Mechatronics, Industrial Automation, Instrumentation, Mechanical

BILAL ALHASSOON

**** ****** ******, *********, **, Canada V5N 4A1 (Willing to relocate)

+1-604-***-**** *****.*********@******.***.** https://ca.linkedin.com/in/bilalalhassoon TECHNICAL SKILLS

Software Electrical skills Mechanical skills

• CAD software:

- Solidworks

- NX8.5 (Siemens)

• MATLAB & Simulink

• Ladder Logic

• C++

• Control of sensors and actuators

• Electric diagrams

• Electric lab tools

• PLC

• Soldering

• Mechanical drawings

• Mechanical tools

• Manufacturing process

• Hydraulic and pneumatic control

systems

EDUCATION

University of British Columbia. Vancouver, BC. September, 2015 –November, 2016 Master of Engineering in Mechatronics Design

Graduated with Grade (83.9%)

University of Jordan. Amman, Jordan. September, 2010 – January, 2015 Bachelor's degree in Mechatronics Engineering

Graduated with GPA (3.49 out of 4)

TECHNICAL WORK EXPERIENCE

Zultec (Packaging Equipment and Supplies co), Saudi Arabia Electro-mechanical Engineer

March, 2015 – May, 2015

• Worked a full-time job in the service department within a team of 4 electro-mechanical engineers

• Repaired CAS industrial platform scales efficiently and made sure that they are ready for delivery before the deadline

• Installed and calibrated industrial platform scales successfully for customers on site

• Operated and troubleshoot strapping machines (AKEBONO 505) to detect the malfunction

• Tested and operated Vacuum Packaging machines

• Maintained heat sealing machines and small bench scales in the workshop TECHNICAL PROJECTS

Implementation of mechatronics systems in wind turbine

(Master of Engineering Final Project)

May, 2016 – August, 2016

• Worked within a team of 3 engineering students to design and implement mechanical braking system, torque control and wireless monitoring on wind turbine project

• Designed and implemented automated mechanical braking system to achieve emergency braking and parking based on the required specifications

• Designed and machined mechanical parts to install the braking system components (caliper, brake disc and actuator base) on the wind turbine nacelle

• Helped in designing a torque control subsystem development using feedforward control input and power electronics circuit for limiting the output current from generator

• Participated in operating and maintenance of the wind turbine to make sure that the required experiments run smoothly

• Participated in weekly meetings to discuss the progress with the project supervisor by preparing a report and presentation.

NX 8.5 CAD/CAM Project (Coursework project)

January, 2016 – April, 2016

• CAD: Modeled a wearable iron man helmet using CAD software (NX 8.5) which included using a free form surface modeling tools

• CAM: designed the manufacturing process using CAM software (NX 8.5) to manufacture a half mold shape using a vertical CNC machine

Optical position sensor (Coursework project) January, 2016 – April, 2016

• Designed a prototype of position optical sensor that is immune to the effect of room temperature and light

• Calibrated and tested the sensor to verify the results by collecting and analyzing the data using Arduino and Matlab Machine tool vibrations (Lab projects) September, 2015 – December, 2016

• Metal cutting coefficients and cutting forces were obtained experimentally for milling operation using the data collected from the force sensor installed on the CNC machine

• Vibration measurements of the CNC machine spindle was collected using impact hummer and FFT analyzer

• Obtained mode shapes and chatter stability curves by analyzing the measurements using Matlab and Cut-Pro Can manufacturing company visit (Transducer coursework project)

September, 2014 – January, 2015

• Arranged a visit to “Crown Beverage Cans Company” in Amman by coordinating with company

• Worked as a team leader of a group of 3 engineering students to do a report and presentation on the production line and the sensors used in the factory

Transducers Lab Projects: September, 2014 – January, 2015

• Worked on lab experiments to study the characteristics and specifications of different sensors such as LVDT, strain gauge, Thermocouple and Thermistor

• LabVIEW with DAQ system was used to collect the measurements and display it on the PC Automatic curtain (coursework project) September, 2014 – January, 2015

• Worked as a team leader of a group of 3 engineering students to design a prototype of automatic curtain

• Designed the circuit for controlling the speed and direction of the DC motor used in the project

• Designed the components and the assembly of the curtain using CAD software (ProE)

• Installed and calibrated LDR sensor to measure Illuminance

• Created a user interface program on MATLAB (GUI) for controlling the curtain and showing the results in real-time AC motor elevator drive system (Drive systems coursework project):

September, 2014 – January, 2015

• Designed a simulation program using Simulink (MATLAB) of elevator system including: motion profile generation, VFD model, AC motor model and mechanical load model Automatic control coursework projects: January, 2013 – May, 2013

• Worked as team leader of a group of 3 engineering students to prepare practical experiments to study the effect of PID controller.

Electric third order system PID control:

• Designed electric third order system using op-amps and resistors to study the effect of PID control algorithm and implemented a real-time simulation using MATLAB, Simulink and Arduino PC fan speed control:

• Designed a proportional controller to control the speed of the fan depending on the temperature and LCD display was used to show the results

• Components used: Arduino, Temperature sensor (LM35), LCD line display, PC fan and MOSFET Automation laboratory: September, 2013 – January, 2014

• Designed ladder diagram and wiring circuit to control Automatic water filling station using Omron PLC

• Automatic garage door:

o Designed hard wired control system to control AC motor using relays and contactors o The same control system was designed using ladder diagram on Seimens s-300 PLC

• Designed ladder diagram to control a 4-flour elevator using Schneider PLC AWARDS

UBC Master of Engineering International Graduate Entrance Scholarship 2015-2016 University of Jordan scholarship 2014-2015

• Awarded to top 3 students in each discipline based on the GPA OTHER

• BC Driver’s license, Class 5

• Registered in APEGBC Engineer in training (EIT)

Computer Control of multi axis machine (Lab projects) September, 2015 – December, 2016

• 3 laboratory projects were done on 2-axis ball-screw driven machine which included system identification, controller design and trajectory generation

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