1. MOHAMMED FEROZ
Contact Address
H. No. 4-3-31, Kothur,
Opp. Bindhu Khanganhall,
Hanamkonda,
Warangal(Dist)-506001,
Telangana State,
India.
Mobile: +919177358298.
Email: feroz.chinto786@gmail.com
Permanent Address
H. No. 4-3-31, Kothur,
Opp. Bindhu Khanganhall,
Hanamkonda,
Warangal(Dist)-506001,
Telangana State,
India.
Personal Data
Father … MOHAMMED FAKRUDDIN
Born on … 6th
July 1990
Marital status … Single
Nationality … Indian
I speak … English, Hindi & Telugu
I am…
A motivated, goal oriented natural team player
ready to accept challenges willingly. Looking forward
to work in a high profile organization and use my
skills and capabilities to contribute to its objectives
and growth.
My Education…
M. Tech in Power Electronics from SVS Group of
Insitutions, Beemaram Telangana State during
2013 – 2015.
B.Tech in Electrical and Electronics Engineering
from Ramappa Engineering College, Warangal,
Telangana State during the period 2008 – 2012.
Intermediate from SR Junior College for Boys,
Hanamkonda, Telangana during the period 2006 – 2008.
S.S.C from St. Venus High School, Uppal, Telangana
during the period 2005 – 2006.
Experience
I am a Fresher.
My technical skills…
 Auto CAD
CURRICULUM VITAE

2. My strengths
 Innovative & creative
thinking
 Good Decision
Making capacity
 Hard working
 Problem Forecasting
 Self confident
My skills….
Computer….
 Dot Net(C# .Net, VB .Net, ASP .Net), MAT Lab/Simulink,
MS Office.
 O.S (Linux, Windows XP, 7, 8).
My Achievements….
 Participated in the event conducted by the college.
Projects done in B.Tech Level
Analytical Structure for Fuzzy Pi and Pd Controllers
Description:
It is well known that PI & PD controllers are very popular and are used in most of
industries such as in electric drives, robotics, chemical and manufacturing industries. This
is because of the fact that PI & PD controllers have simple structure, contains less
components and has simple tuneable control gains. However, these conventional PI & PD
controllers are usually not effective if the processes are nonlinear, complex and
mathematical models are not exact.
In this project, we derive the analytical structures for fuzzy PI+PD controllers by
using minimum triangular norm, different combinations of triangular co-norms (maximum,
drastic sum), different inference methods ( such as Mamdani minimum, Larsen product,
drastic product) and center-of-sum de-fuzzification method.
Declaration
I Here By agree that all the above stated information or details are true to the best of my
knowledge.
Date:
Place: Hanamkonda.
MOHAMMED FEROZ