Indianapolis, IN

Position Desired

Chemical Engineering
Anywhere in the U.S.


MS Chemical Engineering Syracuse University, Syracuse, NY (May 2015)
Coursework: Advanced Chemical Engineering Design, Transport Phenomena, Kinetics, Advanced Chemical Eng. Thermodynamics, Statistics, Bio separations, Radiochemistry, Process Dynamics & Control
BS Chemical Engineering, Acharya Nagarjuna University, Guntur, India (May 2012)

Productivity Tools: Microsoft Office
Programming Languages: C, C++, MATLAB, Simulink


“Fundamentals of Control Systems – Diesel” SAE Certificate of Mastery course (July 2015)
LHP Software
• Engineering Process Training
• CAN Communications (J1939)
• Code Generation Training
• Controls Theory and Application
• Diesel Engine and Controls Training (Speed Governing; Controls Model; System Diagrams, Wiring, and CAN)
• Business Etiquette, Leadership, Stress Management, and Teamwork

Chemical Process Engineer - Amzole India Private Ltd., Udaipur, India (Jul 2012-Apr 2013)
• Application of chemical engineering principles to the manufacturing process of the product 40% Glyoxal.
• Monitoring, Interpreting and analyzing control room data to lead engineer, exposure to DCS.
• Performing site inspections with lead engineer for troubleshooting, maintenance and understanding P&ID.
• Performing material/heat balance operations over batch and continuous processes and various unit operations/ processes.
• Performing pilot plant analysis for scale up operations and writing technical reports

Engineering Intern -“Bharat Petroleum Corporation Ltd.”, Mumbai Refinery, India (Apr -May 2011)
• Practical exposure to “Crude Distillation Unit”, “Vacuum Distillation Unit”.
• Exposure to control room operations for “Crude Distillation Unit”.
• Performing safety exercise in case of fire/ chemical hazard.
• Producing daily material and heat balance over “Crude Distillation Unit”.

Process Simulation/Modeling Proficiency:
• Aspen PLUS, Aspen HYSYS, CHEMCAD, PROII (beginner), COMSOL Multiphysics.


Development of a Model to meet Min Governor & Max Governor requirements in a vehicle July 2015
LHP Software
• Min & Max Gov models are used to set the required RPM and Fuel count values for a vehicle in different engine states.
• Developed control strategies for desired requirements using MotoHawk and Simulink tools.
• This Model is simulated with different load values and pedal positions.

Development of Electronic Throttle Controller July 2015
LHP Software
• Designed, developed a feedback PI Electronic Throttle controller using MotoHawk and Simulink tools
• Calibrated the control system using MotoTune.
• Tested and validated PI controller using Throttle Valve.
• Eliminated instabilities encountered in the Feedback PI controller.
• Remotely controlled ETC using CAN communication.

Development of a Control System for an Electronic Fuel Injector July 2015
LHP Software
• Developed a control system using MotoHawk and Simulink tools.

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