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21 9 June 1994 AGE ——————————————MALAYSIA No. 1236 Lorong 7/4 Taman Selasih,09000, Kulim, Kedah Locaon —————————————— English Bahasa 日本語 Language Wan Muhamad Asyraf Bin Wan Zaki [email protected] +60 197498472 FACULTY OF BIOSCIENCES AND MEDICAL ENGINEERING UNIVERSITI TEKNOLOGI MALAYSIA Born in Penang, Malaysia, 1994. Undergrad student of Biomedical LAB SKILL Automaon & Robocs 63% Electrical Device and Control 65% Instruments Handling 55% COMPUTER SKILL 47% 70% 40% Engineering in University Teknologi Malaysia. My professional career start early at my 1st university year. Utilizing my passion in neuro-robotics, I start volunteering in BOINC project for Open-Neuroscience research. Sooner, I joined Start-up Johor doing instructable tutorial and spend majority of time working on genetic algorithm and artificial intel- ligence, which I had the opportunity to expand my knowledge not only in robotics, but also application on medical devices, augmented medical imaging, enhanced rehabilitation technology and ultimately, smart drug delivery system. Educational Background From 2013 and expected to graduate in June 2017. Bachelor of Engineering (Biomedical), Universiti Teknologi Malaysia, Johor Bahru. Current CGPA: 3.45 Malaysian University English Test (MUET). Year: 2012 Centre for Foundation Studies, Universiti Teknologi MARA, Selangor, Malaysia, 2012-2013. Malaysian Certificate of Education (SPM), SMK Taman Jelutong, Kulim, Kedah 2011. Achieved 7A 2B. Handling combinational logic circuits, MSI circuits, adder circuits, decoder circuit, comparator, counter designing, network theorems, operation of a programmable logic controller (PLC) system and resonant circuits. Ability in instrumental devices (oscilloscope, function generator, etc.) with the knowledge of fundamental operation, wiring coherent and error- free assembly and assembly language Experience in construct a bipedal robotic project by using high torque servo, microcontroller and electrical control wiring in circuits, direct on line, forward reverse control, pre-program behaviour and deep-learning behaviour. MS Office: C++: Python: MATLAB: NI LabVIEW: NI Simulink: Arduino IDE: Solidworks: |||||||||| [90%] |||||||||| [70%] |||||||||| [77%] |||||||||| [83%] |||||||||| [43%] |||||||||| [70%] |||||||||| [80%] |||||||||| [79%] Graphic Manipulator CAD and Simulation Assembly Language Brevis oratio penetrat coelos Latin Proverb

Transcript of cvinformal

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21 9 June

1994 AGE

———————————————

MALAYSIA

No. 1236 Lorong 7/4 Taman Selasih,09000, Kulim, Kedah

Location

——————————————

English

Bahasa

日本語

Language

Wan Muhamad Asyraf Bin Wan Zaki

[email protected]

+60 197498472

FACULTY OF BIOSCIENCES AND MEDICAL ENGINEERING

UNIVERSITI TEKNOLOGI MALAYSIA

Born in Penang, Malaysia, 1994. Undergrad student of Biomedical

LAB SKILL

Automation & Robotics

63%

Electrical Device and Control

65%

Instruments Handling

55%

COMPUTER SKILL

47%

70%

40%

Engineering in University Teknologi Malaysia. My professional career start early at

my 1st university year. Utilizing my passion in neuro-robotics, I start volunteering

in BOINC project for Open-Neuroscience research. Sooner, I joined Start-up Johor

doing instructable tutorial and spend majority of time working on genetic algorithm and artificial intel-

ligence, which I had the opportunity to expand my knowledge not only in robotics, but also application

on medical devices, augmented medical imaging, enhanced rehabilitation technology and ultimately,

smart drug delivery system.

Educational Background From 2013 and expected to graduate in June 2017.

Bachelor of Engineering (Biomedical), Universiti Teknologi Malaysia, Johor Bahru.

Current CGPA: 3.45

Malaysian University English Test (MUET).

Year: 2012

Centre for Foundation Studies, Universiti Teknologi MARA, Selangor, Malaysia, 2012-2013.

Malaysian Certificate of Education (SPM), SMK Taman Jelutong, Kulim, Kedah 2011.

Achieved 7A 2B.

Handling combinational logic circuits, MSI circuits, adder circuits, decoder circuit, comparator, counter designing, network theorems, operation of a programmable logic controller (PLC) system and resonant circuits.

Ability in instrumental devices (oscilloscope, function generator, etc.) with the knowledge of fundamental operation, wiring coherent and error-free assembly and assembly language

Experience in construct a bipedal robotic project by using high torque servo, microcontroller and electrical control wiring in circuits, direct on line, forward reverse control, pre-program behaviour and deep-learning behaviour.

MS Office:

C++:

Python:

MATLAB:

NI LabVIEW:

NI Simulink:

Arduino IDE:

Solidworks:

|||||||||| [90%]

|||||||||| [70%]

|||||||||| [77%]

|||||||||| [83%]

|||||||||| [43%]

|||||||||| [70%]

|||||||||| [80%]

|||||||||| [79%]

Graphic Manipulator CAD and Simulation Assembly Language

Brevis oratio penetrat coelos ― Latin Proverb

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Co-Curriculum activities

A. Basic horticulture (year 1/ semester 2)

B. Leadership and associations clubs (year 3/ semester 1)

SEMESTER 1

I. BASIC ANATOMY AND PHYSIOLOGY

II. INTRODUCTION TO BIOMEDICAL ENGINEERING

III. CIRCUIT THEORY

IV. ENGINEERING MATHEMATICS

V. ACADEMIC ENGLISH SKILLS

VI. MALAYSIAN DYNAMICS

SEMESTER 2

I. ADVANCED ANATOMY AND PHYSIOLOGY

II. STATICS AND DYNAMICS

III. DIGITAL ELECTRONICS

IV. DIFFERENTIAL EQUATION

V. ISLAMIC AND ASIAN CIVILIZATION

VI. PROGRAMMING FOR BIOMEDICAL ENGINEERS

VII. EFFECTIVE COOMUNICATION

SEMESTER 2

I. BIOPHYSICS

II. SCIENCE, TECHNOLOGY AND HUMAN

III. ELECTROMAGNETICS FIELD THEORY

IV. ENGINEERING STATISTICS

V. SYSTEM MODELLING AND ANALYSIS

VI. BASIC REHABILITATION

SEMESTER 1

I. SIGNALS AND SYSTEMS

II. ELECTRONIC DEVICES

III. CREATIVE AND CRITICAL THINKING

IV. LABORATORY 1

V. ENGINEERING MATHEMATICS II

VI. ADVANCED ENGLISH FOR ACADEMIC COMMUNICATION

SEMESTER 1

I. ELECTRONIC CIRCUITS AND SYSTEMS

II. COMMUNICATION PRINCIPLES

III. CLINICAL ENGINEERING

IV. LABORATORY 2

V. BIOMEDICAL MATERIAL

VI. NUMERICAL METHOD

List of Courses Taken : Bachelor of Engineering (Biomedical)

SEMESTER 2

I. SOLID MECHANICS

II. BIOMEDICAL IMAGING

III. LABORATORY 3

IV. MICROPROCESSOR SYSTEMS

V. INSTRUMENTATION AND MEASUREMENT IN BIOMEDICAL

YEAR 1

YEAR 2

YEAR 3

虎穴に入らずんば虎子を得ず。 — 花鳥風月

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Training and Courses

+

Working Experience

Explore Your Potential Workshop

5 Excellent Track Programme Leadership Camp

Hackaton UTM with Start-up Johor

Manage Your Personal Finance Workshop

Start-up Johor April Meetup ft. Ben Chew at Startupjobs.asia MSC Cyberport

1CITIZEN Digital Right and Ethical Netizen

Internet And Computing Core (IC3) CERTIPORT

American Chemical Society

Finalist in South East Asia Global

Innovation Challenge.

UTM Centre For Student

Innovation

Finalist in 7th Innovation Competition.

MyInovasi

Regional finalist in 2014 Innovation

Competition

UiTM Tower Challenge

First 1 hour participant to finish line

Achievement

TREX Arong Expedition

Conquer the peak of mount Arong (274 meter)

BIOMEHS Broga Hill Expedition

Conquer the peak of Broga Hill (400meter).

TREX Panti Expedition

Conquer the peak of mount Panti (654 meter).

TREX Batu Maloi Exploration

Finish explore the cavern from check-point 1 to 24 (2.3 kilometre) .

Interest

1. Mountain Hiking

2. Travelling

3. Debugging software

4. Tool hacking

5. Electronics Project

6. Fishing

Temporary Computer Repairman at VP Cybercafé, Kulim, Kedah. (2011/2012)

Temporary school tutor at SMK Taman Jelutong (2011/2012)

DR. MUHAMMAD AMIR BIN AS’ARI

Co-ordinator of Industrial Training

Faculty of Biosciences and Medical Eng.

UTM Johor Bahru

Email : [email protected]

Phone : 016-7789685 / 07-5558511

“By seeking and blundering we learn.” ― Johann Wolfgang von Goethe

References

DR. NORAHIM IBRAHIM

Academic Manager (UG)

Faculty of Biosciences and Medical Eng.

UTM Johor Bahru

Email : [email protected]

Phone : 0113-2291045 / 07-5557544