PLACEMENT BROCHURE DEPARTMENT OF ELECTRONIC SCIENCE, UNIVERSITY OF PUNE PUNE

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PLACEMENT BROCHURE 2009-2011 DEPARTMENT OF

1 PLACEMENT BROCHURE DEPARTMENT OF ELECTRONIC SCIENCE, UNIVERSITY OF PUNE PUNE

2 About the Depart artmen ent: The department of Electronic Science is an integral part of the University of Pune, was founded in It has been successfully producing postgraduates and doctorates of excellent caliber. In recent years, electronics has made unprecedented growth in terms of good technology, new ideas and principles throughout the world. The rate of obsolescence of technologies has also increased tremendously. Researchers, academicians, industries and the society at large have to work in unison to meet the challenges of the rapidly growing discipline. The research organizations and industries that work in the frontier area are in need of highly skilled and scientifically oriented manpower. This manpower can be available only with flexible, adaptive and progressive training programs and a cohesive interaction among the research organizations, academicians and industries. Since its inception in 1984, Department of Electronic Science in Pune University has been consistently working towards this goal. The MISSION of the Department is to advance scientific knowledge through active research in key areas and percolating the same down to graduate level to create highly skilled and scientifically oriented man power.

3 Core Faculty Faculty member Dr. S.V. Ghaisas Dr. (Ms.) S.A. Gangal Dr. A.D. Shaligram Dr.(Ms.)D.C. Gharapure Academic Interests Computer simulations related to non equilibrium phenomena, Calculations of nanoparticle electronic structures. Sensors, Materials, Microwaves, Micro-machining. VLSI Design, Optoelectronics, PC/Microcontroller based Instrumentation Simulation software development, Biomedical Instrumentation and sensors. Image Processing and Machine Vision Applications, Pattern Recognition using Artificial Neural Networks, Virtual Instrumentation, Embedded system design. Visiting Faculty Faculty member Prof. R.N. Karekar Dr. S. Ananthakrishnan Mr. M.R. Sankararaman Mr. Shyam Kundapurkar Mr. S. Vijay Kumar Mr. Vaibhav Pavnaskar Mr. Dhananjay Bodas Academic Interests Atmospheric Science, Electronics, thin and thick film Physics, Microwaves, Sensors, Microstriplines, Remote Sensing. Electromagnetics, Antenna Design, RF Design. Electromagnetics, Antenna Design, Fiber optic Communication. Currently working with Media-Magic Technologies, specializing in IT and Embedded System Design. Currently working with Imagination Technologies Ltd., specializing in Computer Graphics, Supercomputing and Embedded System Design. Currently working with a RF short range IP producer in Pune. Specializing in GSM Operations, GSM RF frontend design, Analog design, IC layout and PLLs. Currently working with Agharkar Research Institute, as a scientist. Specializing in biomedical micro devices, micro-nano fabrication processes, micro-nano fluidics, surface and interface studies, thin film technology and nanoparticle research.

4 Acad cademic Program: ram: The department offers M.Sc., M.Phil. and Ph.D. programs. The M.Sc. program run by the department is an autonomous course and its contents are designed considering the latest developments in the field. The program moulds students towards mastery in the areas of individual interest, through course work and hands on practical sessions. The purpose of the Masters Program is to provide a broad education within Electronic Science with opportunities to specialize in a specific area namely VLSI Design, Embedded System Design and Communication Technology. This is achieved through the set of fundamental subjects known as core courses, in addition to advanced courses that lay a further base, for exploration in the area of specialization.syllabi for the advance courses are flexible and are revised from time to time considering the latest trends and developments in the technology. The well equipped laboratories and individual projects provide exposure to principles and techniques of analysis, design and experimentation in the field selected. The department also offers an internship program of six months, in the final semester, that enables students to get training in industrial environment. The detailed syllabus is available on the web site, In addition the department also has a well maintained library where standard text books and reference books on various topics are available. Core courses: Quantum and Statistical Mechanics. Mathematical Method in Electronics. Properties of Electronic Materials. Embedded System Applications. Digital System Design. VLSI Design Electromagnetic Fields and Waves. Digital Communication Technology. Specialization courses: VLSI design Processes in device fabrication. CMOS Design I: Circuit & Processes. Architecture and design of VLSI systems. Embedded system design Embedded System Design. Operating System and RTOS. Architecture and Design Of Embedded Systems. Semiconductor foundry technique. CMOS Design II: Mask Layouts. Industrial Controllers: PLC and PID. Wireless Embedded System.

5 Communication System design Antenna Design. Communication System Design. Architecture and Design of Communication System. Optical Fiber Communication. Microwave and Satellite Communication. General Electives: Electronic Circuit Design and Analysis. Power Supplies. Sensors and Actuators. C Programming. Computational Methods in Electronics. Foundation of Quantum Computing. Technical Communication. Power Electronics Devices & Systems. Data Communication. Mobile Communication System. DSP: Algorithms and Application. VHDL and Verilog: Testing and Verification Processor Architecture and Design. Industrial Applications of Optoelectronics. Advanced Test and Measurement Instruments. Fundamentals of MEMS Design and Fabrication. Mechatronics.

Facilities Computer Laboratory Cadence 5.1.41and Cadence 6.14 Tool with GPDK 45nm, 90nm and180 nm. C compilers, Keil IDE, MATLAB, NI-LabVIEW.

6 Facilities Computer Laboratory Cadence and Cadence 6.14 Tool with GPDK 45nm, 90nm and180 nm. C compilers, Keil IDE, MATLAB, NI-LabVIEW. Xilinx Tools (CPLD/ FPGA design) ORCAD: P-Spice, LT-SPICE Mentor Graphics PADS. Embedded Systems Laboratory Microcontroller Kits 8051,AVR,PIC,Renesas Altium Development Kit. Data Acquisition System. Embedded System Design and Development FPGA Kits from Xilinx. Programming under 'C' and MATLAB. META Development board from Imagination Technologies Ltd.

7 VLSI Laboratory Screen Printing and Firing Furnace. Schematic and Layout Design using CADENCE. Masks for Lithography. Spin Coating Facility. Ultra Sonic Cleaner. Vacuum Evaporation System. Plasma polymerization System. Activated Reactive vaporation. RF, magnetron, DC Sputtering System. RF and Communication Laboratory Digital and fiber optic communication trainer kits. Antenna Trainer Kit. RF antennas and circuit simulation tools (CST). RF test and measurement instruments (Vector Network Analyzer (300 KHz-3 GHz), Spectrum Analyzer (100 KHz-6 GHz), RF Signal Generators etc). State-of-art anti-static workstation. A complete Radio Astronomy Receiver along with 4.5m dish antenna.

8 Students Profile: 1. VLSI DESIGN GROUP: Student Project Undertaken Hands on experience on : Mr. Aniruddha Bhasale Working as an Intern engineer in Open Silicon Research PVT. LTD., Bengaluru. Hands on experience on : Mr. Prashant Bhingare Working as an Intern engineer in Open Silicon Research PVT. LTD., Bengaluru. Hands on experience on : Mr. Jagdish Daingade Designed Schmitt trigger. Designed Differentiator and Integrator.

9 Hands on experience on : Ms. Ashlesha Gorde Designed Active Filter Designed Differential Amplifier Hands on experience on : Mr. Ranjeet Khedkar Designed Power Supplies: Variable Regulated Power Supply using IC LM317 Regulated Power Supply using IC LM723 Hands on experience on : Mr. Abhijeet Khobragade Designed constant Current Source using Op-amp and Transistor Designed Tuned Amplifier Hands on experience on : Mr. Janardhan Landge Designed Bistable multivibrator circuit using IC 555. Designed High pass and Low Pass filters using IC 741.

Hands on experience on : Mr. Dinesh Londhe Designed Constant current source using zener diode. Designed DC timer with variable R,C. Hands on experience on : Ms. Mohini Somavanshi 2.

10 Hands on experience on : Mr. Dinesh Londhe Designed Constant current source using zener diode. Designed DC timer with variable R,C. Hands on experience on : Ms. Mohini Somavanshi 2. EMBEDDED SYSTEM DESIGN GROUP: Student Project Undertaken Follow me game Designed for 2 players. ATMEGA32 (AVR uc ). LED and Switch interface. 7 segment interface for display.. Ms.Sonali Bhusare Development of car parking system prototype to indicate the number of cars with night alarm 89s52 MCU. LDR as light intensity sensor. LCD interface for display. Piezo buzzer interface for buzzer. Ms.Nitu Chauvhan

11 Wireless letter box 89s52 MCU. Use of IR transmitter and receiver. Piezo buzzer interface for alarm. Ms.Prerana Deshmukh Follow me Game: Designed for 1 player. 89s52 MCU LED and Switch interface. 7 segment interface for display Mr. Ishwar Gunjal Reaction Timer 89s52 MCU LED and Switch interface. LCD interface for display Mr. Parag Gadge Temperature monitoring system ATMEGA32 (AVR uc). LM-35 as temperature sensor. Use of built-in ADC for data digitization. LCD interface for display. Ms. Ankita Katre Internship at Imagination Technologies Ltd. Wireless letter box 89s52 MCU. Use of IR transmitter and receiver. Piezo buzzer interface for alarm. Mr. Amit Kumbhar Internship at CEERI, Pilani.

12 Development of car parking system prototype to indicate the number of cars with night alarm Ms. Revathy Nayar 89s52 MCU LDR as light intensity sensor LCD interface for display Piezo buzzer interface for buzzer Internship at Imagination Technologies Ltd. Reaction Timer 89s52 MCU LED and Switch interface. LCD interface for display Ms. Kanchan Pawar Follow me game Designed for 2 players. ATMEGA32 (AVR uc ). LED and Switch interface. 7 segment interface for display.. Ms. Manisha Rote Temperature monitoring system ATMEGA32(AVR uc). LM-35 as temperature sensor. Use of built-in ADC for data digitization. LCD interface for display. Mr.Mandar Sahastrabuddhe

13 3. COMMUNICATION SYSTEM DESIGN GROUP: Student Project Undertaken Internship: Working on Interferometer of 4.5m parabolic dish at Department of Electronic science, University of Pune. Ms.Asawari Choudhari Internship: FPGA based receiver system at Department of Electronic science, University of Pune. Ms.Manasi Date Internship: Study of communication link design at Tetra Communication in Lavasa city. Mr.Nilesh Gawade Internship: Study of communication link design at Tetra Communication in Lavasa city. Ms.Vaishali Ghadage

14 Designed Schmitt trigger using 2N2222 and BC107 Designed Audio preamplifier in JOVE receiver for Jupiter. Designed 10db Directional coupler using CST simulation Software. Ms.Meghna Kasbe Designed Phase Locked Loop using IC565. Designed FSK Modulator using timer IC555. Designed two element patch antenna array using computer simulation technology (CST) at 10.7 GHz frequency. Mr.Onkar Shinde Internship: Measurement of electric field and dielectric constant using Hall sensor at Department of Electronic science, University of Pune. Ms. Shubangi Uplekar

15 What Gives Us An Edge Our students have hands on experience on tools like LabVIEW, MATLAB, Cadence, Xilinx, FPGAs, Plotter interface, LCD interface, Data acquisition systems like NI-DAQ cards, various microcontroller kits like MCS 51, AVR, PIC, and Renesas. Students are also trained on the state of art facilities including communication and fabrication facilities available in the department. Easy availability of instruments like Network Analyzer, Spectrum analyzer, MSO and facilities like Internet, Wi-Fi etc make our department a hub for researchers. Recently department has obtained 4.5 meter parabolic dish antenna with aid of NCRA-TIFR. Currently the department is involved in research areas related to application of artificial neural networks, embedded system design, development and fabrication of sensors, image processing, modeling and simulations, design and development of optoelectronic systems, material science etc. Our tie ups with research institutes and industries help to expose students to latest technologies and keeps them way ahead of other non DOES students. Involvement of faculty in research imparts knowledge of upcoming technologies to students. Students are taught to think independently from the beginning. Regular exams, viva voces, presentations, assignments, mini projects form a part of continuous internal assessment for grading students. Students are evaluated on 6 point scale which helps to maintain healthy competition. The Placement cell, Department of Electronic Science, University of Pune, Ganeshkhind, Pune Maharashtra,INDIA Ph: Placement Co-ordinators: VLSI Design: Mr. Ranjeet Khedkar Ph: ranjeet@electronics.unipune.ac.in Mr.Abhijeet Khobragade Ph: abhijeet@electronics.unipune.ac.in Embedded System Design: Ms. Revathy Nayar Ph: revathy@electronics.unipune.ac.in Communication System Design: Ms. Manasi Date Ph: manasi@electronics.unipune.ac.in

LABORATORIES-ECE. Sir Srinivasa Ramanujan - Microprocessor & Microcontroller Laboratory

LABORATORIES-ECE. Sir Srinivasa Ramanujan - Microprocessor & Microcontroller Laboratory LABORATORIES-ECE Sir Srinivasa Ramanujan - Microprocessor & Microcontroller Laboratory Students are given extensive training in 16 bit microprocessors and micro controllers in this laboratory. Individual