Summary
Dynamic and Career-Oriented engineering professional, lookingforaresponsiblepositionasaVLSIdesignengineerwithaviewto utilize and enhance my skills and experience towardsprofessionalgrowth.
Experience
Intern
BitMapperIntegrationTechnologiesPvt.Ltd
Aug2020-Dec2020(5months)
HandsonexperienceonSchematicDesign(CadenceVirtuoso),RTLCoding(XilinxISE,XilinxVivado,QuestaSim)aswell as Hardware Design and Testing, Project SpecificationAnalysis,PartitioningandDesigningetc
Education
ShriGuruGobindSinghjiInstituteofEngineeringandTechnology,Vishnupuri,Nanded
MasterofTechnology-MTech,EmbeddedSystem&VLSI-CGPA:8.04
2019-2021
Project1: DesignofanAreaefficientBraunmultiplierusing parallel prefix adder.
The circuit complexity mainly depends on the multiplication count required for developing the system. Braun multiplier is the solution for achieving high execution speed demands. A conventional Braun multiplier is designed by using an array of 16 AND gates, 9 Full Adders, and a ripple carry adder (RCA) in the final stage. It is designed in cadence Virtuoso tool for 180nm technology with 1.8V source. It is observed that the area reduces by 258 transistors and delay is decreased by 4.65 ns.
Project2:Synchronous8-Bitup-downCounterusing CadenceVirtuoso.
The project was to design a 8-bit up-down counter with appropriate flip flop in cadence.
It provided a great opportunity to work in cadence and to build all the basic building blocks. The performance of the counter was checked for different loads and different characteristic parameters like rise time, fall time and propagation delay were measured for different loading effects.
Project3:DesignofDFlipFlopusingCMOS180nmTechnologyusing Cadence.
CMOS 180nm technology is used to implement D latches and flip-flops by using cadence virtuoso tool and compared various D latches and flip-flops on the basis of power dissipation.
The D flip-flop is by far the most important of the clocked flip-flops as it ensures that inputs S and R are never equal to one at the same time. The D flip flop is constructed from a gated SR flip-flop with an inverter added between the S and R inputs to allow for a single D (data) input.
SinhgadInstituteofTechnology&Science
BachelorofEngineering-BE,ElectronicsandTelecommunication-Percentage:66.13%
2015-2018
Project1:Home AutomationbyusingAndroidApplication.
The application of smart home concept improves the standard of living. The main control system implements wireless Bluetooth of Home Automation System (HAS) with wireless remote control which controls electrical appliances and devices in homes with a low cost design. This system is designed to assist and provide support in order to fulfill the needs of elderly and technology to provide remote access from Android smart phone.
Project2:WirelessPowerTransmissionbyusingClass-EAmplifier
The transmission of electrical energy from source to load for a distance without any conducting wire or cables is called Wireless Power Transmission. In this project renewable energy has been used as the source. As the output from the renewable energy sources is low, we used a suitable step-up converter. The DC output voltage from the solar cell is boosted using a high step-up converter and it is converted to oscillating signals. The input of 12V has been stepped up to 230V, high frequency and given as a input to the transmission coil. The electrical energy gets transferred from transmitter coil to receiver coil due to magnetic resonance between them. The secondary or the receiver coil gives 12v dc output voltage to load, which drives 12v dc motor fan.
GovernmentResidentialWomen'sPolytechnic
Diploma,ElectronicsandCommunication-Percentage:75.65%
2012-2015
Skills
c•cadence•digitalelectronics•embeddedc•verilog•RTLDesign•ElectronicsHardwareDesign•Proteus•Keil•Xilinx
Summary
Dynamic and Career-Oriented engineering professional, lookingforaresponsiblepositionasaVLSIdesignengineerwithaviewto utilize and enhance my skills and experience towardsprofessionalgrowth.
Experience
Intern
BitMapperIntegrationTechnologiesPvt.Ltd
Aug2020-Dec2020(5months)
HandsonexperienceonSchematicDesign(CadenceVirtuoso),RTLCoding(XilinxISE,XilinxVivado,QuestaSim)aswell as Hardware Design and Testing, Project SpecificationAnalysis,PartitioningandDesigningetc
Education
ShriGuruGobindSinghjiInstituteofEngineeringandTechnology,Vishnupuri,Nanded
MasterofTechnology-MTech,EmbeddedSystem&VLSI-CGPA:8.04
2019-2021
Project1: DesignofanAreaefficientBraunmultiplierusing parallel prefix adder.
The circuit complexity mainly depends on the multiplication count required for developing the system.
Braun multiplier is the solution for achieving high execution speed demands. A conventional Braun multiplier is designed by using an array of 16 AND gates, 9 Full Adders, and a ripple carry adder (RCA) in the final stage. It is designed in cadence Virtuoso tool for 180nm technology with 1.8V source. It is observed that the area reduces by 258 transistors and delay is decreased by 4.65 ns.
Project2:Synchronous8-Bitup-downCounterusing CadenceVirtuoso.
The project was to design a 8-bit up-down counter with appropriate flip flop in cadence.
It provided a great opportunity to work in cadence and to build all the basic building blocks. The performance of the counter was checked for different loads and different characteristic parameters like rise time, fall time and propagation delay were measured for different loading effects.
Project3:DesignofDFlipFlopusingCMOS180nmTechnologyusing Cadence.
CMOS 180nm technology is used to implement D latches and flip-flops by using cadence virtuoso tool and compared various D latches and flip-flops on the basis of power dissipation.
The D flip-flop is by far the most important of the clocked flip-flops as it ensures that inputs S and R are never equal to one at the same time. The D flip flop is constructed from a gated SR flip-flop with an inverter added between the S and R inputs to allow for a single D (data) input.
SinhgadInstituteofTechnology&Science
BachelorofEngineering-BE,ElectronicsandTelecommunication-Percentage:66.13%
2015-2018
Project1:Home AutomationbyusingAndroidApplication.
The application of smart home concept improves the standard of living. The main control system implements wireless Bluetooth of Home Automation System (HAS) with wireless remote control which controls electrical appliances and devices in homes with a low cost design. This system is designed to assist and provide support in order to fulfill the needs of elderly and technology to provide remote access from Android smart phone.
Project2:WirelessPowerTransmissionbyusingClass-EAmplifier
The transmission of electrical energy from source to load for a distance without any conducting wire or cables is called Wireless Power Transmission. In this project renewable energy has been used as the source. As the output from the renewable energy sources is low, we used a suitable step-up converter. The DC output voltage from the solar cell is boosted using a high step-up converter and it is converted to oscillating signals. The input of 12V has been stepped up to 230V, high frequency and given as a input to the transmission coil. The electrical energy gets transferred from transmitter coil to receiver coil due to magnetic resonance between them. The secondary or the receiver coil gives 12v dc output voltage to load, which drives 12v dc motor fan.
GovernmentResidentialWomen'sPolytechnic
Diploma,ElectronicsandCommunication-Percentage:75.65%
2012-2015
Skills
c•cadence•digitalelectronics•embeddedc•verilog•RTLDesign•ElectronicsHardwareDesign•Proteus•Keil•Xilinx