This curriculum vitae summarizes Mohammed Feroz's personal and professional details. He has a Master's degree in technology from SVS Group of Institutions and a Bachelor's degree in engineering from Ramappa Engineering College. His work experience includes 6 months as a quality analyst at Godrej and 15 months as a teacher. He has skills in C#.NET, ASP.NET, SQL Server, HTML, and Microsoft Visual Studio. His areas of strength include effective communication, teamwork, and technical expertise.

1. CURRICULUM VITAE
Mohammed Feroz
Email-id:
feroz.chinto@gmail.com
Communication Address:
H no: 4-3-31, First Floor,
Kothur,
Opp. Bindhu Khanganhall,
Hanamkonda,
Warangal Dist - 506001
Telangana State.
Contact No:
Mobile: +91-9177358298,
8333060786
Personal Profiles:
DOB: 06/07/1990
Sex: Male
Nationality: Indian
Marital Status: Unmarried
Languages Known:
English, Hindi & Telugu
Passport Details:
Passport No : K6094219.
Place of issue : Hyderabad.
Carrier Summary:
 Taken 04 months of IT training in Design, Development and
Implementation of Web based applications using C#.Net,
ASP.Net and SQL SERVER 2008 R2.
 Proficiency in Development methodologies of development
process such as designing, coding, testing and
implementation.
 Understanding of Object Oriented Programming.
 Strength of strong analytical skill, quick learning personality,
willing to take the responsibilities, highly engaged and
committed towards milestone.
 Having good knowledge on Store Procedure.
Experience:
 I have worked as a Quality analyst in Godrej, Pune for 6
months.
 Worked as Teacher in St. Venus High School for 15
months.
Academic Qualification:
 M. Tech from SVS Group of Institutions, Hanamkonda in
2015 with 73%.
 B Tech from Ramappa Engineering College, Warangal in
2012 with 58.40%.
 Inter from SR Junior College for Boys, Hanamkonda in
2008 with 81%.
 SSC from St. Venus high School, Uppal in 2006 with
64.35%.
Key Strengths:
 Strong dedication to work with an effective communication
and presentation skills.
 Excellent team player with proactive attitude, sharp learning
curve
 Observe strict professional conduct with emphasis on quality.
 Deliver technical expertise while executing controls,
regulations, and preventing fraudulent abuse.
 Experienced in working with Team Leader for projects and
systems migrations as per the Requirement with Organization.
Technology Skills:
Operating System : LINUX, Windows (XP, 7, 8)
Database Concepts : SQL Server 2008 R2
Programming Language : C#.Net, ADO.Net
Web Technologies : Asp.Net, HTML, Java Script, CSS

2. Environment/Tools : Microsoft Visual Studio Development (VS2010)
Technical Skills:
Autocad(2008)
Projects done in M.Tech & B.Tech Level
Improved Active Power Filter Performance for Renewable Power Generation Systems
Description:
An active power filter implemented with a four-leg voltage-source inverter using a predictive control
scheme is presented. The use of a four-leg voltage-source inverter allows the compensation of current
harmonic components, as well as unbalanced current generated by single-phase nonlinear loads. A detailed
yet simple mathematical model of the active power filter, including the effect of the equivalent power system
impedance, is derived and used to design the predictive control algorithm. The compensation performance of
the proposed active power filter and the associated control scheme under steady state and transient operating
conditions is demonstrated through simulations and experimental results.
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 hereby declare that the information furnished above is true to the best of my knowledge.
Place:
Date:
(MOHAMMED FEROZ)