 Special Projects Group - Autonomous Systems

 Special Projects Group - Autonomous Systems

• Designed and implemented firmware to detect presence of foreign entities in testing space and prevent uncontrolled state of the vehicle due to failures (power, communication loss etc.), vastly enhancing safety conditions• Implemented python scripts to automate monitoring of testing environment and send email notifications based on component failures• Developed an embedded solution enabling remote and unsupervised regression testing, saving over 10 hours of regression test development every week, and over 4 hours per execution of the test suite

• Coordinated with multiple teams to engineer requirements for full simulation of driving conditions• Developed a firmware framework to simulate real-world conditions to extend the fully automated regression test suites for the Model X• Automated validation of Trailer Mode and Geofencing, directly impacting over 80,000 production vehicles

• Created scripts to find mismatch in modem and router responses by sniffing data from live LAN traffic• Developed a web application responsible for remote debugging of the in-flight Wi-Fi system on-board an aircraft using AngularJS and C++ impacting over 10,000 customers using the in-flight Wi-Fi services every day

• Devised a new lab for the course utilizing a custom CPLD development board• Instructed a class of over 30 students for an essential Digital System Design course

• Learnt Python to build scripts for automation in testing of car modules.• Coded in C# focusing in Controller Area Network (CAN) Calibration Protocol (CCP) for Data Acquisition and calibration of Electrical Control Units (ECU) within a car.• Enhanced and resolved errors in existing GUI in C# for sending data from host to the slave devices to establish proper functioning of the ECUs.• Implemented the tools for testing used by the firm.