Greater Toronto Area, Canada
Display NPI
• Developed software for real time control to meet various automotive standards such as ISO 26262 • Designed and developed software for multi-core embedded processors (C2000) to increase the total performance output • Implemented a data logging system for mission critical application using fail-safe file system to function as a system “Blackbox” • Designed software to utilize distributed control system models to minimize harness overhead in vehicles • Developed various low-level system drivers to interact directly with various sensors and actuators ASIC • Implemented a bootloader design for user-friendly firmware update in a secure manner • Worked with various common communication standards used in automotive industry such as CAN FD, FlexRay, Ethernet, and USB
• Developed Simulink based control systems to control various aspects related to vehicle mobility for Armored Combat Vehicles • Implemented MATLAB/Simulink based software deployment strategy using automated code generation tools to meet automotive standards such as ISO 26262 and ASIL D. • Created multiple vehicle models to simulate suspension behavior based on in-field data • Developed a Ride height and semi-active control system for wheeled and tracked Armored Combat vehicles
• Programmed 6 DOF robotic arm to follow pre planned trajectory using inputs from CAN bus • Implemented an automated DAQ system (in/using) LabVIEW to create large contact force/torque data samples to train neural network
• Designed and handled manufacturing process of support system for heavy equipment used in drywall manufacturing process • Created conceptual design of pressure vessels used to store explosive content such as Cerelose as well as performed several simulations to determined their failure point • Worked with senior engineers as well as several vendors to come up with most cost effective solution to bring down sound level of industrial fans from 105 dBA to 85 dBA in order to meet safety standards
• Redesigned the copper tubing used inside water source heat pumps using SolidWorks to optimize them for automated tube benders and cut-to length machines • Used Computational Fluid Dynamics (CFD) analysis to determine the effects of water and refrigerant R-410A on redesigned copper tubes • Created spare parts list & technical illustrations of different heat pumps using SolidWorks Composer • Assisted to set up automated HVAC control system in high-risers