Edison Engineer, GE Renewable Energy, Bangalore. India
Aerodynamics at LM Wind Power, Bangalore, India (Jan'21-Present).
Aerofoil simulations using panel-codes and CFD.
Analysing impact of simulated airfoil polars on loads, performance and stability of wind turbine.
Multi-Body Dynamics at GE Research, Bangalore, India (Jan'20-Dec'20).
Multi-body dynamics modelling and simulation of wind turbine using Simpack.
Drive train and machine head modelling.
Aeroelasic simulations for loads, instabilities and vibrations.
Loads and Operability at GE Renewable Energy, Bangalore, India (Jul'19 - Dec'19).
System loads engineering:
Understanding of loads design practices and IEC design load cases.
Hands on experience with system simulation environment in Flex5.
Graduate Engineer Trainee (Research & Development) at Greaves Cotton Limited, Chennai, India (Jul'2015 - Jun'2016).
Research Intern at Indian Institute of Technology Madras under the Summer Research Fellowship Programme of JNCASR (Jun'2014 - Jul'2014).
Summer Intern in Robotics Design using Arduino at KC Robotics & Embedded Pvt. Ltd. (Jul'13).
M.S. (by Research) in Applied Mechanics with specialization in Fluid Mechanics from Indian Institute of Technology Madras, Chennai, India (Jul'2016 - Jun'2019).
B.E. in Mechanical Engineering with Distinction from M.S. Ramaiah Institute of Technology, Bangalore, India (Aug'2011 - Jul'2015).
Impact award on recognition for "Deliver with focus" at GE Research, December 2020.
Impact award for implementing Kaizen towards process automation at GE Research, July 2020.
Impact award for identifying bugs in existing wind turbine system modelling in Simpack at GE Research, March 2020.
Impact award for driving IEC based post processing of wind turbine loads at GE Renewable Energy, December 2019.
Secured All India Rank 2789 with score of 681 in GATE Mechanical Engineering 2016.
Obtained overall band score of 7 in IELTS held in December 2015.
Secured 2nd rank in B.E. Mechanical Engineering at M.S. Ramaiah Institute of Technology, Bangalore, India.
Academic excellence award for consecutive academic years 2012-2013, 2013-2014 and 2014-2015, awarded by Society of Mechanical Engineers, M.S. Ramaiah Institute of Technology, Bangalore, India
Technical skills: Multi-body dynamics, Wind turbine fundamentals, Wind turbine load cases, Numerical analysis, CFD, Direct numerical simulations, Turbulence, Bluff-body wake.
Software skills: CFD: Fluent, CFX Wind Turbine Multi Body Dynamics: Flex5, Simpack, Languages: C, C++, Fortran, Numerical Computation: Matlab, Finite element packages: Ansys, Tools: LaTeX, Visualisation: Paraview, CAD: Solid edge, Autodesk Inventor and PTC Creo, Version control: GIT.
Direct numerical simulation of flow over perforated plates (M.S. Thesis)
Finite difference code development for lid-driven cavity (Course Project)
Dynamics, stress and vibrational analysis of crankshaft (B.E. Project)
Design and manufacturing of All-Terrain Vehicle (Participated in Virtual BAJA SAE INDIA 2015, 2014 and BAJA SAE INDIA 2014) (B.E.)
Design and analysis of a portable/ detachable non-power driven kart (B.E.)
Member, Edison Council, Technical Pillar, General Electric, Bangalore, India, 2020.
Member, Core Organising Committee, Junkyard wars, GE Renewable Energy, Bangalore, India, 2019.
Core committee member, Applied Mechanics Student Association (AMSA), Apr'2018 - Present.
Teaching assistant at IITM: Courses
Team lead, Steering division, Team from M.S. Ramaiah Institute of Technology at Virtual BAJA SAE India 2015.
Exhibited project titled "Dynamic, stress and vibration analysis of crankshaft" in "PRADARSHANA", a two day project exhibition held at M.S. Ramaiah Institute of Technology, Bangalore.
Participated and represented M.S. Ramaiah Institute of Technology in a team of four in the event "Ready Set Brake" held at R V College of Engineering, Bangalore which involved design and fabrication of a low cost, non-powered kart.
Attended self-defense workshop conducted by Kravmaga, Tamil Nadu in collaboration with Disaster Management Committe, IITM on 10 th February 2018.