TECHNICAL SKILLS
Lab Skills Soldering Equipment, Usage of Breadboard, Design and Debugging Circuits, Three Phase Power Supplies, Oscilloscope, Multimeters, Spectrum Analyzer
Software AutoCad, BricsCad, MicroStation, PSIM, MS Word, MS Outlook, PSCAD, Altium Designer, Simulink, Labview, MATLAB, SolidWorks, Quartus, ModelSim, Visual Studio, CrossIDe, CircuitMaker
Software Design Assembly Language, C Programming, HTML, CSS, Javascript,
EDUCATION
University of British Columbia Anticipated December 2014
Bachelor Degree of Applied Science – Electrical Engineering
Specialization – Electrical Energy Systems
TECHNICAL PROJECTS
Power System for Tethered UAV 2013-2014
• Used PSIM to simulate a Bus Converter Module DC-DC converter circuit to determine if the circuit was feasible by comparing with limitations specified in the datasheet
• Designed the UAV Avionics circuitry by using PSIM to test different designs capable of handling up to 400 volts and ensuring that the system is fault efficient.
• Used MS Word to write Meeting Minutes at weekly client, TA or professor meetings to ensure that enough detail is provided to proceed with tests and developments
• Generated waveforms to gain insight on limitations and potential faults that can occur during operation at full load, half load and no load conditions
Active Gimbal 2012
• Built an Active Gimbal capable of detecting its current angle by using capacitor sensors and adjusting accordingly so that the angle remains constant regardless of its position
• Designed the mechanical parts with SolidWorks by collaborating with team members and taking into consideration the pros and cons of each design
• Used C to program a Microcontroller which initiated an LCD screen capable of displaying and adjusting the current and desired angles of the Active Gimbal
• Designed a combination of circuits capable of detecting its current position and powering 2 motors simultaneously to adjust its position
Radio Synchronized Clock 2012
• Programmed a Real Time Clock circuit with Assembly code by using a LM5555 timer to display the date and time on an LCD screen and the 7 segment displays simultaneously
• Enabled the Clock to continue operating when the power source is disconnected by using a capacitor in place of the power supply
• Enhanced the Real Time Clock to adjust for the 7 different time zones across Canada with the use of switches
• Generated a temperature sensor by using an Analog to Digital converter capable of detecting positive and negative Celsius values and displaying them on a LCD screen
WORK EXPERIENCE
Sungevity 2014
Design and Engineer Intern
• Used AutoCad to create approximately 15 Home Visit Forms for site auditor’s to fill with information in regards to roofs, obstructions, MSP and also Suneye readings
• Created predesigns with roof dimensions and obstructions upon receiving the Home Visit Forms back...
Login or Register to view the full resume.
