Department of Mechanical Engineeringmech.iitd.ac.in/sites/default/files/brochures/MechBrochure18.pdf · electric field. In this project, EHD instabilities will be analyzed computationally

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INDIAN INSTITUTE OF TECHNOLOGY DELHI

Department of Mechanical Engineering

Hauz Khas, New Delhi - 110016

Design | Thermal | Production | Industrial

“Since five decades a team of thoroughly knowledgeable faculty members

are committed to nurture young innovative engineers into professionals

who provide optimal solution to industrial challenges. Students are

exposed to academic excellence along with extracurricular activities to

inculcate competence in impactful R&D/technical activities and to work

as a leader in highly esteemed companies worldwide.” Dr. S.K SAHA

Head

Dept. of Mechanical Engineering

We are a group of young, enthusiastic innovators, pursuing our masters in

Mechanical Engineering .Mechanical Engineering Department is one of the oldest

and biggest departments of the institute.The objective of the master’s program is to

transform bright students into technically skilled and industry oriented engineers

who are globally the best. Most of our students who graduate from the department

end up taking leading positions in industry, academia and government in both India

and Abroad. It provides an environment in which new ideas flourish for the welfare

and the development of the society. Various national and international collaboration

projects are being undertaken by the faculty of the department. Our department has

23 different laboratories that are well equipped with cutting-edge technology,

catering to various field of mechanical engineering.

“The post graduates from our department are ambitious and youthful group of innovative

technologists who will carve a niche for themselves in the world of technology by the virtue of

their zeal for excellence and hard work. It is an honour for us to invite the recruiting corporates

for the campus placement and we are confident that you will leave the campus equally

privileged.”

- Dr. S. Aravindan & Dr. Amit Gupta T&P Faculty Coordinators

CAD and FEA

Design and Optimization

Designing with advanced materials

Plant Equipment Design

Automotive Design

Design of Precision Machines

Robotics

Advanced Mechanism

Tribological Systems design

Analytical Dynamics

Dynamics of Multibody Systems

Rotor Dynamics

Vibration and Noise Engineering

Experimental Modal Analysis

Control Engineering

Continuum Mechanics

Nanomechanics

Design for Manufacturing and Assembly

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And many more…

CAD and Graphics Lab

Design Research Lab

Dynamic Impact Lab

Mechanism Lab

Mechatronics Lab

Impact simulation Lab

Vibration Research Lab

Programming in

Autonomous Robotics

Lab

Vibration &

Instrumentation Lab

IDM Lab

Mechanics and Materials

Characterization Lab

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Developing Composites for Hip-joint implant

This project involves developing a suitable composite for Hip-joint implant

material. Mechanical and Tribological properties are estimated by simulation and

experiments. A series of biological tests are conducted to check biocompatibility of

the composite.

Precision Hot Embossing Machine The project involves designing and development of flexure based precision hot

embossing machine to mass produce microfluidic chips using the concepts of

design of precision machines

Structural health monitoring of CFRP structures In this project, we try to analyze the non linear vibration response of

single/double curved CFRP plates for Structural Health Monitoring

Simulation of blasts on Human body model in different

postures The project mainly deals with modelling of blasts and to find out what are the

injuries that can occur in different postures

Biomechanics of soft tissues under blast load

This project involves modelling of blasts and their effect on

biological soft tissues

Exoskeleton as Master Manipulator

Project deals with design of a soft wearable master robot for elbow

motion in order to replace the existing bulky encoder based master

robot.

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Identification of Acoustic Absorption Characteristics of

different materials This project involves development of a new method to identify the acoustic

absorption characteristics of different materials using finite element model

updating of vibro-acoustic FE model of cavity

Understanding Nano scale friction This project involves deducing the value of friction and understanding the surface

profile at nanoscale by modeling the surface and doing molecular dynamic

simulation.

And many more…

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Control Vehicles Laser Science & Technology Centre, (LASTEC, DRDO

Lab)

Resonance Control during Rotor Coast Up/Shut Down using Shape Memory

Alloys (SMA) in Rotor Supports -BHEL, Hyderabad

Development of methodology for modelling of air bags for OOP study - Japan

Automobile Research Institute

Exoskeleton as master manipulator -BARC PROJECT

Development of computer simulation to provide an e-client and analytical

approach to the research of rider protection -Japan Automobile Research

Institute

Adaptive Force Control of an Industrial Robot (KUKA KR-6) Equipped with

Force/Torque Sensor - Department of Atomic Energy (DAE)

Design and Development of Hybrid Bearing for Flywheel Wind Energy

System - CSIR

And many more…

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Advanced Thermodynamics

Advanced Heat and Mass

Transfer

Advanced Fluid Mechanics

Convective Heat Transfer

Introduction to Microfluidics

Design of Wind Power Farms

Radiation Heat Transfer

Computational Heat Transfer

Combustion

Gas Dynamics

Lattice Boltzmann Method

Thermal Design

Experimental Methods

Combustion Research Lab

Heat Transfer Research

Lab

I.C. Engines Lab

Micro and Nano Fluidics

Lab

Thermo-fluids and Energy

Systems Lab

CAD and Graphics Lab

Refrigeration and Air

Conditioning Lab

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Analysis of transport phenomena in on-chip micro heat pipe The primary objective is to analyze the transport phenomena in on-chip micro heat pipe

aiming toward optimizing its performance.

Lattice Boltzmann Modeling of Bioflux system for Pulsatile

inlet flow profile. The study is expected to pave the way for development of implantable devices that

work on the basic principle of fluctuating blood flow.

Finite volume based simulations of flow around a heaving

plate Development of finite volume based solver for modeling fluid mechanics around a

heaving plate free to propel in the lateral direction.

Development of RCCI engine using pilot gaseous fuel Checking feasibility for various double fuels combinations to be used in RCCI engine

Numerical Simulation of constant volume combustion of

gases in a closed vessel Exact estimation of laminar burning velocity is limited due to flame stretch so

numerical simulation by Cosilab software can alleviate this problem

To Study effect of wettability pattern and surface charge

pattern on the electro osmotic flow. To explore if voltage requirement can be reduced by using special surfaces for

voltage driven microfluidic pump

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Large Eddy Simulation of Deflagration to Detonation

Transition. In gas explosions of a premixed gas mixture, the pressure increase is governed by a

complex unsteady interaction between flame propagation, turbulence and geometry.

So the transition from deflagration to detonation and flame acceleration is studied

using Large Eddy Simulation in a partially closed duct with obstacles (with different

blockage ratio and spacing).

Dust entrainment by vehicle motion Pollution due to road dust entrainment when vehicle moves is considered to be a

major part of the pollution of air in Delhi. An analysis of dust motion and it's

interaction with automobiles will be done

CFD modeling and simulation of a typical Data Centre -

Air flow management and developing strategies for

energy efficient operation The primary objective is to carry out detailed 3D thermal mapping of the

institute data centre and analyzing the airflow patterns, temperature and pressure

distributions etc. with the help of relevant data collected from the data center in

order to predict the effectiveness of thermal cooling strategies employed in the

data center and in the process devise an optimum solution for its most energy-

efficient operation

Simulation of electro hydrodynamic instability in micro

channel flows Electrohydrodynamic (EHD) instabilities result due to coupling of fluid flow and

electric field. In this project, EHD instabilities will be analyzed computationally

Investigation of nucleate boiling over a cylinder placed in

a cross flow The main objectives of this project is to study the flow boiling over a cylinder.

How bubble is departing and effecting the heat transfer so that we can use our

study for cooling devices to perform at their best

And Many more…

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• Welding science and technology

• Metal forming Analysis

• Machining Processes and Analysis

• Computer aided manufacturing

• Metrology

• Experimental methods

• Computational Methods

• Processing and Mechanics of

Composite Materials

• Additive Manufacturing

• Industrial Engineering Systems

• Finite Element Methods

• Nanomechanics

• Mechatronics Product Design

• Product Design and Manufacturing

• Manufacturing Informatics

• Operations Planning and Control

• Quality Systems

• Machine Tool Design

• Casting Technology

• Automation in Manufacturing

• Surface Engineering

• Process Engineering

Welding Lab

Metal Forming Lab

Composite Materials

Lab

Automation Lab

Rapid Prototyping Lab

CNC Lab

Metrology Lab

Machining Lab

Experimental Lab

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GMAW for welding of LPG gas cylinders This project centres on the need to shift the ongoing mass scale production of LPG

cylinders from SAW to SMAW. Along with this how variation in the shielding gases

can affect the strength of LPG cylinders.

Forces in Electric Discharge Machining This project gives insight into how various parameters like current, electrolyte affect

the cutting forces in EDG operation which directly have consequences on tool life.

Deep analysis also has to performed on how sensor perceives the cutting forces and

how to interpret them

Functional surface development This project involves development of the texture on a surface using nanotechnology and

how different parameters affect the surface functionality.

Fabrication of metal foam Fabrication of metal foam by powder metallurgy and utilise them in structural

application for better performance

Cyber Physical Systems for Advanced Micromachining

Systems This project is related to supporting in developing stations which will demonstrate the

new concept of industry 4.0 which includes implementation of concepts like cyber

physical systems, Augmented reality, Data mining, etc.

Few Consultancy projects,

Determination of forming limit diagram of a steel sheet – Tube investments of

India Ltd, chennai India

Medical implants design and manufacturing for affordable healthcare- CSIR

Mold design analysis for storage tanks- Crestia poltech pvt. Ltd. Patna

Fiber reinforced ballistic composites for personal protection- DRDO

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Operations Planning and

Control

Probability and Statistics

Operations Research

Advanced Operations Research

Supply Chain Management

Reliability Engineering

Quality Systems

Brownian Motion

Stochastic Modelling and Simulation

Industrial Engineering Systems

Manufacturing Strategy

Entrepreneurship

Maintenance management

Value Engineering and Life Cycle

Costing

Dr KIRAN SETH has been honoured with Padma Shri award. Apart from

teaching Operations Research and other Industrial Engineering subjects at IIT,

he has been synonymous with the SPIC MACAY movement which he founded

more than 30 years back. The award is a recognition of his efforts to spread

Indian music, heritage and culture to youth across the country. This year he has

also been voted as NDTV Indian of the Year under Arts and Culture category.

Dr P V M Rao has been awarded 2005 Vasvik Award along with Prof M

Balakrishnan & Dr Kolin Paul of Computer Science & Engineering Department

and Mr Dinesh Manocha of NAB.

Paper titled "Experimental Investigations into the Effect of Delay Time on Part

Strength in Selective Laser Sintering" authored by Prashant Kumar Jain, Pulak

Mohan Pandey and P.V.M. Rao has been adjudged as Highly Commended

Paper at International Conference on Manufacturing Automation ICMA07, held

at National University of Singapore, Singapore

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Indo-US Fellowship to Dr. Nomesh B. Bolia in the area of Public Health on To

develop scheduling methods for diagnostics equipment taking relevant

constraints in consideration - INDO-US Science & Technology Forum

Urban City Analysis to Measure its Resiliency and Strategically Improve

Emergency Response-Human settlement Management Institute, HUDCO

House.

Incentivizing the Use of Public Transport in India - Department of Science &

Technology (DST)

Development of an Integrated Methodology for Reliability Based Optimal

System Design for Minimizing Life cycle cost with Special Focus on Indian

Machine Tool Industry - Council of Scientific & Industrial Research

Select Study of Fright Movement in Delhi - The Volvo Research Foundations

Public Policy in Education

Government Performance Management

Public Policy for Local Self Governance

Applications of the Multi- Armed Bandit problem

The Cafeteria Queueing poblem

DTC preventive maintenance problem.

Studies in improving process capability in a manufacturing industry

Matlab

Python

Arena

Simulation

Netica

MSBNX

Tree Plan

Anylogic

Laboratories

Industrial Engineering Lab

Computer Integrated

Manufacturing Lab

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Interested companies contact professor-in-charge or placement officer, Training and

Placement Cell for a Job Notification Form (JNF) at [email protected].

• JNF requires the companies to fill in mandatory details of the job profile – role

offered, pay package, place of posting, eligible departments.

• Once the filled-in-JNF with all the required details is received, companies are

assigned username/password to access their online account on T&P website.

• Companies are also assigned space on the server on which they may upload any

presentation, videos, data or other information they want the students to see.

• The JNF has to be frozen on the T&P website by the company till a deadline, after

which the students shall be able to view all the details, and the eligible students may

apply.

• After the application deadline for the students, the resumes are visible to the

company. The company submits shortlist on its online account before a deadline.

• Shortlisted students get notified. The placement office allots the dates for the

campus interviews.

• After the completion of the selection procedure on campus, company is required to

announce the final list of the students on the same day itself.

• If a student is selected, the job is registered against him/her and he/she would not

be allowed to appear for more interviews as per placement policy.

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Head of the Department

Prof. S.K. Saha

Dept. of Mechanical Engineering, IIT Delhi,

Phone: +91-11-26591135/6139

Email: [email protected]

Faculty Coordinators

Dr. S. Aravindan

Dept. of Mechanical Engineering,

IIT Delhi

Phone: +91-11-2659 6350

Email: [email protected]

Dr. Amit Gupta

Dept. of Mechanical Engineering,

IIT Delhi

Phone: +91-11-2659 1270

Email: [email protected]

Training and Placement Office

3rd

Floor, Synergy Building, IIT Delhi

Phone : +91-11-2659 1731/32

Email: [email protected]

Student Coordinators

Sridhar Palani

PG Coordinator (Mechanical),

Training and Placement Cell – IIT Delhi

Phone: +91-7708703322

Email: [email protected]

Harshish Gupta

Nucleus Coordinator

Dept of Mechanical Engineering

Phone: +91-9891426334

Email: [email protected]

Indian Institute of Technology Delhi,

Hauz Khas, New Delhi—110016,

Website: http://mech.iitd.ac.in