Harry Singh Email & Phone Number

Los Gatos, Ca, Us

Cupertino, California, Us

San Francisco, California, Us

Jiading, Shanghai, Cn

• Led the development of a scalable, autonomous, and python-based testing/analysis platform for deploying remote firmware to 55 fleet vehicles, resulting in savings of over 5800 man-hours per month• Conducted root-cause analysis upon observed failures of a major C++ implemented customer-impactful feature for the Nio ES8 vehicle, causing an increase of 32% deployment rate across the customer vehicles• Fabricated a remote debugging tool, deployed across Nio ES6 fleet vehicles in USA and China, analyzing system-wide networks as well as relaying diagnostic information back• Programmed C++ and python tools to support FW and HW teams with automated system-level emulation activities • Creating and executing modern autonomous vehicle monitoring methods and simulators, combining various network methods and independent linux modules• Modelling, simulating, and creating drawings, using CATIA v6 and ANSYS, for future iterations of enclosures and harnesses

Edmonton, Alberta, Ca

• Led a team to implement an autonomous driving AI system for a self-driving vehicle race in 2018• Retrofitting a hydrogen fuel-cell vehicle with electronic steering and braking systems as well as a Velodyne LIDAR, Radars, and stereoscopic cameras to support self-driving• Engineered a communication system for the vehicle comprising of an Android app, a Raspberry Pi, and a remote emergency stop with support for remote telemetry and debugging• Fabricated the steering assembly as well as the outer carbon-fiber parts shell for the vehicle and raced it in Shell Eco-marathon Americas (Category Winner) and Shell Eco-marathon Europe

• Designed, engineered, and manufactured an apparatus to be flown on board a stratospheric balloongondola in frigid conditions (-60°C)• Tested the effects of calcite aerosols on the local ozone concentrations in the stratosphere in collaboration with the Canadian Space Agency (CSA)

Gardena, Ca, Us

• Conducted root cause analysis on various CAN/LIN busses and successfully reduced the bus load by 25% on a new model electric vehicle • Programmed, applied, and tested a variety of different vehicle security solutions, including NFC and BLE, on prototype vehicles• Designed the software specifications for and implemented interior ambient lighting nodes for vehicles• Created a lighting test rig to test experiment with various delay and fade levels among the interior lights

Calgary, Alberta, Ca

• Investigated motor bearing failures through vibrational analysis and suggesting possible solutions to prevent future malfunctions• Developed a vibrational analysis system plan to perform preventative maintenance on all the rotating assets in the plant, to ensure all wear-out degradation failures are captured ahead of time• Increased the availability of most rotating assets by 33% via setting up a plan to implement predictive maintenance measures early in the lifecycle of the asset

Calgary, Alberta, Ca

• Investigated equipment failure and ensured new design changes were incorporated appropriately to prevent system malfunctions• Achieved 100% document closure rate by ensuring the compliance of isometrics, loop diagrams and PIDs with CNRL’s set of standards for approving vendor documents• Turned over plant sub-systems to CNRL operations upon a successful construction site inspection; sped up the process by 35% via creating VBA programs and automating tasks

• Assembled and configured a wireless communication system designed for a remote-controlled aquatic platform with a team of scientists and engineers• Reviewed and validated AEMERA’s air mapping and advanced monitoring technology; demonstrated tool offerings to prospective clients at the Oil Sands Symposium 2015

Edmonton, Ab, Ca

Under the guidance of Dr. Qing Zhao at the University of Alberta, I have had the opportunity to design and implement a GUI (Graphical User interface) for a fault detection mechanism using Matlab, incorporating features such as live plotting and post editing of the collected data set. Another project which enhanced my modelling capability was developing a model which classified objects based on a multi-class SVM approach. These experiences made my problem solving skills adaptable and transferable to a different work environment.

Toronto, Ontario, Ca

As a campus ambassador for Microsoft, I facilitated workshops to demonstrate and promote new technologies developed by Microsoft. This position helped me boost my leadership skills as I was the first point of contact between sales managers and other campus ambassadors. I also developed effective time management and interpersonal skills by balancing a 15 hour weekly work schedule along with full time studies.

Master Of Engineering - Meng, Electrical Engineering And Computer Science - Machine Learning

Bachelor Of Science (Bsc) In Engineering, Mechanical Engineering Co-Op

Self-Driving Car Nd

High School Diploma