Education

I am currently pursuing a PhD in MIT's Aero-Astro graduate program, having completed my Master's at the same department. I completed my B.Tech (Hons.) at IIT Madras in Aerospace Engineering, with a minor in Material Science.

Scores

Current MIT GPA - 5/5

Undergraduate GPA -3.96/4 (WES Reference no - 2938768)

GRE - 331/340 (V161, Q170, AWA 4.5) (2015)

TOEFL iBT - 116/120 (L30, S26, R30, W30) (2015)

AP Calculus AB - 5/5 Physics B - 5/5 Physics C (E&M) -5/5 (2012)

SAT Subject Test (Physics, Chemistry, Maths-2) , 2011 - 2400/2400 (2011)

Coursework

Major

Solid and Structural Mechanics

• Basic Strength of Materials

• (Aerospace) Structural Mechanics

• Fracture Mechanics

• Experimental Tech. in Struct. Mechanics

• Engineering Plasticity

• Engineering Mechanics

• Aerospace Structures

• Mechanical Behavior of Materials

• Plasticity and Plastic Deformation

• Elasticity

• Finite Element Analysis

• Micromechanics

• MIT 2.071 - Solid mechanics

• MIT 2.072 Mechanics of continuous media

• MIT 2.073 (Listener) Plasticity

• MIT 2.074 - Elasticity

• MIT 2.076 - Mechanics of Heterogeneous Materials

• MIT 2.099 - Computational Mechanics of Materials

• MIT 2.060 - Structural Dynamics

• MIT 2.081 - Plates and Shells

Propulsion and Gas Dynamics

• Propulsion

• Gas Dynamics

• Vibrations

Fluid Mechanics, Aerodynamics & Flight Dynamics

• Fluid Mechanics

• Flight Dynamics

• Introduction to CFD

• Aerodynamics

• Experimental Aerodynamics

• Introduction to Space Technology

• Aerodynamics & Design

Labs

• Introduction to Aerospace Lab

• Low Speed Lab

• Propulsion Lab

• Aero Lab

• Aero Lab II

Minor and Free elective

• Introduction to Materials Science

• Modern Tech in Materials Characterization

• Material Processing Techniques

• An introduction to Nanoscience and Nano Technology

Mathematics and Computer Science

• Calculus 1 Functions of one variable

• Calculus II Functions of several variable

• Introduction to Computational Engineering

• Differential Equations

• Complex Variables and Transform Techniques

• Linear Algebra & Numerical Analysis

• Partial Differential Equations

• MIT 16.910 - Introduction to Numerical Simulation

• MIT 16.920 - Numerical methods for PDEs

• MIT 18.335 - Introduction to numerical methods

• MIT 6.036 - Introduction to Machine Learning

Physics

• Physics

• Physics Lab

• Physics II

• Physics Lab II

Chemistry

• Chemistry Lab 1

• Chemistry Structure, Bonding & Reactivity

Humanities and Social Sciences

• Modern Government & Comparative Constitutions

• Indian Art

• Design History

• Professional Ethics

Other Introductory Courses

• Chemistry: Structure, Bonding & Reactivity

• Basic Electrical Engineering

• Engineering drawing

• Life Sciences

• Ecology & Environment

• Introduction to Aerospace Engineering

• Concepts of Engineering

• Thermodynamics