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OBJECTIVE
To obtain a challenging internship, in the core areas of Astronautics and which may involve Space Physiology / Space Systems Engineering / Human Factors / Finite Element Analysis / Structural Analysis / Modeling & Simulation.
EDUCATION
Massachusetts Institute of Technology (MIT), Cambridge, USA June 2010
· Candidate for Master of Science, Aeronautics & Astronautics (GPA: 4.90/5)
· Relevant Courses: Introduction to Numerical Simulations, Space Systems Engineering, Astrodynamics, Human Factors Engineering, Space Physiology.
Indian Institute of Technology (IIT) Bombay, Mumbai, India Apr 2008
· Bachelor of Technology in Aerospace Engineering (GPA: 9.52/10)
· Institute Silver Medal - Awarded by the President of India for being the topper of Aerospace class of 2007 - 08.
· Institute Academic Prizes - Awarded for best annual performance in Aerospace Engineering (2005-06, 2006-07).
· Secured 99.95 percentile in national level college entrance exam conducted by IIT.
· Relevant Courses: Mechanics of Materials, Structural Dynamics, System Modeling - Dynamics and Controls, Numerical Grid Generation, Complex Analysis and Partial Differential Equation.
EXPERIENCE
Man Vehicles Lab, Massachusetts Institute of Technology, Cambridge, USA
· Fluid Helmet Liner for Protection Against Blast Induced Trauma, MS Project since Sept 2008
o Performed FEM (Abaqus) / CAD (Solidworks) of a helmet liner having channels filled with fluids.
o Designed experiments for model validation at a test facility at Purdue University.
o Co-presented one Conference paper. Submitted a Journal paper and a Patent disclosure.
· Earth Based Prototype for Google Lunar X-Prize, Course Project Sept 2008 - May 2009
o Designed (in a team of 5) the structure of the spacecraft and performed dynamic load analysis.
o Test flight was successfully conducted in June 2009. The group also presented a Conference paper.
· Enhancing the Benefits of Artificial Gravity with Exercise & Vibration, Course Project Mar - May 2009
o Designed (in a team of 5) a countermeasure to maximally stimulate antigravity muscles and bones that incorporated artificial gravity, exercise, and vibration on a centrifuge. Modeled one-legged and two-legged squats in 1-G.
o Results indicated that our proposed countermeasure would surpass the performance of the iRED.
Indian Institute of Technology Bombay, Mumbai, India
· Aerial Combat Modeling, Senior Year Thesis Aug 2007 - Apr 2008
o Concepts of Game theory and probability were applied for predicting the response of pilots in close combat.
o The ideas utilized can be extended to any kind of conflict situation in various fields for e.g., predicting outcomes of markets, card games, sports events etc.
· Literature Survey on Detached Eddy Simulation, Junior Year Thesis Jan - Mar 2007
o Comprehensive literature survey is carried out on this new turbulence modeling scheme. It incurs lesser computing cost, as compared to standard schemes like LES, Reynolds Averaging etc.
· Stress Wave Attenuation during Ballistic Impact on Ceramic Tiles, Undergraduate Research Nov 2006 - Apr 2008
o Numerically and experimentally investigated the effect of Ballistic impact on Ceramic tiles used in armor jackets, bullet-proof cars etc. Coined the term stress wave attenuation coefficient which is based on material property.
o Presented one Conference paper. Published one Journal paper; another Journal paper is submitted for review.
· Back Pressure Effect during Impact on Composite Structures, Undergraduate Research May - Oct 2006
o Experimentally investigated the effect of low velocity impact on pressurized vessels; aircraft frame etc, made of Composites. Two opposing phenomenon governing variation in peak contact force and deflection were discovered.
o Presented one Conference paper. Submitted one Journal paper which is under review.
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| 1 month - Discovery | 400 euros | convert |
| 3 months - Bronze | 1050 euros | convert |
| 6 months - Silver | 1800 euros | convert |
| 12 months - Gold | 2950 euros | convert |