D. V. N. V. SRINIVAS CHALLA
E-Mail: acdy16@r.postjobfree.com
Ph No: +919*********, 089*-*******.
Contact Address:
D. No – 2-24/6/5, Flat no – 105,
M. K. Homes, Lakshmivani palem,
Pothinamallayapalem,
Visakhapatnam – 530041.
Andhra Pradesh.
OBJECTIVE
Intend to build a career with leading corporate of hi-tech environment with committed &
dedicated people, which will help me to explore myself fully and realize my potential. Willing to work
as a key player in challenging & creative environment.
AREA OF INTEREST
• Design & Modelling, Core Related Fields
SOFTWARES KNOWN
• Catia V5 R11 (Modelling)
• Solid Edge V19 (Modelling, Assembly and Drafting)
• AUTO CADD 2009
• Knowledge in ANSYS 12.0 (Static analysis in Structural and Thermal)
• Basic knowledge in Solid Works.
EDUCATIONAL QUALIFICATIONS
Pursuing M.E. in Engineering Design (Mechanical Engineering ) 2012 – 2014 with
7.3 CGPA (Until III sem) from Government College of Engineering, Tirunelveli, under Anna
University, Chennai ( Tamil Nadu).
B. Tech in Mechanical Engineering, 2008 - 2011: Graduated with 70.83% (First Class
with Distinction) from Chirala Engineering College, Chirala under Jawaharlal Nehru Technological
University, Kakinada.
Diploma in Mechanical Engineering, 2005 - 2008: with 79.13% (First Class with
Distinction) from M.R.A.G.R. Government Polytechnic College, Vizianagaram under State Board of
Technical Education and Training (SBTET) - Hyderabad.
S.S.C 2005 - Passed out with 75.5% from Z. P. High School, Mulapadu, Vijayawada
(Andhra Pradesh).
ACADEMIC ACHIEVEMENTS
• Ranked third in place during Diploma in performance for the batch of 2005-2008.
• Department topper during my B.Tech in IV, V, VI, VII semesters.
CONFERENCES ATTENDED
Attended National Conference RAIME’2014 held at National Engineering
College, Kovilpatti (Tamilnadu)
PROJECT WORK DETAILS
Diploma in Mechanical Engineering:
Project: Electro – Magnetic Braking System.
Fabrication of Electro – Magnetic Braking System also called electro-
mechanical brakes or EM brakes slow or stop motion using electromagnetic force to apply
mechanical resistance (friction). Both electromagnetic brakes and eddy current brakes use
electromagnetic force but electromagnetic brakes ultimately depend on friction and eddy current
brakes use magnetic force directly. This was fabricated to make use of it in areas where both
partially applied brakes (in cranes) and fully-applied brakes are required in a single machine.
Trams and trains use electromagnetic track brakes where the braking element is pressed by
magnetic force to the rail. They are distinguished from mechanical track brakes, where the
braking element is mechanically pressed on the rail. Electric motors in industrial and robotic
applications also employ electromagnetic brakes
B. Tech in Mechanical Engineering:
Project: Automatic Temperature Controller with Cooling system.
It is the refrigeration system which automatically controls the temperature of small room
(10 X 12 feet) maintaining Human comfort by use of Temperature Controller.
This Refrigeration System posses a Sensor ( Ultrasonic type Proximity sensor ), which is capable
of sensing small changes in room temperature thus activating the Temperature controller to run
the blower and pump of Cooler and thus the Sensor Technology enables to provide sufficient
Human Comfort.
This system is portable in size and is simple in construction. This is provided with a temperature
controller which is used for adjusting required temperature. This system is noise-less in operation
and its maintenance cost is also less. Further, this can be run un-interruptedly by making use of a
Solar Panel (Auto-tracking System), which rotates with the movement of the sun.
M. E. ( Engineering Design ) in Mechanical Engineering:
Project: Notch strength prediction of Glass-Fiber Reinforced Polymers (GFRP’s) using Design
of Experiments
The objective of this project is to determine the Notch strength of GFRP’s under different
Volume fractions of fiber (40%, 45% and 50%), fiber orientations (0 0, 450 and 900) and Notch
depths (1, 2 and 3 mm) considered as variable parameters.
Fiber reinforced Polymer composites are finding wide applications in numerous structures
of aircraft and spacecraft, subsea installation protection cover, large wind turbine blades as well
as other cladding situations. Study on Notched strength in Glass fiber reinforced polymers is used
to express the fracture behavior of composite specimen. The degradation of strength of composite
materials in presence of notch must be understood precisely under any situation for the wider
application and is of greater importance.
This work is focused to study the effect of notch by varying fiber content and its
orientation on the tensile properties and mechanical stresses that can occur in structural polymeric
composites. In this work, ASTM D638 standard (165X20X3 mm) is used for fabrication to study
the response of notch strength factors viz. Volume fraction of fiber, fiber orientation and notch
depth. Based on the three factors and three level considered for study, L9 orthogonal array was
selected to conduct the experiment. With these three variable parameters, a full factorial design
with 27 test cases is obtained and by using L9 orthogonal array the number of test cases is
reduced to nine experiments.
These fabricated composite specimens are to be analyzed using ANSYS software by
giving input property values (obtained from tensile testing) and is to be compared with test results
for validation.
MY STRENGTHS
• Ability to deal with people diplomatically
• Ability to learn independently
• Positive Attitude and Hard working
PERSONAL INFORMATION
Father’s Name : Mr. Ramakoti Challa
Mother’s name : Mrs. Venkata Leelakumari Challa
Date of Birth : 21 - 05 - 1990
Sex : Male
Nationality : Indian
Marital Status : Un Married
Languages : Telugu, English, Hindi and Tamil.
DECLARATION
I do hereby confirm that the information given above is true to the best of my
knowledge and belief.
Place: Visakhapatnam Yours Truly
Date: 26-04-2014