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Group:
Device and Digital Group
Thesis Title: Investigation and Modeling of Reliability
Challenges and Gate Leakage Currents of the Nano-Devices
Personal
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Born in 1983, Tehran,
Iran.
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Single.
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Education
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2006 to
present:
M.Sc.
Student in Electrical and Electronics Engineering, University of Tehran, Tehran,
Iran, GPA
(up to now) 18.2/20.00.
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2001 to 2005:
B.Sc. Degree in Electrical and Electronics Engineering,
Sharif University of
technology,
Tehran,
Iran, GPA 16.73/20.
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Scientific Experiences
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University
of Tehran:
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M.Sc. project:
Investigation and Modeling of Reliability
Challenges and Gate Leakage Currents of the Nano-Devices,
under the supervision of Prof. A. Afzali-Kusha
(In progress).
o Investigation
and modeling of the Gate Induced Drain Leakage (GIDL)
current in DMGD SOI MOSFET structure, under the
supervision of Prof. A. Afzali-Kusha.
o Modifying
the MIPS Multi-Cycle Microprocessor to Perform CORDIC
Calculations with Verilog using ModelSim simulator and
Synplify and Quartus synthesis tools, under the
supervision of Prof. S. M. Fakhraie.
o Design
and simulation of subthreshold 4-Bit Carry-Ripple and
Modified Carry Look-ahead Adders using HSpice circuit
simulator, under the supervision of Prof. A.
Afzali-Kusha.
o Modeling
and simulation of the Threshold Voltage of the DMGD
Single-Layer SSOI MOSFET, under the supervision of Prof.
A. Afzali-Kusha.
o B.Sc.
project: Artificial Neural Network Implementation on
FPGA with VHDL using ISE software and ModelSim simulator.
o
Designing software and hardware for connecting keyboard to
PC parallel port using Interrupt.
o Designing
the hardware and developing the software (with C51) of a
Temperature Monitoring System using T89C51AC2
microcontroller, Temperature sensor, LCD, keyboard and AC
heater.
o Designing
high frequency amplifiers with bipolar and CMOS technology
that has a 100dB open loop gain and 10 MHZ unity gain
frequency with 60 phase margin
when used as a unity gain buffer.
o Through
study in discrete time signal processing and accomplishing
several signal processing projects applying MATLAB for DSP
course.
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Professional Experiences
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Parman Company (Winter 2005-Present):
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Working as a software team
programmer and
Contributing in the Design, development and test of
embedded software of:
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Compact STM-1: Compact
Fiber optic transceiver for transporting 24 E1
channels over 155 Mbit/s STM-1 Frame based on
ITU-T G.783, G.784 recommendations.
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Ethernet Over SDH:
Design and Implementation of Ethernet over SDH
embedded software with capability of
transporting up to 8 10/100 MB Ethernet
Connection via 155 Mbit/s STM-1 Frame.
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Modular STM-1 System
with Ethernet Capability: A full Modular SDH
System with capability of supporting 63 E1’s and
eight 10/100 MB/s Ethernet Port with 4
Optical/Electrical STM-1 Ports. It has full
Protection Modes, SNMP Enabled Remote
management, a Real-Time OS with more than 25
concurrent Real-Time Threads, …
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Design and implementation of AVR
Microcontroller software to drive a Touch Screen LCD
for monitoring STM-1 system.
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Design and implementation of GSM Network Quality
monitoring software using Visual C++.
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Pars Research Center (Fall 2005)
o
Designing and developing the
hardware of a Boost Converter as a part of Dual Band Jammer
project.
o
Designing the hardware and
developing the software (with C51) of a RF & IF Frequency
Synthesizer as a part of Narrowband Repeater project.
o
Designing the hardware and
developing the software (with C51) of an AGC as a part of
Narrowband Repeater project.
·
Niroo Research Institute (NRI) for
internship (Summer 2004)
o
Research in design of a MC
base system (Atmega128) to communicate with PC through
USB port .
o
Studying the specifications of
digital 3phase meters and the relationship between the
number of tariffs and the number of registered maximum
demands, and their intervals.
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Computer Skills
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Programming skills in
Basic, Pascal, C/C++, and Visual C++.
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Analyzing analog and
digital circuits using PSpice, Orcad and HSpice.
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Digital design with VHDL
and Verilog hardware description languages using Xilinx
ISE tool and ModelSim Simulator.
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Designing an Embedded
System using Real Time Rational Rose Programming
Environment.
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GNU tools: like gcc, gdb,
g++, insight, cygwin…
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Microprocessors and
Microcontrollers programming using Assembly (8088, 8086,
8051), C51 and CodeVisionAVR.
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Designing PCB using Protel
DXP and Orcad.
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Modeling and analyzing
Industrial electronics, Control systems and Discrete
signal processing using MATLAB and MATLAB SIMULINK.
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Familiar with Synplify and Leonardo
synthesis tools.
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Familiar with Device and
Process Simulator.
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