Adeek Faizal

Cell Phone 403-***-**** ** Panamount Drive NW, Calgary, AB T3K 5L9

Email adf3i4@r.postjobfree.com

https://www.linkedin.com/in/adeek-faizal-4a335b1a8/ Home phone 403-***-****

EDUCATION

Bachelor of Engineering, Biomedical and Electrical Engineering September 2015–April 2020 Carleton University, Ottawa, ON

Alexander Rutherford High School Achievement Scholarship, Government of Alberta

Entrance Bursary Award from Carleton University

RELEVANT SKILLS

Technical and Analytical Skills

Proficient in Java, C, C++, MATLAB and Simulink to develop programs and models that could analyze complicated systems and mathematical functions

Experience with digital signal processing (DSP)

Medical image analysis in MATLAB

Experience using AutoCAD for design

Experience working with bio signals such as ECG, PPG and EMG

Experienced with circuit design and simulation programs such as OrCAD and ISE design implementing computer simulation suit 14.7 (gate level circuits and verification)

Built circuits in bread board using resisters, capacitors, diode, BTT and MOSFET

Made simple non-inventing op-amp design

Made and validated integrator, instrumentation amplifier, filter, rectifier, comparator, trigger, monostable, relay, optoisolator circuits and assembled to make electromyographic (EMG) signal produced by a forearm-controlled mouse (Bioelectronics)

Designed and constructed a circuit to record ECG using the following components: OP97, ISO124, AD620, LM741, 9V batteries, electrodes and snap cable

Used ANUS electric Desktop-Maxwell 2D/3D solver software to visualise electric field vectors and voltage equipotential in a cross section of structures consisting of conductors and insulators and analysed magnetic fields of different structures

Experienced with testing and debugging variations of the Intel 80x86 processor

Experienced with microcontroller embedded systems protocols, such as I2C and SPI communication protocols, to setup and test embedded devices

Scripted in embedded C using the Keil uVision IDE to program an ARM Cortex-M4 Microcontroller to simulate a multi-way joystick with programmable LED lights

Knowledge of embedded systems theory, such as interrupts, communication protocols, computer architecture, with experience in applying theoretical concepts within the lab testing environment

Used SciDAVis program for graphing FM and AM wave plots

Experienced in writing technical documents and engineering design reports at a professional standard, which were submitted as assignments in engineering courses

Possess statistical, research and ethics knowledge relevant to Engineering and science Laboratory Skills in Biohazard Environments

Experienced and adhered to bio safety level 1 and 2 laboratory environment protocols

Operated equipment such as biosafety cabinets, conventional polymerase chain reaction (PCR) machines, gel electrophoresis equipment and Gel Doc system

Used molecular biology techniques such as nucleic acid extraction, PCR and sequencing

Worked in a team environment with different cultures and attended weekly meetings to discuss progress of research projects

APPLIED PROJECTS

Team Leader, Final Year Capstone Project September 2019-April 20220 Designed and constructed a prototype smart scale for monitoring physiological parameters

Measurement of weights using load cells

Measurement of body composition using bioimpedance analysis

Measurement of heart rate using photoplethysmogram (PPG)

Arduino microcontroller was applied to process measurements originated from sensors

Included android application

Wrote proposal, progress report, final report and data presented Team Leader. January-April 2019

Research on effect of weight lifting in isometric position on handgrip strength

Wrote a proposal and research ethics board (REB) clearance application

Conducted research using human subjects, data presented and wrote a final paper Team Leader September-December 2017

Constructed a Simple DC motor

Gathered materials to build, test and demonstrate a functional DC motor Team Leader September-December 2017

Redesigned a Tug of War Computer Game

Used Verilog to redesign a program to implement into FPGA modifying an existing Tag of War Game

The redesigned components include the technique of advancing to the next state in the game as well as adding sound for the winner and four player mode

Won the third place at Institute of Electrical and Electronic Engineers (IEEE, student branch) Carleton FPGA competition

WORK EXPERIENCE

Summer Research Student May–August 2016

University of Calgary Faculty Veterinary Medicine, Calgary, AB Supervisor, Dr. Frank van der Meer (Associate Professor-Global Health)

Extracted nucleic acid from hundreds of cattle tissues such as spleen, intestines and esophagus

Set up and ran hundreds of PCR assays using ribonucleic acid as a template

Ran hundreds of PCR products using gel electrophoresis technique

Gel purified PCR products prepared for sequencing of bovine viral diarrhoea virus (BVDV) genome

Sequencing data analysed

Project data were communicated as oral and poster presentations to fellow students and Professors EXTRA-CURRICULAR EXPERIENCE

Member of IEEE, Carleton University September-December 2016

Assisted with selling course notes and lab books

Collected money from selling printing and confectionary items

Helped fellow students and attended IEEE events

MEMBERSHIPS IN PROFESSIONAL ASSOCIATIONS

Ontario society of Professional Engineers (Student member) September 2015–Present

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