RESUME
I.MUNAVAR SHERIFF .ME(VLSI design),
Email: *******.**@*****.***
Ph.no:099********
Objective:
To pursue a challenging career in educational institutions and contribute in innovative solutions and
efficient implementations to improve the standard and quality of the institutions.
Experience:
5 years experience as a Lecturer in 506: GGR COLLEGE OF ENGINEERING, Vellore.(During
the year 1.8.06 to 1.8.11)
Six months experience as a Assistant Professor in 5109: Global institute of
engineering and technology vellore.
.
Academic details:
EXAMINATION YEAR OF PERCENTAGE
COURSE INSTITUTION
AUTHORITY PASSING /C.G.P.A.
M.E(VLSI APEC, Melmaruvathur,
Anna university May 2013 8.5
design) Tamil Nadu.
TPGIT, Vellore, Tamil
B.E. (ECE) Anna university May 2006 74%
Nadu.
Priyadharshni Polytechnic
Diploma in College, Vaniyambadi,
Anna university May 2002 96%
EEE Tamil Nadu.
G.B.H.S.S, Arakkonam, Government Of
H.S.C. March 2000 66.3%
TamilNadu. Tamilnadu
G.B.H.S.S, Arakkonam, Government Of
X March 1998 81.4%
TamilNadu. Tamilnadu
Skill Set:
Expertise in C programming under both Linux and windows platform.
Expertise in UNIX commands, UNIX internals.
Expertise in Verilog programming.
Good knowledge on TCP/IP suit and Networking concepts.
Hands on assembly level programming on 8085/8086 Microprocessor.
Packages known MATLAB, PSPICE, XILINX and Modelsim.
Expertise in Cadence digital design.
Roles Played:
Activities & Achievements:
Placement committee Head.
Symposium Coordinator.
Exam Cell Member.
RRC committee member.
Organizer of the curricular activities.
Project Coordinator.
Subjects handled:
Communication Theory
Digital communication.
Optical communication.
Antenna and wave propagation.
Electronics devices and circuits.
Embedded systems.
VLSI design
Microprocessor and microcontroller
Academic Project ME:
Title : A computational technique for 2D wormhole mesh network using
virtual point to point connections.
Tool Used : CADENCE.
Platform : LINUX.
PROJECT DISCRIPTION: Many multimedia and networking applications running on
MPSoCs, workloads normally contain dynamic variations. So, run time management of both
communication and computation resources for efficient MPSoC design are a challenging
task. The overhead of task compaction relies mainly on designing an efficient task migration
scheme. This project investigates task migration schemes in 2D wormhole routed mesh
multicomputers using virtual point to point connection.
The proposed method sets up the virtual point-to-point (VIP) connections over one
virtual channel (which bypasses the entire router pipeline) at each physical channel of the
NoC. The proposed system scheme reduces total message latency, total migration latency,
total network latency, power saving is achieved compared to the previously proposed task
migration strategy for mesh multicomputer. Analyzing the results show that the proposed
scheme reduces message latency by 16% and migration latency by 15%,while 17% power
savings can be achieved.
Academic Project BE:
Title : Adaptive and energy effective wavelet image compression
Tool Used : Mat lab.
Platform : Windows.
PROJECT DISCRIPTION: In this project we implement an energy efficient, wavelet based
image transform algorithm (EEWITA) for loss compression of still images and enabling
significant reduction in computational energy needed to compress an image with minimal
degradation in image quality. The algorithm introduces multilevel decomposition and gives
us several options on selecting image quality and compression ratio.
Additionally we identify image compression parameters such as PSNR, MSE,
Compression time, Reconstruction time and Compression ratio.
Personal Details :
Sex : Male
Date of Birth : 20 May 1983
th
Blood group : B+
Communicating Languages : ENGLISH, HINDI, and TAMIL.
Address of communication :
S/o Mr.A.Ismail shariff. MA,
144/489 siraj complex, jinnah road,
khaderpet, Vaniyambadi-635751.
Declaration:
I hereby declare that the information furnished above is true to the best of my
knowledge.
SIGNATURE
(I. Munavar Sheriff. ME,)