I'm Michel Georges Najarian
a University of Waterloo Computer Engineering graduate
I'm currently a Lead Software Engineer at Skuid.
My previous experiences include InFlight, International Financial Data Services, Health Canada and two different co-ops at SITAONAIR
Using TMDb's public API, this project's main feature recursively renames all TV shows video files inside a root folder into appropriate and clean names.
For example, if we have the following files:
we'd get the following results after running the application:
Using dynamic programming, this application would keep track of the number of coins and bills of different values and given an input such as a total amount and cash amount given by a customer, the application would tell the cashier the most efficient way to return the change (i.e. using the least amount of bills and coins
In case a a significant decrease of the number of coins of a certain value, the odds of this coin value to be returned decreases significantly due to the probability amd random functions implemented
For example, if the total sum is $63.27, and a customer gave $65.00, then the change would be $2.75 (there are no 1¢ in Canada) which would be returned as a single $2 coin and 3 25¢ coins
Used the Texas Instruments microcontroller MSP430, as well as other components such as an ultrasonic radar, a keypad, colored LEDs and resistances of differnet values to balance the currents. A user can enter the maximum distance to sense and depending on the distance of the bike with the nearest object, different color LEDs light up
All components such as the ultrasonic distance sensor, the LEDs or resistors were soldered on a daughterboard. Daughterboard PCB routes were traced manually