Placement Brochure

2009-11

BIG SPRINGPOISED FOR THE

VisionIIT Hyderabad will be the cradle for inventions and innovations. It will advance knowledge and scholarship to students in science, technology and liberal arts, and equip them to handle the challenges of the nation and the world in 21st century.

Contact Information

B UmashankarFaculty In-ChargeTraining & Placement Cell

Email: buma@iith.ac.in

MissionIIT Hyderabad aims to be recognized as ideators and leaders in higher education, research and industry, and to develop human power with creativity, technology and passion for the betterment of India and humankind.

A PranithaPlacement Coordinator Training & Placement Cell

Email: pranitha@iith.ac.inPhone: +91-40-23016098

Indian Institute of Technology, HyderabadOrdnance Factory Estate, Yeddumailaram – 502205, Andhra Pradesh.Email: careers@iith.ac.in

http://placements.iith.ac.inwww.iith.ac.in

ContentsFrom the Director . . . . . . . . . . . . . . . . . . . . . . . . . . .4

From the Deans . . . . . . . . . . . . . . . . . . . . . . . . . . . . .5

Our Faculty . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .6

Our Students . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .7

Department of Chemical Engineering . . . . . . . . . . . . . .8

Department of Computer Science & Engineering . . . . . .9

Department of Electrical Engineering . . . . . . . . . . . . . 10

Department of Mechanical Engineering . . . . . . . . . . . 11

About Us . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 12

Our Collaborations . . . . . . . . . . . . . . . . . . . . . . . . . . 12

Computing Facility . . . . . . . . . . . . . . . . . . . . . . . . . 13

Research Laboratories . . . . . . . . . . . . . . . . . . . . . . . 13

Workshops / Seminars . . . . . . . . . . . . . . . . . . . . . . . 14

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Though a little over two years old, IITH faculty have several sponsored projects from DST, DIT and other governmental agencies. The total outlay of these projects is nearly 50 million. In addition, there is a major research project on Information Network for Natural Disaster Mitigation and Recovery – a joint IITH-Japan collaborative project – with an outlay of 200 million. Our M.Tech. and PhD students are actively involved in these projects.

IIT Hyderabad is the first among the new IITs to start the M.Tech. program. In fact, we already have two batches of M.Tech. students. IIT Hyderabad will have the unique distinction of having its first convocation in Aug 2011, wherein only the first batch of M.Tech. students will be graduating. Our M.Tech. students are admitted with the same rigor as those admitted to any of the older IITs, and therefore the highest quality, expected of IITs, is maintained.

We look forward to companies coming and interviewing our graduates. We can assure that our graduates will be among the best they are interviewing. We are ready to accommodate different venues for interviewing our graduates. IIT Hyderabad will extend all possible assistance to companies for interviewing them.

Prof UB Desai

Placement of M.Techs. from IITHInventions and innovations are key words on which the foundation of IIT Hyderabad is based. These are also key drivers for the vision of IIT Hyderabad. Our endeavor is to create an institute that will provide a space for free and uninhibited thinking, a space where faculty and students can experiment with novel ideas without the fear of failure.

IIT Hyderabad started functioning from August 2008 from its temporary campus located in Ordnance Factory, Medak District (Andhra Pradesh). On 27 February 2009, on its main campus in Kandi, the foundation stone of IIT Hyderabad was laid by Smt Sonia Gandhi, Hon’ble Chairperson of UPA. In its first year IITH had B.Tech. programs in Computer Science and Engineering, Electrical Engineering and Mechanical Engineering; with a total student strength of 111.

Keeping its thrust on research, the PhD program was started in January 2009 and the M.Tech. program in August 2009. In 2010, IIT Hyderabad has a total student strength of 510 (351 B.Techs., 83 M.Techs., 69 PhD and 7 M.Sc.). In fact, the UG:PG ratio for the students admitted for the 2010-11 academic year is 118:99.

Soon IITH will have a 1:1 UG:PG ratio, in tune with its thrust on research and development.

From theDirector...

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A Master’s program marks a notable shift in the teaching-learning process. There is now more emphasis on enabling a student to learn and less on instruction and lecturing. There is also more emphasis on the acquisition of professional skills and less on rote learning. Our M.Tech program is designed with the twin objectives of professional development and learning by practice. Accordingly, the course work accounts for only about 1/3rd of the total credits required for an M.Tech degree. After a revisiting and further strengthening of the fundamentals of the discipline through a set of core courses, a student is given the freedom to explore further areas through specialized electives. Development of professional skills is enabled through laboratory practice, simulation labs and seminar. The bulk of the credit for the M.Tech program goes for a thesis work which is carried out over three semesters with the help and guidance of a faculty on a one-on-one basis. We believe that this combination – of focus on core fundamentals, skills development and student-specific mentoring through the thesis work – helps develop our students into well-rounded professionals in their chosen disciplines.

Prof Sreenivas Jayanti Dean - Academics

IIT Hyderabad has a strong focus on diverse application oriented areas of research. Within a short span of time since its inception, the Institute has taken great strides in advancing research in almost all branches of science and technology by creation of state of the art research facilities such as X-Materials Innovation Hub, Nano-X Innovation Hub, High Performance Computing Facility. A plethora of sophisticated instrumentation facilities are established and some more are on the anvil. Our thrust is on bringing people in different fields of expertise together to work for a common scientific goal. To this end, Special Interest Groups have been formulated. Electronic access to library resources, post-doctoral fellowships, summer undergraduate research fellowships (SURF), student research forum are some of the other initiatives taken up for encouraging youngsters to pursue research. Many seed funded and sponsored research projects are already underway at IITH. We endeavor to make significant contributions to science and technology through relentless pursuit of high-quality research.

Prof UV Vardaraju Dean - Research & Development

...and the Deans

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Our Faculty • IITHhasabout50highlyqualifiedfacultymembersinvariousDepartments.Most of them have research and industry experience from abroad or reputed national research laboratories. They are young, energetic and creative with a common goal to put IITH on the international map as a technology hub.

• Facultymembershavealreadyembarkedonmanyfundedprojects(fromboth research organizations and consulting firms).

• TheyhaverepresentedIITHinmanyjournalpublicationsandnational&international conferences.

• They have bagged prestigious awards, such as NASI Young ScientistPlatinum Jubilee Award, DST Young Scientist Award, Best Paper Award in ASCE GeoShangai 2010 International Conference, 2010 Hetenyi Award for Best Paper, and so on.

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Our Students • In the year 2008, IITH started with a B.Tech program in three departments – ElectricalEngineering, Mechanical Engineering and Computer Science & Engineering. Every year, about 40 UG students are admitted in each of these departments.

• Wehave takenbig strides in just twoyearsofour inception.WenowhavePGprograms(M.Tech, MSc and PhD) offered in more than 10 departments. UG programs in other departments are also expected to start shortly.

• Studentsfromvariouspartsofthecountrywithvaried backgrounds can be found at IITH.

• Students have been actively involved inworkshops, summer internships, Indo-Japan student exchange programs, etc.

B.Tech. 2008-12 Batch M.Tech. 2009-11 Batch

M.Tech. 2010-12 Batch

Overall

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With the faculty to student ratio of about 1:5, the Chemical Engineering department has evolved into an exceedingly diverse field, making eminent contributions in the areas of biotechnology, environmental engineering, fuel technology, nanotechnology, mineral processing, and drug delivery processes.

We ensure the students pursue advanced courses (Cellular Engineering, Advanced CFD, Modeling and Simulation, Advanced Chemical Reaction Engineering and Transport phenomena), execute firsthand informative research projects, and are equipped with the advanced technical skills of ASPEN PLUS, ANSYS’s FLUENT/CFX and other computational packages to fulfill various industry needs.

The students are exposed to various forums, Institute’s Challenge Lecture Series, and seminars from eminent visiting scientists. Seminar course and project seminars in the curriculum improve their communication skills constantly.

Curriculum• CH5010 ChemicalReactorTheory• CH5020 ExperimentalandAnalyticalMethodsinChemicalEngineering• CH5030 AdvancedChemicalEngineeringThermodynamics• CH5370 EnvironmentalQualityMonitoringandAnalysis• CH5090 BioprocessEngineering• CH5120 ModernControlTheory• CH5130 RheologyofComplexMaterials• CH502 TransportPhenomena• CH504 AdvancedChemicalReactionEngineering• CH505 ComputationalMethodsinChemicalEngineering• CH603 ProcessModelingandSimulation• CH601 PrinciplesofCellularEngineering• CH605 ViscousFluidFlow

Research Topics of Post Graduate Students• Linearinstabilityofpressure-driventwo-layerchannelflowwithviscous

heating• Modelingofalcoholicbasedfuelcells• Developmentofelementarystepreactionmechanismsforelectrochemical

and heterogeneous catalytic systems in SOFC• Identificationofpotentialtargetsfordesigningofinhibitorydrugsagainst

Staphylococcus aureus• DesignandsimulationofreformingprocessusingASPENPLUS• Steamreforming

FacultySreenivas Jayanti (Invitee from IITM)Professor & Head of the DepartmentAreas of Interest: Computational Fluid Dynamics, Fuel Cells, Combustion Technologies; Coal Gasification.

Sunil Kumar MaityAssistant ProfessorAreas of Interest: Catalysis and Chemical Reaction Engineering, Modeling and Simulation.

Kirti Chandra SahuAssistant ProfessorAreas of Interest: Transition to Turbulence in Shear Flows, Spatially Developing Flows in Complex Geometries, Multiphase and Interfacial Flows.

Parag D PawarAssistant ProfessorAreas of Interest: Cell Adhesion and Motility, Multi-Scale ModelingofInter-CellularInteractionsintheVasculature.

Vinod JanardhananAssistant ProfessorAreas of Interest: Chemically Reacting Flows, Elementary Heterogeneous Kinetics.

Saptarshi MajumdarAssistant ProfessorAreas of Interest: Polymerization, Drug Delivery, Electrochemical Transport, Equilibrium & Non-equilibrium Thermodynamics, Process Modeling.

Anand MohanAssistant ProfessorAreas of Interest: Hemodynamics and Hemostasis, Non-Newtonian Fluid Mechanics, Multiphase Reacting Flows.

Narasimha MangadoddyAssistant ProfessorAreas of Interest: Computational Fluid Dynamics (CFD) and Heat transfer, Industrial Multiphase CFD, Turbulence Modeling, Mineral Processing, Rheology of Industrial Slurry Systems, Waste Utilization / Recovery of Mineral Matter, Transport Processes of Separation Devices.

Department ofChemical Engineering

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The Department of Computer Science and Engineering is one of the first departments to be established in IIT Hyderabad. The department admitted its first batch of students for undergraduate, postgraduate and research programs in 2008, and today it has nearly 120 undergraduate students (40 in each of the 3 batches) and 13 postgraduate students including research scholars.

The department has been successful in attracting world class faculty members, having PhD from premier institutes like IISc, MaxPlanck, IIT Bombay and IIT Madras. Most of the faculty members also bring in several years of teaching/industry experience. We also have on our board very senior adjunct faculty members who are well known in both academia and industry.

The undergraduate students of the department are trained on a high standard curriculum with emphasis on both theoretical and practical aspects of Computer Science. Our postgraduate program offers a variety of advanced electives and exposure to research problems.

Curriculum• CS601 AdvancedDataStructures&Algorithms• CS561 AdvancedProgrammingLanguageLab• CS603 MathematicalConceptsforComputerScience• CS605 SoftwareEngineeringTheory&Practice• CS610 TopicsinDesignandAnalysis• CS648 ElectronicCommerce• CS606 TopicsinAdvancedAlgorithmsandComplexity• CS604 DatabaseSystemInternals• CS602 PatternRecognition• CS502 QuantumComputationandCryptology

Research Topics of Post Graduate Students• Scientificdatabase• Multimediacontentanalysis,indexingandretrieval• Distributeddenialofserviceattack• Facilitylocationproblem

FacultyC Pandurangan (Invitee from IITM)Professor & Head of the Department Areas of Interest: Algorithms,ParallelandVLSIAlgorithms,Graph Theory, Computational Geometry, Randomized Algorithms, Computational Learning Theory, Cryptography.

C Krishna MohanAssistant ProfessorAreas of Interest: VideoProcessing,PatternRecognitionand Neural Networks.

MV Panduranga RaoAssistant ProfessorAreas of Interest: Theoretical Computer Science.

Ravindra N GuravannavarAssistant ProfessorAreas of Interest: DatabaseSystems,QueryProcessingand Optimization, Optimization of Stored Procedures and Application Rewrite.

Ch Sobhan BabuAssistant ProfessorAreas of Interest: Graph Theory, Game Theory, Algorithms and Combinatorics.

Naveen SivadasanAssistant ProfessorAreas of Interest: Graph Theory and Algorithms.

Department of Computer Science & Engineering

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CurriculumPower Systems & Power Electronics• EE5650 SynthesisofControlSystems• EE5860 PowerconverteranalysisandDesign• EE5910 ComputerMethodsinPowerSystemAnalysis• EE5070 InstrumentationEngineering• EE5080 IntroductiontoDSP• EE504 IndustrialInstrumentation• EE506 EmbeddedSystems• EE552 EmbeddedSystemsLab• EE604 PowerSystemRestructuringOther courses• ElectricalPowerQuality• ElectricalMachineModeling• ElectricalEnergyManagementandSCADA• PowerelectronicsdrivesMicro Electronics• EE5135 AnalogElectronicCircuits• EE540 DigitalICDesign• EE505 DigitalSignalProcessing• EE511 DevicePhysicsandModeling• EE513 VLSITechnology• EE602 AdvancedVLSIProcessingand3DIC’s• EE552 EmbeddedSystemsLab• EE506 EmbeddedSystems• EE502 AnalogICDesign

Research Topics of Post Graduate Students• WSNforsmartgrid–Mitigationofpowertheft• Voltagestabilityanalysis• Microgrid–Controllerdesign&smartdistribution• Transientstabilityusingenergyfunctions• ElectromagnetictransientsappliedtoP.S&P.Eapplications• Powerquality–Harmonicanalysis• HVDCtransmissionsystem

FacultyRD Koilpillai (Invitee from IITM)Professor & Head of the Department Areas of Interest: Digital Signal Processing; Wireless Communications.

Mohammed Zafar Ali KhanAssistant ProfessorAreas of Interest: Space-Time Coding for MIMO Channels, Distributed Space-Time Coding and Cooperative Communication, Coding for Multiple-Access and Relay Channels, Network Coding, Space-Time Signal Processing, Joint Baseband-RF Optimization, Software Defined Radio, Cognitive Radio and MIMO Radar.

Ashudeb DuttaAssistant ProfessorAreas of Interest: Analog Circuit Design, RFIC, Semiconductor Devices.

Sri Rama Murty KodukulaAssistant ProfessorAreas of Interest: Signal Processing, Speech Analysis, Pattern Recognition.

P RajalakshmiAssistant ProfessorAreas of Interest: Optical Networking, Computer Communication Networks.

Shiv Govind SinghAssistant ProfessorAreas of Interest: 3-Dimensional Integrated Circuit (Low temperature Cu-Cu and Dielectric-Dielectric Bonding), Electrical and Thermal Modeling, 3-D MEMS, Electronics Cooling, Micro-Fluidics (Pulsatile Flow, Fluidic Logic and Blood Flow).

Vaskar SarkarAssistant ProfessorAreas of Interest: PowerSystemRestructuring,VoltageStability, Transmission Expansion Planning, Microgrids, DistributionSystemAnalysis,PowerQuality.

Prabahan BasuAssistant ProfessorAreas of Interest: Signal Processing; Speech and Statistical Signal Processing.

Department ofElectrical Engineering

The department of Electrical Engineering at IIT Hyderabad provides a vivacious environment for the students to cultivate new ideas and to do extreme engineering. At present, the M.Tech. program in the department is offered in three different specialized areas, namely, Power Systems & Power Electronics,Communications&SignalProcessingandMicroelectronics&VLSIDesign.

For Power Systems & Power Electronics, the students are working in many diversified fields such as microgrid, voltage stability, high-voltage dc transmission, power system transient analysis, electro-magnetic transient simulation, embedded systems and power quality. The students have acquired proficiency in using software such as MiPower, PSS/e, PSCAD and GAMS.

In the area of microelectronics, the students are working in recent emerging fields such as energy harvesting from solar/wind source, ultra low-power reconfigurable multi-standard transceiver, Si-solar sensor and 3-D IC design. The students of Microelectronics have been well-trained to use software suchasCADENCE,SYNOPSYS,MENTORSILVACO,andCOMSOL.

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The Department of Mechanical Engineering is currently offering both undergraduate and postgraduate programs. Postgraduate programs are beingofferedintwostreams–DesignEngineeringandThermo-fluidEngineering.

Presently, the department has seven faculty members in varied fields. It has also set up five fully equipped undergraduate and postgraduate laboratories that cater to the needs of the research and teaching.

Apart from engaging in teaching, the faculty of the department actively pursues research in fundamental and applied areas.

The postgraduate students are exposed to software like ANSYS, Fluent, Matlab, ADAMS and Tecplot, which they regularly use in their courses and thesis work.

CurriculumDesign Engineering• ME6730 MechanicalDesignLab• ME6000 ComputationalMethodsinEngineering• ME505 DynamicsandVibrations• ME503 AdvancedMechanicsofSolids• ME739 DesignwithAdvancedMaterials• ME602 FiniteElementAnalysis• ME604 FractureMechanics• ME606 MechatronicSystems• ME501 MathematicalMethodsforEngineers

Manufacturing• ME7010 MicroProcessorsinAutomation• ME7050 CNC&Adaptivecontrol• ME7040 CADinManufacturing• ME7060 Manufacturing&PrecisionEngineeringLab• ME6000 ComputationalMethodsinEngineering• ME606 MechatronicSystems• ME608 ControlSystemDesign• ME610 RapidPrototyping

Research Topics of Post Graduate Students• Fatiguecrackpropagationbyfiniteelementmethod• Multiphaseflowthroughmicro-channel• Designandsimulationofenergyefficientbipedalpassivedynamicwalkers• Numericalsimulationofspincoatingprocess• Semi-activesuspensionsystems• Compositepatchoptimizationstudy• Numericalsimulationofsolidificationandmeltingbasedproblems

applicable to welding and MMCs using CFD as tool• Thermalbehaviorofopticalfibersduringcoolingstageofdrawingprocess

FacultyVinayak EswaranProfessor & Head of the DepartmentAreas of Interest: Computational Fluid Mechanics and Heat Transfer.

M RamjiAssistant ProfessorAreas of Interest: Optical Methods in Engineering, Finite Element Analysis and Boundary Element Methods, Fracture Mechanics, Inverse Problem in Solid Mechanics.

R Prasanth KumarAssistant ProfessorAreas of Interest: Dynamics, Control, Robotics, Mechatronics.

Raja BanerjeeAssistant ProfessorAreas of Interest: Multiphase Flow, Heat and Mass Transfer, Thermodynamics, CFD.

K VenkatasubbaiahAssistant ProfessorAreas of Interest: Computational Fluid Dynamics (CFD) and Heat transfer, Stability Analysis of Flows With and Without Heat Transfer, Cooling of Electronic Devices and Aerodynamics.

Abhay SharmaAssistant ProfessorAreas of Interest: Manufacturing, Process Modeling and Optimization, Welding Engineering.

Ashok Kumar PandeyVisitingAssistantProfessorAreas of Interest: LinearandNonlinearVibration,MEMS,NEMS,BIOMEMS,QNEMS,MicrofluidicsandNanofluidics.

Department ofMechanical Engineering

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About Us

We, the faculty, students and staff are creating a new institute which, in course of time, will make an indelible mark in education, industry and research. Though we are young, we have a great vision, agility, commitment and energy to create an innovative education and research environment that will be the envy of all. Through our deeds, we shall be the catalysts for change in our local environs as well as the rest of India and the world.

In a very short time, just about two years, IIT Hyderabad has made significant strides.

• IITHhasalreadydevelopedstate-of-the-artfacilitiesforcomputing,workshop and research laboratories.

• TheInstitutelibraryhousesover5000bookswithonlineaccesstoreputed journals.

• Classroomsarefullyair-conditionedandequippedwithvideoconferencing.

• TheentireacademicandhostelareasareWi-Ficonnected.

Our CollaborationsIndo-Japan Collaboration• ODAloanforconstructionofsmartandstate-of-the-artinfrastructurefor

specific buildings on IITH campus.

• FacultyandstudentexchangeswithJapaneseuniversities (University of Tokyo, Keio University, Osaka University, etc) for joint PhD / Masters guidance and bidding for joint projects.

• Establishmentofresearchcentersincutting-edgeareas.

• PresenceofJapanesefaculty,evenforshortterm,isagreatvalueadd.

• Modulesonspecializedtopics(ifnotinperson)throughHighDefinitioninteractive video conferencing.

• CollaborationwithJapaneseindustries(e.g.Hitachi,Nissan,andothers).

Other Collaborations in Pipeline• Industry Texas Instruments, ARM, National Semiconductor, Mentor Graphics,

Cadence, Synopsys, Intersil, Solar Semiconductor, Agilent Instruments, Rohde & Schwarz, Xilinx, Siemens.

• AcademicandIndustrialOrganizations Georgia Tech (USA), Tokyo University, (Japan), UIUC (USA),

NUS Singapore, NTU Singapore, UWA Australia, IISc Bengaluru, IIT Madras, IIT Bombay, IIT Kharagpur, DRDO, BHEL, ISRO.

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Computing Facility

• Astate-of-the-artHighPerformanceComputing(HPC)clusterisbeingsetup to perform computationally-intensive research.

• 10high-endworkstationswillbededicatedforresearchinconjunctionwith the HPC system. 20 workstations with 15 TB of storage space will be used for teaching and research.

• Computingfacilitiesaresupportedwithextensivescientific/engineeringsoftware packages from Ansys Research Suite, Abaqus, Maple, Matlab, Plaxis, Aspen Plus and so forth.

Research Laboratories• VLSILab

• Environmentandenergysystemslab

• ‘X’-Materialsinnovationhub

• Cyberphysicalsystemshub

• Computer-aideddesignlab

• Fluidandsolidmechanicslab

• XilinxFPGAlab

• Mechatronicslabandothers

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Workshops / SeminarsLecture Series• Facility and Sensor Network Architecture for Smart City Design

with Advanced Internet Technology By Dr Hiroshi Esaki (Professor, Graduate School of Information Science

and Technology, The University of Tokyo) on 30 September 2010.

• DC Micro Grids and Distribution Systems for Residences By Dr Toshifumi ISE (Professor, Graduate School of Engineering,

Osaka University) on 14 September 2010.

• Challenges in Computational Biology: What Lies Beyond BLAST? ByProfMVidyasagar(Professor,HeadBioengineeringDepartment,

The University of Texas, Dallas) on 1 September 2010.

• Rapid Manufacturing of Metallic Object By Dr Suryakumar on 21 August 2010.

• Electrostatic Solid Lubrication Assisted Machining for Performance Improvement of Machining Process

By Dr Suresh Kumar Reddy on 21 August 2010.

• Micro System for Flow Cytometry in Marine Life Sensing and On-Chip Bacteria Detection

By Dr Ashis Sen (Assistant Professor, Department of Mechanical Engineering, IIT Guwahati) on 19 August 2010.

• Canon India: Its Success in India and Beyond By Mr Kensaku Konishi (President & CEO, Canon India Pvt. Ltd.)

on 18 August 2010.

• Global Center of Excellence for Sustainable Urban Regeneration and Joint Research for Campus Development (Tentative)

By Dr Yozo Fuzino (Professor, Dept. of Civil Engineering, School of Engineering, The University of Tokyo) on 18 August 2010.

• TODAI Today: Its Recent Activity By Dr Yoichiro Matsumoto (Managing Director of Graduate

School of Engineering, The University of Tokyo) on 18 August 2010.

• Spatial Interference Suppression Algorithms and Performance for 4G Wireless Networks

By Dr Shirish Nagaraj (DMTS and Technical Manager, Systems and Technologies, Motorola Inc.) on 10 August 2010.

• A Particle Filter Approach to Identification of Non-Linear Processes Under Missing Observations

By Dr Bhushan Gopaluni (Assistant Professor, Department of Chemical andBiologicalEngineering,UniversityofBritishColumbiaVancouver, Canada) on 15 July 2010.

• Nanoparticles of Rare Earth Oxides By Dr Suresh Babu (Materials and Aerospace Engineering,

University of Central Florida, USA) on 1 May 2010.

• The Round Complexity of Verifiable Secret Sharing By Dr Arpita Patra (Theoretical Computer Science Lab,

Department of Computer Science, IIT Madras) on 14 May 2010.

• Perfectly Reliable and Secure Message Transmission Toleration Mobile Adversary

By Dr Ashish Choudhury (Theoretical Computer Science Lab, Department of Computer Science, IIT Madras) on 14 May 2010.

• NICT Japan Delegation By Dr Hiroshi Kumagai (National Institute of Information and

Communications Technology (NICT), Japan) on 14 May 2010.

• Design and Development of Autonomous Cognitive Access Point (CogAP) for Wireless LANs

By Dr Bheemarjuna Reddy Tamma (California Institute for Telecommunications and Information Technology) on 5 May 2010.

• Improving Fairness and Throughput Performance in Wireless Mesh Networks

ByDrVenkataramanaBadarla(HamiltonInstitute, National University of Ireland Maynooth, Ireland) on 21 April 2010.

• Silicon Nano-Technology By Dr Digh Hisamoto (Central Research Laboratory, Hitachi, Ltd.

Kokubunji, Tokyo, Japan) on 15 April 2010.

• Interacting Physically with Robots and Virtually on Global Campus By Dr Yuichiro Anzai (Professor, Information and Computer Science,

Keio University, Japan) on 7 April 2010.

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• IT Storage By Mr Akira Fukibayashi (Hitachi Ltd) on 31 March 2010.

• Opportunities for Higher Studies at NUS By Dr Sanjib Kumar Panda (Associate Professor, Dept. of Electrical and

Computer Engineering, National University of Singapore) on 10 March 2010.

• Fundamentals of OFDM Systems By Dr Sarma Gunturi on 4 March 2010.

• Bioinformatics and Related Technologies By Dr Asako Koike (Senior Researcher, Hitachi) on 24 February 2010.

• Mechanics and Micro-Mechanism of Advanced Engineering Materials By Dr Anamika Prasad (Stanford University) on 19 February 2010.

• Why Systems Thinking Matters By Rakesh C Pandey (Independent Consultant and Former Director of

Research, Bose Corporation) on 15 February 2010.

• ARM Processor Roadmap By Dr Amit Bhatt (MD of ARM, Bangalore) on 10 February 2010.

• Cognitive and Cooperative Communication Models for Spectrum Sharing in Wireless Networks

By Dr Ashish Pandharipande on 7 January 2010.

Chemical Engineering• Multiphase Flows and Complex Fluids ByDrPrashantValluri(InstituteforMaterialsandProcesses,

University of Edinburgh, Scotland, UK) on 2 January 2010.

• Analysis of Dense Granular Media By Dr Anki Reddy Katha (Post Doctoral Fellow, Marseille University, USA)

on 4 August 2010.

• Biological Processes for Sustainable Energy Production By Dr Ramana Gadhamshetty (Rennselaer Polytechnic Institute, USA)

on 13 August 2010.

Electrical Engineering • Xilinx FPGA Workshop By Xilinx India Pvt. Ltd on 2-3 April 2010.

• ARM 7 with Keil MDK By ARM on 13-14 March 2010.

• Power System Simulator Training ByVikasChatuvedi(SiemensIndiaPvt.Ltd)on5May2010.

Mechanical Engineering• ANSYS (ICEM CFD, Fluent, CFX, Mechanical APDL) Training Session By Raveender (Customer Support Engineer ANSYS)

on 7-8 June, 2010.

• Training Sessions for NX 7 By S Rajesh Kumar (Manager - Manufacturing Solutions,

Empower Consultancy Pvt. Ltd) on 1-15 June 2010.

• Training Sessions for Hyper Works By Ramesha (Technical Manager, ALTAIR)

on 21-24 June 2010.

• Incremental Sheet Metal Forming ByDrNVenkataReddy(Professor,DepartmentofMechanical

Engineering, IIT Kanpur) on 26 February 2010.

For details contact:

The Placement & Training Cell

Ordnance Factory Estate, Yeddumailaram – 502205, Andhra Pradesh.Email: careers@iith.ac.in

http://placements.iith.ac.inwww.iith.ac.in