus, refrigeration and Air Conditioning.

CAD & CAM

Area: 52.44 Sq.m

Systems-20, M Tab Milling, Solid Edge Software 60 Licenses, Server Upgrade Dual Core, P4 2.8X2 160 4B Hard Disk, Analysis 13 SNX Can Software and UPS power backup.

Energy conversion Lab

Area: 65.41 Sq.m

Morse Test, Single cylinder Diesel Engine, Multi Cylinder diesel Engine, Air Compressor, Four Stroke Petrol engine,Redwood Viscometer, Pensky martin apparatus, Valve timing diagram.

Basic Workshop

Area: 153.64 Sq.m

Chisels-05, Hacksaw Frame-30, Electrodes, Welding Gun-2, Tongs-20, Cutters=15, Files-60, BenchWise-20, Welding Shield, Marking Gauge, tri-Square.

Design Lab

Area: 86.01 Sq.m

Governors, Balancing equipment, Gyroscope, Journal Bearing, Vibration Setup

Machine Shop

Area: 267.72 Sq.m

21 Lathe, 02 Shapers, 02 Milling, 01 Su 2101 Automatic Capstan & Turret Lathe, Are Welding Air-cooled & Hot Spot welding Testing equipment, Core Testing.


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