Dr P V Rao

“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.”

“The post graduates from our department are an 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.”

Head of the Department

Indian Institute

Of Technology

Delhi

Hauz Khas,

New Delhi

110016

Department of

Mechanical Engineering

Thermal

Design

| Production

| Industrial

PG Placement

Brochure

2019-2020

Dr B Premachandran Faculty Coordinator

About Us Mechanical Engineering Department is one of the oldest and biggest departments of the institute. Being an exemplary environment where new ideas flourish, the masters program transforms bright students into technically skilled and industry oriented engineers who are globally the best. Having 29 different laboratories that are well equipped with cutting-edge technology catering to various fields of mechanical engineering, the students are well exposed to industry trends and the latest technological practices. Only those students who have cleared the highly competitive GATE (Graduate Aptitude Test in Engineering) with a minimum of 99 percentile and a written test organized by the institute are admitted into the program. This two-stage rigorous selection process ensures that only the very best and the brightest make it to the department. The masters or PG program includes both Master of Technology (M.Tech.) and Master of Science(Research) (MS(R)) programs and are offered under 4 subject disciplines, namely :

4 Disciplines : Thermal Engineering Production Engineering Mechanical Design Industrial Engineering

2 Programs: Master of Technology Master of Science (Research)

Highlights: Industry Relevant Courses Comprehensive Curriculum Cutting Edge Technology Rigorous Technical Training

Previous Recruiters

Thermal Engineering | Production Engineering | Mechanical Design | Industrial Engineering

Thermal Engineering

In Thermal Engineering, we analyze and design fluid flow applications and energy conversion processes on all scales, to obtain high performance with minimal use of resources. Hands-on learning in research labs makes us handy with computational software and programming languages. Whether automobiles or aeroplanes, smartphones or satellites, power generation or utilization, oil pipelines or turbines, air conditioning or combustion there are endless applications we are equipped to deal with.

Strengths : Fluid Flow Analysis Thermal Design Power Generation Combustion Analysis Propulsive Technology CFD Simulations

Production Engineering The Production Engineering (PE) course curriculum and academic research projects are not only industrial driven, but also covers aspects such as analysis, design, simulation and automation in addition to conventional manufacturing technologies. The program is committed to nurture able professionals in the fields of optimization of manufacturing processes, process and product planning, supply chain optimization, mathematical and physical modelling of manufacturing processes, additive manufacturing and the like.

Industrial Engineering

Strengths : Data Analytics Life cycle costing Simulations Inventory planning Layout planning Scheduling Line Balancing

Industrial Engineering (IE) is a highly specialized techno-managerial area which integrates the entire organization as a single entity. Industrial engineers are system integrators who focus on end to end solutions and use specialized knowledge and skills in the mathematical, physical, and social sciences, together with the principles of engineering analysis, to predict and evaluate the results obtained from systems and processes. Broad areas of application are in manufacturing systems, supply chains, logistics, transport, e-commerce, finance, services, health care and other industrial operations.

Mechanical Design Mechanical Design focuses on the mechanical aspects and modern practices of design. This PG program comprises of highly demanding coursework followed by a rigorous research project. It mainly deals with the analysis, design, simulation and control of mechanical equipment/process emphasizing on application based course projects and practical sessions including both experiments and simulations.

Strengths : Computer Aided Design Finite Element Analysis Vibration Engineering Machine & Mechanisms Robotics and control

Strengths : Product ion Planning and Scheduling Automation Simulation Additive Manufacturing Finite Element Analysis Composites

Thermal Engineering

Major Courses:

Ongoing PG Projects

Advanced Fluid Mechanics Computational Heat Transfer Thermal Design Design of Wind Power Farms Gas Dynamics Combustion Advanced Power Generation systems Heating, Ventilation and Air-Conditioning Applied Mathematics for Thermofluids Introduction to Microfluidics Advanced Heat Transfer Advanced Thermodynamics

Software & Tools:

• COMSOL • OpenFOAM • MATLAB • Fluent • Mathematica • Solidworks • PTC Creo • GAMBIT • ICEM CFD • Basilisk

Design and development of microchannel heat exchanger to increase cooling capacity for microprocessor. Development of domestic Downdraft gasifier. Design optimization of a community cookstove.

Thermal Design | Optimization

Pressurized Drop Tube Furnace (PDTF) experiments and simulations to study combustion of Indian coal and coal blends. Study on Stability of laminar premixed flames in combustion. Fuel air mixing enhancement devices in combustion devices

CFD | Experimental | Combustion

Development of 2D numerical model of molten metal within a Billet Continuous Caster (turbulent flow solidification and thermal shrinkage). Determination of thermal properties of food product during convection drying operation. Innovative techniques to capture PM2.5. Nucleate boiling over cylindrical heated surface

Applied Fluid Dynamics| Heat Transfer

Modelling self-propulsion of a plunging plate using FVM. Modelling of Electrospray Thrusters.

CFD (Coding) | Aerospace

Solar Hybid air conditioning. Thermal Analysis of Solar photovoltaic panels. Computational Analysis of Biomass Gasifier.

Renewable Energy | Fluids | Heat Transfer

Production Engineering

Major Courses:

Ongoing PG Projects

Simulation of bullet resistant material. Fabrication and testing of cardiac stents. Laser machining of polymers and metals. Finite element analysis of forming behavior of laser welded steel sheets of dissimilar grades.

Mechanics of Composite materials Additive Manufacturing. Finite Element Method. Computer Aided Manufacturing. Computational methods. Automation in Manufacturing Welding Science and technology Metal Forming Analysis. Machining Process and Analysis Metrology Industrial Engineering Systems Operational Planning and Control

Software & Tools:

• ANSYS • PTC Creo • MATLAB • CATIA • AutoCAD • Dynaform

DFM • SolidWorks • Abaqus • Siemens NX • Moldflow

Development of orthopedic plate bending machine. Automating manual thermoforming process. Development of smart machine through IIOT, CPS and machine learning. Automated CNC wire Electric Discharge Machining system.

Automation | Fabrication

Composites | Simulation | Fabrication | FEA

Multifunctional Nano coatings. Textured surfaces for cutting tools

Nano Mechanics | Surface Engineering

Design and Fabrication of functionally graded material. Vibration and powder mix electro discharge machining

Additive Manufacturing

Mechanical Design

Major Courses:

Ongoing PG Projects

Multibody dynamics approach to Rotor dynamics. Dynamic modelling of unmanned aerial vehicle (UAV) with integrated manipulator. [Indo-Korea Project] Microvibration isolation platform for satellite camera Health Monitoring of a Railway bogie. [Funded by RDSO] Design and development of autonomous mobile robot. Remote Centre of Motion robot(RCM) based manipulator design for minimally invasive surgery(MIS).

Design & Optimization Vibration & Noise Engineering Design of Precision machines CAD & FEA Designing with advanced materials Experimental Modal Analysis Robotics & Multibody Dynamics Advanced mechanisms Analytical Dynamics Automotive design Control Engineering Rotor Dynamics

Software & Tools:

• Hyperworks • MATLAB • Autodesk Inventor • Abaqus • Solidworks • PTC Creo • LS-DYNA • RecurDyn • Madymo • Adams

Study of blast loading on lower extremities. Kinematic studies on a novel Thrust Vectoring Nozzle (TVN). Design of Blast resistant hatches Projectile penetration effects on human tissues. Failure analysis of photovoltaic modules.

CAD| Finite Element Analysis | Simulation

Vibration & Noise | Robotics and Control Analytical Study | Computational Code

Study of active control of noise in acoustic cavity Development of epoxy composites for bio-tribological application Analysis of flexible wire under looping

Experimental | Design and Optimization

Industrial Engineering

Major Courses:

Ongoing PG Projects

Stochastic Modelling & Simulation Advanced Operations Research Value Engineering & Life Cycle Costing Industrial Engineering Systems Operations Planning & Control Probability & Statistics Maintenance Planning & Control Reliability, Availability & Maintainability Supply Chain Management Entrepreneurship Project Management Logistics

Software & Tools: •Anylogic •MATLAB • IBM CPLEX •R •Python • Java •Microsoft Excel

Automated Solutions for the Metal Scrap Handling.

Sponsored : Madhuban Trade Steel

Mitigation of Overcrowding in Buses through Bus Planning incorporating operators cost and emission factors. Improvement in Direct Bus Services through Route Planning. .

Transportation and Emission control

Operating strategies of buses for mass evacuation considering demand and travel time uncertainties. Efficient movement of a flying squadron during detachment

Emergency Planning

To design a discrete event simulation model of kidney allocation across different states of India using MATLAB and Python. Augmenting Transport and Increasing Cold Storage to Improve Vaccine Supply Chains.

Health Care

Research Facilities

Thermal Engineering :

Mechanical Design

Combustion Research Lab Heat Transfer Research Lab I.C. Engines Lab Micro and Nano Fluidics Lab Thermo-fluids and Energy Systems Lab Refrigeration and Air Conditioning Lab Cool -Tech (Cooling Technologies) Lab Fire Project Lab Mechanical Core Lab

Vibration & Instrumentation Lab Design Research Lab Dynamic Impact Lab Mechanism Lab Mechatronics Lab Impact simulation Lab Vibration Research Lab CAD and Graphics Lab Mechanics and Materials Characterization Lab Programming in Autonomous Robotics Lab

Industrial Engineering :

Industrial Engineering Lab Simulation lab Operational research lab

Production Engineering :

Production Engineering Lab Automation Lab Flexible Smart Manufacturing Lab (Industry4.0) Rapid prototyping Lab Computer Aided Graphics Interface Lab CNC Lab Design Manufacturing Lab Machine Tool Lab Welding Lab

The department houses over 25 different lab facilities that are equipped with the latest cutting edge technology and encompasses all aspects of mechanical engineering

Placement Procedure

Interested companies contact professor-in-charge or placement officer, Training and Placement Cell for a Job Notification Form (JNF) at placement@admin.iitd.ac.in.

1 JNF requires the companies to fill in mandatory details of the job profile – role offered, pay package, place of posting, eligible departments.

2 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.

3 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.

4 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.

5

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.

6 Shortlisted students get notified. The placement office allots the dates for the campus interviews. 7 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.

8 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.

9

Contact Us

Faculty Coordinators Student Coordinators

Mayank Gupta Nucleus Coordinator Dept. of Mechanical Engineering Phone: 8791194061 E-mail: mayankgupta46490@gmail.com

Training and Placement Cell, 3rd Floor, Synergy Building, IIT

Delhi Phone : +91-11-2659 1731/32

Email: placement@admin.iitd.ac.in:

Prof Dharmaraja Professor-in-charge Training and Placement Cell E-mail:hodtnp@admin.iitd.ernet.in

Vivek M Mohan PG Coordinator (Mechanical) Training and Placement Cell Phone: 7012552434 E-mail: vivekmanomohan@gmail.com

Department Website : mech.iitd.ac.in

Ms. Anishya Madan Industrial Liaison Officer Training and Placement Cell E-mail: placement@admin.iitd.ac.in

Prof B Premachandran Department Coordinator Dept. of Mechanical Engineering E-mail: prem@mech.iitd.ac.in

Address