Hardware interfacing & Software development with Beagle Bone Black:
Précis: Interfacing the Analog pressure sensor with BBB via ADC of board and to display the pressure in PSI.
Designing the OP-amp circuit to convert the differential output to single ended output, designing inverters with BJT & MOSFET and understanding all features of Beagle Bone Black System On Chip.
Acessing the Data from the particular address from the ROM of Board.
Software part includes – enabling the on Board RTC via Netwok Transfer Protocol, Enabling and Testing GPIO & SPI, I2C ,UART Data Transfer Protocols using loop-back method, Communication with two CPUS, Cloning sample programs into the Board from Internet.
The objective of project explains about Dairy Farming assistant web service is a web
project to help the farmers working with the motive of greater profitability by direct
communication between; farmer-to- supplier and farmer-to-farmer
1. CAREER OBJECTIVE
Seeking a position as a Research and Development (R&D) Engineer where my resourceful experience and academic
skills will add value to organizational operations. Looking for a challenging career which demands the best of my
professional ability in terms of, technical and analytical skills, and helps me in broadening and enhancing my current
skills and knowledge.
SKILLS
Eager to learn and appreciateknowledge
Highly critical thinker with effective researching
skills
Proficient computer literacy
Flexible team player whoprospers in a fast-paced
workenvironment based on past experience in
Micron Semiconductor Singapore
Excellent communication skills, developed through
experience in Inari Amertron Berhad during
internship period
Interpersonal and relationship buildingskills proven
through work experience in Inari Amertron Berhad
EXPERIENCE
INARI AMERTRON BERHAD
WAFER SORT DEPARTMENT (INTERNSHIP) | BAYAN LEPAS, PENANG | June 2015 - September 2015
Work with Process Engineers to develop processes to maximizeoperational efficiency.
Work with process integration team toimplement and integratenew or improved process workflow.
Interact and coordinate with product engineering team to resolveyield and quality issues.
Resolve action items on timely basis to meet product development goals.
Monitor process stability through ongoing review of yield and quality performancemetrics.
MICRON SEMICONDUCTOR SINGAPORE
TEST AND ASSEMBLY OPERATOR | BENDEMEER ROAD, SINGAPORE | January 2012 - August 2012
Work along the assembly path performinga specialized taskthat helps move a good towards theconsumer
market.
Understandingof industry standards and regulations in order to safely and efficiently operate themachinery.
Problem Solving Skills: Need to know why machines are not at peak performance, how to increaseoutput and
how tofix errors.
Analytical Skills: Required to read and understand blueprints,schematics,models and other specifications.
Stamina:Often worklong hours doing repetitivemovements.
CHOW CHIN YIN
51, JALAN 11, TAMAN BERTUAH SATU, 86000,KLUANG, JOHOR.
HP: 017-7780890 |scp_chin360@hotmail.com
2. Attention to Detail: Work with precision equipment. Being off by millimeters could be a critical error.Keen
attention todetail is required.
FINAL YEAR PROJECT - INTERDIGITATED ELECTRODE STUDY FOR DIELECTROPHORESIS OF CELLS
UNIVERSITY MALAYSIA PERLIS | ARAU, PERLIS | September 2015 - July 2016
Microfluidic devices have advanced cell studies by providing a dynamic fluidic environment on the scale of the
cell for studying, manipulating, sorting and counting cells. However, manipulating the cell within the fluidic
domain remains a challenge and requires complicated fabrication protocols for forming valves and electrodes, or
demands specialty equipment like optical tweezers.
In this project, we demonstrate that conventional printed circuit boards (PCB) can be used for the non-contact
manipulation of cells by employing dielectrophoresis (DEP) for bead and cell manipulation in laminar flow fields
for bioactuation,and for cell and bead separation in multichannel microfluidic devices.
First, we present the protocol for assembling the DEP electrodes and microfluidic devices, and preparing the cells
for DEP. Then, we characterize the DEP operation with polystyrene beads. Lastly, we show representative results
of bead and cell separation in a multichannel microfluidic device. In summary, DEP is an effective method for
manipulatingparticles (beads or cells) within microfluidic devices.
EDUCATION
BACHELOR' S DEGREE MICROELECTRONIC ENGINEERING
University Malaysia Perlis | Jun 2012 - July 2016
Arau, Perlis | 2016
Grade: 3.60 / 4.0
LANGUAGES (PROFICIENCY 0=POOR - 10=EXCELLENT)
SPOKEN WRITTEN
German 5 6
English 7 6
Chinese 8 7
Bahasa Malaysia 7 8
AWARDS
DEAN'S LIST AWARD, September 2012 - Jun 2016
REFERENCES
Name : DR. MUKHZEER MOHAMAD SHAHIMIN
Telephone No : 014-9687574
Position : Director of Center for Industrial and Governmental Collaboration (CIGC)
Company : University Malaysia Perlis