Department of Mechanical Engineering
Overview
The Department of Mechanical Engineering, established in 1963, offers UG and Ph.D. programs under VTU with an intake of 120 students. Accredited four times by NBA, it has highly qualified faculty, modern labs, and strong industry collaborations. Faculty have completed projects worth ₹390 lakhs and published over 390 research papers, books, and chapters. With MOUs across industries, students gain exposure through internships, industrial visits, and expert talks. The curriculum is designed with input from industry and academia, ensuring excellent placement opportunities in both core and IT sectors
Program Details
Under Graduate Programme:
- B.E., Mechanical Engineering
- Intake: 120
- Duration: 4 years
Research Programme:
- M.Sc. in Engineering by Research
- Ph.D. in Mechanical Engineering
Vision & Mission
Vision
To be one of the Premier Centre for technical education and applied Research in Mechanical Engineering and to bring out globally acclaimed competent engineers with innovative ideas and ethical values to fulfil the societal needs
Mission
M1- Develop as a Centre of Excellence in Mechanical Engineering by Facilitating the state-of-the-art infrastructure, industry relevant curriculum and effective skill oriented teaching-learning -teaching process.
M2- Contribute to the development of Nation by preparing the younger generation to pursue research and development in the thrust areas of mechanical engineering such as thermal power engineering, Manufacturing engineering, Material science engineering, Mechanical Design, Product design and Management.
M3- To Prepare mechanical engineering graduates to be professionally competent with strong entrepreneurial, ethical and spiritual values to fulfil societal requirements
Infrastructure & Facilities
The department has adequate lab facilities equipped with latest laboratory equipment which caters the needs of Mechanical Engineering students for their regular laboratory work, Mini Projects, Major Projects and also for research activities.
1. Bio Energy Research, Information and Demonstration Centre (BRIDC)
District Biofuel Research and Information Centre, Mechanical Engineering Department was inaugurated by Dr. Sri Sri Sri Shivakumara Swamiji on 10th August 2011.
District Biofuel Information and Demonstration Centre is a funded project by Karnataka State Bioenergy Development Board (KSBDB) managed by Ministry of Rural Development and Panchayat Raj.
Biofuel I & D Centre is creating awareness by conducting training programme for the development and maintenance of Non-Edible oil seed plants. KSBDB is funding to conduct 25 awareness programmes every year.
Farmers, NGOs and rural school children are educated about the importance of the Non-Edible oil seed plants. Farmers are supported to grow the non-edible seed plants on the bunds and barren land by utilising the programmes like Baradu Bangara and Suvarnabhoomi schemes.
Information and Demonstration Centre, Siddaganga Institute of Technology is producing 50 litres of Biodiesel per day. Produced biodiesel is utilised in college DC generators and vehicles and its performance is studied regularly.
This programme is supporting UG, PG and PhD scholars for doing research work. Students and research scholars have published research papers on development and characterization of biodiesel from different species.
Karnataka State Council for Science and Technology is funding biofuel projects regularly under SPP programme.
This programme is carried out in collaboration with Mechanical, Chemical, Biotechnology and Chemistry Departments.
I & D Centre is also supporting KSRTC, IIT Madras, Krishi Vignana Kendra and other Engineering colleges in Karnataka State for carrying out research projects.
Coordinator: Dr. Omkaresh B R, Assistant Professor, Mechanical Engineering Department
Contact: +91 8904202538 | omkar@sit.ac.in
Co-cordinator: Dr. Arun S B, Assistant Professor, Mechanical Engineering Department
Contact: +91 9731104711 | arunsb@sit.ac.in
2. Laboratories
Basic Workshop
- Fitting Lab: Vices, Drilling Machines, etc.
- Carpentry Vices and wood turning lathes
- Sheet metal Presses
- Welding and Soldering equipment
Computer Aided Engineering Drawing Centre
- Intel D945 3.4 GHz Dual Core CPU, Intel 946 GHz Motherboard
- 160 GB HDD, 512 MB RAM, 52X CD ROM
- 17″ TFT Samsung Monitor – 80 Nos
Machine Shop
- H.G. 41 Lathe, LTM-20 Speed Lathe
- Enterprises EP1330 & EP355 Lathe
- Vertical Milling Machine
- Hydraulic Universal Cylindrical Grinding Machine
- Horizontal Shaping Machine
- Power Hacksaw, Belt Grinder & Tool Grinder
- Vertical Drilling Machine, Planing Machine
Material Testing Laboratory
- Pin-On-Disc Wear Testing Machine
- Electronic Balance (0.01 gm. Accuracy)
- Computer Image Station
NDT Equipments: Penetrant Test, Magnetic Particle Inspection, etc. - Pipe Bending Equipment
Energy Laboratory
- Computerized Multi Cylinder Diesel Engine Test Rig
- Computerized Multi Cylinder Petrol Engine Test Rig
- Computerized Single Cylinder Petrol Engine Test Rig
- Two Stroke Petrol Engine Test Rig
- Recirculating Air Conditioning Unit
CAD/CAM and Robotics Centre
Hardware
- Intel D945 3.4 GHz Dual Core CPU Systems – 80 Nos.
- Intel 3.4 GHz Dual Core CPU Systems – 23 Nos.
- AMD Athlon Systems – 23 Nos.
- Pentium-IV Systems – 05 Nos. | Pentium-III Systems – 12 Nos.
- HP Computers for Faculty – 36 Nos. | HP Laptop – 1 No.
- Multi-media – 2 Sets | HP Scanner – 1 No.
- Laser Printers – 04 Nos. | Epson LQ-1070+ Printer – 02 Nos.
- LCD Projectors – 07 Nos. | Smart Boards – 01 No.
- CNC Lathe – 01 No.
- ROBOT 6-Axis, Articulated Arm – 01 No.
Software
- ANSYS – FEM Analysis Package
- AutoCAD 2004 & AutoCAD 2007
- Inventor Professional 11
- Unigraphics NX3, Femap with NX Nastran Ver 8.3.0.1
- Autodesk Inventor Series (ALS 7)
- CADEM | CNC Starturn
- Solid Edge V19 | MEMS Software
3. Karnataka Council for Technological Upgradation (KCTU) Sponsored R&D Lab
Axial Fatigue Testing Machine & Computerized UTM
Specification
- Capacity: 25KN, Computer integrated
Purpose
- Determine mechanical properties of materials
- Axial fatigue & fracture toughness properties
Computerized UTM with Furnace (High Temperature Testing)
Specification
- Capacity: 500KN, Computer controlled
- Temperature range: Room temperature to 900°C
Purpose
- Mechanical properties at elevated temperatures
Spark Emission Spectrometer (Model M1008i)
Specification
- Resolution: 30–60 pM | Wavelength: 160–410 nm
- Focal length: 100–235 mm | Power: 700VA
Purpose
- Composition analysis of ferrous & non-ferrous metals
- Automatic grade identification
Atomic Absorption Spectrometer
Specification
- Wavelength: 200–1100 nm
- Sample: Solid, powder and liquid
Purpose
- Composition analysis (wet analysis) by fluorescence method
X-Ray Diffraction (XRD)
Specification
- 2θ range: 2–100°
- Sample: Solid, powder, coil type metal
Purpose
- Composition analysis of materials
- Determine phases present in alloys
FTIR Spectroscopy
Specification
- Range: 400–4000 cm⁻¹
- Sample: Solid, powder and liquid
Purpose
- Identify presence of functional groups
Micro Hardness Testing Machine (Vickers, Brinell & Rockwell)
Specification
- Load: 10 to 1000 grams | Resolution: 0.0001 mm
- Computer operated, suitable for R&D
Purpose
- Micro hardness of thin films and sheets
Optical Microscope
Specification
- Trinocular upright metallurgical microscope
- Digital camera, 3.3 MP CCD | Magnification up to 1000X
Purpose
- Micro structural analysis of materials
Metallurgical Microscope with CCD Camera
Specification
- Magnification: 40 to 1000X, Computer controlled
Purpose
- Micro structural analysis & Structure-Property Correlation
Fatigue Testing Machine (Rotational) – Model FTG-8D
Specification
- Max Bending moment: 200 kg.cm | Load: 5–40 kg
- Gripping dia: 12 mm | Rotation: 4200 rpm
Purpose
- Determine LCF and HCF Strength of materials
Wear Testing Machine (DUCOM) – Model TR-20LE-PHM-400
Specification
- Pin size: 3–12 mm dia, 20 mm long
- Disc: dia 165 mm, 8 mm thick
- Disc rotation: 200–2000 rpm
Purpose
- Tribological analysis at room and elevated temperatures
Rolling Machine
Specification
- Flat Rollers, suitable for hot rolling (5 mm to 1 mm reduction)
Purpose
- Hot rolling of metals and alloys
Automatic Metallographic Sample Preparing Machine
Specification
- Disc speed: 500/1000 r/min | Sand paper dia: 230 mm
Purpose
- Polishing test samples for metallographic analysis
Metallurgical Specimen Polishing Machine
Specification
- 8 inch double disc polisher | Speed: 50–1000 rpm
- DC Motor: 0.5 HP
Purpose
- Polishing test samples for metallographic analysis
4. Automation Centre – KCTU Sponsored R&D Lab
3D Printer (Rapid Prototyping Machine)
Specification
- Build Volume: 200×200×200 mm
- Print speed: 20–50 mm/sec | Travel: up to 150 mm/sec
- Dual extruder E3D V6 Chimera | Nozzle dia: 0.4 mm
- Materials: ABS, PET | Connectivity: Micro USB, SD Card
Purpose
- Preparing prototype models and analysis
CNC Wire Electro Discharge Machine (EDM)
Specification
- Table Travel X-Y: 200×250 mm
- Max workpiece: 300 mm thick, 200 kg weight
- Max taper: ±30°/100 mm | Machine weight: 1400 kg
Purpose
- EDM parameter studies, specimen & die/tool preparation
CNC Milling Machine
Specification
- CNC XL Mill PC-based non-ATC with tooling package & work bench
Purpose
- Training on manufacturing techniques & CNC
- programming
Preparation of specimens
CNC Lathe
Specification
- CNC Lathe PC-based non-ATC with tooling package & work bench
Purpose
- Training on manufacturing techniques & CNC
- programming
Preparation of specimens
Six Axis Articulated Robot
Specification
- Six Axis Articulated Robot with Manual Part Programming provision
Purpose
- Introduction to Robotics, supplement to robotics course
- Training students on CNC programming
5. Furnaces
Induction Furnace
Specification
- VAP MK 6 – 2 Kg / 15 KW / 10 KHz Medium Frequency
- Inert atmosphere capable | Capacity: 5 Kgs
Purpose
- Melting ferrous and non-ferrous materials
- Synthesize alloys
Resistance Furnace
Specification
- Capacity: 5 Kg of Aluminum
- Operating Temperature: 1100°C | Power: 7.5 KW
- Heating element: Silicon Carbide
Purpose
- Heat Treatment and melting of metals and alloys
Muffle Furnace
Specification
- Chamber Size: 12″ × 6″ × 6″
- Maximum Temperature: 1200°C
Purpose
- Pre-heating and Heat Treatment
Electric Oven
Specification
- Heating power: ~3.5 KW | Voltage: 30V – 50 Hz
- Temperature Range: 0–300°C | Single Phase
Purpose
- Pre-heating and Heat Treatment
Central Facilities
M N Channabasappa Centre for Transformative Engineering in Circular Materials, Additive Manufacturing, Research and Education (MNC TE CARE)
The Multifunctional Polymer Research and Training Centre is dedicated to advancing polymer science with a strong focus on sustainability and innovation. The centre works towards addressing environmental challenges through sustainable materials, eco-friendly manufacturing, and cutting-edge additive manufacturing technologies.
Faculty
The department has highly qualified faculty specializing in thermal sciences, robotics, design engineering, and advanced materials, actively involved in research and industry projects.
Total Number of Faculty Members: 26
Faculty with Ph.D.: 25
PhD Qualified
M.Tech / M.E.
Academic Programs & Syllabus
Undergraduate Program:
B.E. in Mechanical Engineering – A comprehensive 4-year program that builds expertise in Mechanical Design, Automation, Fluid Dynamics, and Energy Systems.
Ph.D. Program:
Research opportunities in Robotics, Advanced Manufacturing, Energy Systems, and Computational Mechanics.
Syllabus:
Program Educational Objectives (PEOs)
- PEO-1: Graduates of mechanical engineering are working as competent technical and managerial leaders in Design, Manufacturing, Materials, Thermal, Automation and Management fields.
- PEO-2: Graduates of mechanical engineering exhibit leadership qualities with strong communication skills and able to work in team or individually with professional and ethical values which leads to improvement in the performance of the organization.
- PEO-3: Graduates of mechanical engineering program are involved in professional practices addressing societal needs, environmental issues with life-long learning.
Program Outcomes (POs)
PO1: Engineering Knowledge: Apply knowledge of mathematics, natural science, computing, engineering fundamentals and an engineering specialization as specified in WK1 to WK4 respectively to develop to the solution of complex engineering problems.
PO2: Problem Analysis: Identify, formulate, review research literature and analyse complex engineering problems reaching substantiated conclusions with consideration for sustainable development. (WK1 to WK4)
PO3: Design/Development of Solutions: Design creative solutions for complex engineering problems and design/develop systems/components/processes to meet identified needs with consideration for the public health and safety, whole-life cost, net zero carbon, culture, society and environment as required. (WK5)
PO4: Conduct Investigations of Complex Problems: Conduct investigations of complex engineering problems using research-based knowledge including design of experiments, modelling, analysis & interpretation of data to provide valid conclusions. (WK8).
PO5: Engineering Tool Usage: Create, select and apply appropriate techniques, resources and modern engineering & IT tools, including prediction and modelling recognizing their limitations to solve complex engineering problems. (WK2 and WK6)
PO6: The Engineer and The World: Analyze and evaluate societal and environmental aspects while solving complex engineering problems for its impact on sustainability with reference to economy, health, safety, legal framework, culture and environment. (WK1, WK5, and WK7).
PO7: Ethics: Apply ethical principles and commit to professional ethics, human values, diversity and inclusion; adhere to national & international laws. (WK9)
PO8: Individual and Collaborative Team work: Function effectively as an individual, and as a member or leader in diverse/multi-disciplinary teams.
PO9: Communication: Communicate effectively and inclusively within the engineering community and society at large, such as being able to comprehend and write effective reports and design documentation, make effective presentations considering cultural, language, and learning differences.
PO10: Project Management and Finance: Apply knowledge and understanding of engineering management principles and economic decision-making and apply these to one’s own work, as a member and leader in a team, and to manage projects and in multidisciplinary environments.
PO11: Life-Long Learning: Recognize the need for, and have the preparation and ability for i) independent and life-long learning ii) adaptability to new and emerging technologies and iii) critical thinking in the broadest context of technological change. (WK8)
Program Specific Objectives (PSOs)
Boards
Chairman
Dr. U S Mallikarjun
- SIT
- Tumakuru - 572103
Academician
Dr. P. Chakravarthy
- IIST
- Thiruvananthapuram Kerala
Academician
Dr. J. M. Mallikarjuna
- IIT Madras
- Chennai
Industry Expert
Mr. Prashanth Doreswamy
- Continental India
- Bengaluru Karnataka
Industry Expert
Dr. Nagahanumaiah
- CMTI
- Bengaluru Karnataka
Industry Expert
Mr. Nagakumar
- Fitwel Tools & Forgings Pvt Ltd
- Antharasanahalli Industrial Area Tumkur
Industry Expert
Mr. B V A Patnaik
- GTRE
- Bengaluru
Industry Expert
Dr. Satish Kumar
- Sansera Aerospace
- Pune Maharashtra
Industry Expert
Mr. G. B. Ravi
- Sandvik Coromant India Pvt Ltd
- Pune Maharashtra
Chairman
Dr. U S Mallik
- SIT
- Tumakuru - 572103
Subject Expert
Dr. M R Ramesh
- NITK Suratkal
- Suratkal
Subject Expert
Dr. R Suresh
- M S Ramaiah University of Applied Sciences
- Bengaluru
VTU Nominee
Dr. Shanmuga Nagaraj
- R V C E
- Bengaluru
Industry Representative
Mr. Satishkumar
- SANSERA Aerospace
- Pune Maharashtra
Faculty Member
Dr. B Vasudeva
- SIT
- Tumakuru
Faculty Member
Dr. C Shashishekar
- SIT
- Tumakuru
Faculty Member
Dr. H S Shivashankar
- SIT
- Tumakuru
Faculty Member
Dr. Virupaxi Auradi
- SIT
- Tumakuru
Faculty Member
Dr. Shanmuga Priya N
- SIT
- Tumakuru
Faculty Member
Dr. A G Shivasiddaramaiah
- SIT
- Tumakuru
Meritorious Alumnus
Dr. Vivek
- IIT Delhi
- Delhi
Student Representative
Ayush Naman
- SIT Tumkur
- Tumkur
Student Representative
Tejas N
- SIT Tumkur
- Tumkur
Industry Collaboration
The department has MOUs with nine reputed industries/ labs which offers projects, internships and placements to our students. Our students are exposed to industries regularly with various industry-institution activities like Industrial Visits, Technical talk on latest developments in the Mechanical Engineering Field by Industry Experts and Training Programs are being organized whenever required
List of MOUs with Industries:
- Additive Minds Academy – a Brand of EOS, Germany A3D and Neumesh Labs
- TMEIC, Tumakuru
- Continental Automotive Components (India) Private Limited
- Central Manufacturing Technology Institute (CMTI), Ministry of Heavy Industries (MHI), Govt. of India
- PrintOrgn Technologies India Pvt Ltd.
- Autoliv India Pvt. Ltd., Bangalore
- Aspire Busineess Solutions, Tumkur
- TATA Technologies Limited, Pune, Maharashtra
- Fitwell Tools & Forging Pvt. Ltd, Tumkur
Industry research work
M N Channabasappa Centre for Transformative Engineering in Circular Materials, Additive Manufacturing, Research and Education
Industry Project
Product Development work on use of 6061Al-Nano B4Cp composite as Chassis Material” in association with Intel India Pvt. Ltd
Achievements & Recognition
Our faculty have made significant contributions to research and innovation with 239 journal articles, 151 conference papers, 4 books, and 18 book chapters. The department also holds 17 granted patents and has 1 patent filed, reflecting our strong focus on impactful research and knowledge creation
Research
Awaiting information from the department.
Internship & Placements
Student Activities
Team Auto Architects, founded in 2010 at Siddaganga Institute of Technology, designs and builds all-terrain vehicles (ATVs) for national competitions like SAE BAJA. With six ATVs built so far, the team has earned accolades across India. In 2025, they showcased a four-wheel-drive ATV at the M-BAJA competition at NATRAX, Madhya Pradesh, marking another milestone in their journey of innovation and engineering excellence
Team Adrenaline Racing (TAR), founded in 2011 at Siddaganga Institute of Technology, designs and builds formula-style race cars for national-level student competitions. With 7 cars built so far, the team competes in prestigious events like SUPRA (SAEINDIA) and Formula Imperial (ISIE India) at the Buddh International Circuit, India’s only Formula racing track. Through this journey, TAR provides students with hands-on learning, innovation, and a strong presence in the world of student motorsports
Team Soaring Eagles – Key Achievements
- Winner – Technical Presentation, MANOVEGAM-2017 (SAE India, Bangalore Section)
- Represented India at SAE Aero Design (West), 2016 – Van Nuys, California, USA
- 3rd Place – Hovercraft Contest, TECHKRITI-2015, IIT Kanpur
- 8th Place – SAE Aero Design (East), 2014 – Georgia, USA
- 18th Place – SAE Aero Design (East), 2013 – Texas, USA
- 2nd Runner-up – Quest Ingenium-2012, Quest Global, Bangalore
- Winners in multiple ISTE, IEEE platforms & National Symposiums across India
Events Organised
Alumni Success
Our alumni work in leading industries, research labs, and government organizations, contributing to technological advancements in mechanical engineering worldwide.
Admissions
Admissions for B.E. in Mechanical Engineering are through CET, COMED-K, and JEE Mains. Postgraduate admissions are based on academic performance and research interests. For more details, visit the Admissions Page.