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Rashtreeya Sikshana Samithi Trust

R.V.COLLEGE OF ENGINEERING

BANGALORE - 560 059(Autonomous Institution: A ffil iated to VTU Belgaum)

DEPARTMENT OF ELECTRONICS &

COMMUNICATION ENGINEERING

A Six Day Workshop

OnModeling Of Large Area & Flexible

Microelectronic Systems, Synthesis

And Static Timing Analysis

Registration FormName of the Applicant:_______________________

Designation & Department:___________________

_________________________________________

Qualification:______________________________

Address forCommunication:___________________________

_________________________________________

Phone:____________________________________

Email:____________________________________

Registration Fee details:

DD No.:___________________________________

Drawnon:_______________________________________

Bank:_____________________________________

Place:Date:

PATRONS:

Dr. M.K.Panduranga Setty, President, RSST.Sri. A.V.S.Murthy, Hon. Secretary, RSST.

ADVISORY COMMITTEE:

Dr. R. Bhatacharrya, Advisor, DST(SERI),HHV Blr, Adjt Prof: DTU, BSEU, & RVCEProf. K.N. Raja Rao, AdvisorDr.S. Satyanarayana, Vice Principal

Dr. S. Jagannathan, Professor, ECEDr. Uttarakumari M.Professor&HOD, ECE

Chairman:

Dr. B.S. Satyanarayana, Prof in E&C &PrincipalCo-Chairperson

Dr. Uma B.V.Professor, ECE

ORGANIZING COMMITTEE:

Dr. K. Sreelakshmi, Dept. of TCE

Dr. Tribikram Gupta, Dept. of PhysicsMr. K.Swamy, Dept of Instrumentation Tech

FOR CORRESPONDENCE:

Dr.B.V.Umaumabv@rvce.edu.inMob No: 9845593646,080-67178139

Dept of Electronics & Communication EnggR.V. College of Engineering.R V Vidyaniketan Post

Mysore RoadBangalore560059.Fax: 91-80-28600337Ph: 67178042,043Website:www.rvce.edu.in

Rashtreeya Sikshana Samithi Trust

R V COLLEGE OF ENGINEERING(Autonomous Institution Affiliated to VTU, Belgaum)

Bangalore - 560 059, Karnataka

A Six Day Workshop

On

Modeling Of Large Area & Flexible

Microelectronic Systems, Synthesis

And Static Timing Analysis

28th Jan 2nd Feb 2013

Jointl y Organized By

Departments of Electronics &

Communication, Instrumentation,

Telecommunication & Physics

R.V.College of Engineering

Under

TEQIP II

Program

http://www.rvce.edu.in/http://www.rvce.edu.in/http://www.rvce.edu.in/http://www.rvce.edu.in/

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Dept. of Electronics& CommunicationEngg

R.V.College of Engineering, Bangalore

R.V.College of Engineering (RVCE), Bengaluru,India, is one of India's premier technical institutes.

Established in 1963, RVCE is celebrating its Golden

Jublee this year. The college currently has about5200 students and over 400 faculty and 250 supportingstaff. RVCE currently offers 12 Bachelor& 22 Master

programs (~annual intake of about 1750 students), and

carries out research and consultancy activities in all the15 departments, with provision for PhD Studies.RVCE has set a vision Leadership in Quality

Techni cal Education, Research & Innovation,

through Teamwork, wi th a f ocus on Development of

Sustainable and I nclusive Technology. RVCE is anAutonomous Institution affiliated to VisweswarayaTechnological University, Belgaum. The institute has

been rated among the top 6 institutions in India forIndustry-Academic Collaboration by the recent(Nov,2012) AICTE-CII-PWC survey. Over 22companieshave invested in labs and facilitated course

in the college. The facultyis actively involved in R &D activities (~ 100 projects) and consultancy incollaboration with public and private agencies withfunding to tune ofover Rs 30 Crores.

Dept.of Electronics & Communication Engg.

The Electronics & Communication Engineeringdepartment was established in the year 1972. Thedepartment offers a B.E. Program (intake of 180) and2 M.Tech programs; one in VLSI Design &

Embedded Systems, and the other in CommunicationSystems. The programs in the department are one ofthe most sought after programs under VTU. TheDepartment is recognized as a research center byVTU.The department has many funded projects invarious areas including Communication, Signal

processing, VLSI, Large Area & FlexibleMicroelectronics, MEMS, Vacuum Nanoelectronics,Solar Cells, Sensors and Emerging ElectronicMaterials & Devices and Pico & Nano Satellites.

The department was part of an intercollegiate teaminvolved in developing and launching Indias First

Pico Satellite. The department is also a part of aninterdisciplinary team at RVCE, includingTelecommunication, Instrumentation, Physics,Electrical, Chemical, Mechanical & Biotechnology insetting up Indias First fabrication facility for Large

area & Flexible Microelectronics (Macroelectronics)& Vacuum Nanoelectronics among EngineeringColleges. E&C department also host labs from

companies including Intel, Texas Instruments, NXPand Freescale Semiconductors.

WHO CAN REGISTER:The faculty, research scholars and PG studentsinterested in taking up research in emerging orfuturistic areas of Electronics, would find this veryuseful. This includes people working broadly inElectronics& Communication, Electrical Engg,Telecommunication, Instrumentation, Solid StateElectronics and Physics Depts, especially inEngineering Colleges.The minimum prerequisite is a

basic knowledge of Electronic devices and Circuitsand introduction to Integrated Circuits / VLSI.

REGISTRATION FEE:Faculty: Rs 5000/

Industry : Rs. 8000/

PG Students : Rs. 2000/ (Seats Limited to 05)

Last Date for Registration:21stJan2013

Seats Limited to 40 ( first come first serve)

Demand Draft may be sent in favour ofPRINCIPAL, RVCE-TEQIP payable at

Bangalore.

Registration Fee does not include accommodation

charges

The topics covered in the workshop include:

Design of Thin film Transistors, Diodes, Solarcells, sensors and Hands-on training on

modeling and characterization of TFT, sensors

using Silvaco/TCAD tool.

Various concepts of RTL Synthesis, STA andHands-on training on Digital Synthesis Flow

and Static Timing Analysis using Cadence tools.

ABOUT THE WORKSHOP:Large Area and FlexibleMicroelectronics(LAFM)is the key enabler of allmodern day ICT facilitating technologies includingflat panel displays, touchscreens, photocopiers,scanners, printers, medical imaging systems for X-rays, and cameras. Flexible electronics deals withcircuits developed using Thin Film Transistors(TFT).The International Technology Roadmap forSemiconductors (ITRS) envisages that of the

expected over $5 trillion growth in thesemiconductor and electronics industry by 2030,

based on the More Than More (MTM) paradigm,large area and flexible microelectronics is expectedto be key enabler of all man-machine and machine-environment related activities to the tune of $4Trillion. Thus LAFM is predicted in future to beall pervading including healthcare, environmentalmonitoring, entertainment, display, humanmachine interactivity, energy conversion &management, storage, communication and wirelessnetworks.

Synthesis is a process by which an abstract level ofspecification is converted into a designimplementation in terms of logic gates. StaticTiming analysis is a procedure with which analysisof the timing parameters of the netlist are

performed without the need for simulation. Thisinvolves delay calculations at various stages of thedesign cycle, such as synthesis, layout etc.

The workshop hopes to combine conventionalVLSI design aspects along with the keyfundamental features of LAFM and give a brief

overview of this emerging futuristic area ofelectronics. Especially showcasing, how with alittle bit of effort, we could engage in trulyadvanced area of technology even in our ownacademic environment and develop novel devicesand system such as System on Chip (SoC) andSystem in Package (SiP).

Visit to some of the growth and characterizationfacilities in the campus related to LAFM. Theworkshop will be conducted by experts fromIndustr , R&D and Academia.