SURVI RAGHU GOUD Address: 2-36, Nagaram.Hyderabad.Telangana-500083. Mobile: +91-8143492498, 07388460777 Email id: raghugoud1991@gmail.com

Career Objective

Acquire a challenging position in a professional organisation where I can extend the boarders of my knowledge

with continuous learning whilst at work and augment existing knowledge and achieve organizational goals.

Educational Qualifications

Year of pass Degree/Class Institution/Board Percentage/CPI

2013 - 2015

M.Tech (Aerospace Engineering)

(Structures)

Indian Institute of Technology,

Kanpur ( I.I.T KANPUR )

7.25/10 (72.5 %)

2008 - 2012

B.Tech (Aeronautical)

Malla Reddy College of Engineering

and Technology/ JNTUH

77.46 %

2006 - 2008

Intermediate (M.P.C)

Ratna Junior College

89.2 %

2005 - 2006

S.S.C

Frobel’s Garden High School

84.5 %

Technical Skills

Softwares: ANSYS, CATIA (GD &T), ABAQUS, AUTOCAD, LabVIEW.

Programming Language: MATLAB, C.

Achievements

Secured All India Rank 91 with 97.11 percentile in the GATE exam 2012 (Aerospace discipline).

Selected with Direct admission for M.Tech in IIT Bombay and IIT Kharagpur.

Stood first in High School Exams and received prize as a token of merit.

M.Tech Thesis

Effect of Resin/Hardener Ratio on the Dynamic Fracture of Epoxy System (Experimental)

Mentor: Dr.Rajesh Kitey, Assistant Professor, IITK (PhD in Auburn University, USA)

The Epoxy variants are prepared by mixing the constituent material in six different ratios by weight: 100:40,

100:60, 100:80, 100:100, 100:120 and 100:140 and modified them as per the ASTM Standards by creating notch

and natural crack in it.

Calculated the Experimental values of Elastic properties like Young’s modulus and Poisson’s Ratio for all the

compositions of neat epoxy using UTM, strain gauges and LabVIEW software.

Investigated the Fracture Toughness property by performing dynamic impact loading using SHPB (Split-

Hopkinson Pressure bar).

B.Tech Project

Design and Analysis of Surface to Surface missile (Computational)

Mentors: A.G.Sarwade (DRDO Scientist) and Ms. Sudha Deepthi (Asst. Prof.)

Softwares Used: CATIA V5R20, ANSYS CFX, MATLAB

Results: Designed a missile which can travel a range of 50 Km within 125 sec. A New idea was proposed that

one can use old existing surface to air missiles as surface to surface missiles. Outer Structure designed in CATIA

and a flow of Mach 4 was simulated over it in ANSYS CFX and obtained properties at supersonic speed.

Key Academic Projects

Analysis of Inverted 3 Dimensional L section beam using Shell / plate element and 3D beam element approaches

in ABAQUS.

Industry oriented Mini Project

Design of a Triple spool Turbine Jet engine:

Designed three compressor blades and corresponding three turbine blades to run these compressors.

This engine and blades were designed in CATIA.

Positions of Responsibility & Extra-Curricular

Teaching Assistant of Aero structural Lab Experimental Course AE 451A in IIT KANPUR and taught the

following experiments to the Employees of Hindustan Aeronautics Limited (H.A.L).

Determining the Natural frequencies of two beams by performing FFT

Torsion Test

Principal axes of a given cross-section in a thin walled beam.

Took over charge as Volunteer in the Technical fest “AERODYNE 2K11” and Paper presentation

programme in MRCET college during my B.Tech (2010-12).

Training & Workshops

Underwent training in the “CATIA SOFTWARE” from “Engineering and Industrial Services (EIS) from June

06-30, 2011.

Participated in the Workshop on “HUMAN FACTORS AND SAFETY IN AVIATION” on Oct 12, 2010.

Interests and Hobbies

Design/Analysis, Research & Development, painting, Nature lover, watching movies and Reading

Inspiring quotes & stories.

Relevant Courses

Fracture and Fatigue

Mechanics of Solids

Mechanical Vibration and Structural

dynamics

Finite Element Methods

Fluid Mechanics

Engineering Mathematics

Engineering Mechanics

Aerodynamics

Aircraft structural Analysis

Composite materials

Propulsion

Rocket and Missile design