NAJAT ZAKIYAH BINTI ZAINUDIN's profile picture NAJAT ZAKIYAH BINTI ZAINUDIN

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About me

A final year electrical-electronic engineering student who is very passionate about learning and enhancing my knowledge and skills in the electrical-electronic field. I enjoy challenging myself and am not afraid of trying new things for self-development to further improve my research skills for my postgraduate studies.

  • First name: NAJAT ZAKIYAH BINTI ZAINUDIN
  • Student ID: A15KE0220
  • Display name: NAJAT ZAKIYAH BINTI ZAINUDIN
  • Email address: nzakiyah2@live.utm.my

Personal Particulars

Mobile Phone: 012-2442435

Gender: Female 

Date of Birth: 29 June 1996

Marital status: Single

Postal address: No 7, Jalan Uda Utama 7/7 Bandar Uda Utama 81200, Johor Bahru, Johor.

city/region: Johor

Nationality: Malaysia 

Education Background

University Teknologi Malaysia

Bachelor Degree of Engineering ( Electrical-Electronic ) 

2015-2019

 

University Malaya, Kuala Lumpur

Foundation, Pusat Asasi Sains University Malaya ( PASUM )

2014-2015

 

SMK Sultanah Engku Tun Aminah, Johor

Sijil Pelajaran Malaysia ( SPM )

2009-2013

Awards

DEAN LIST FOR SEM 1 2015/2016 : GPA 3.96

DEAN LIST FOR SEM 2 2015/2016 : GPA 3.73

DEAN LIST FOR SEM 1 2016/2017 : GPA 3.89

DEAN LIST FOR SEM 1 2017/2018 : GPA 3.71

DEAN LIST FOR SEM 2 2017/2018 : GPA 3.81

DEAN LIST FOR SEM 1 2018/2019 : GPA 3.87

Work Experience

National Instrument ( Malaysia ) Sdn Bhd, Penang

Internship student, Jun 2018 – Aug 2018

 

  • Worked in the R&D Department and also had to liaise with the Manufacturing Department for testing and debugging.
  •  To test and debug the PXIe 5653’s VCO CCA Pulling Range by increasing the voltage drop across the OCXO by changing the value of the resistor and capacitor across the OXCO in the VCO CCA. Was able to complete before the targeted deadline and this resulted in savings for development time and cost.
  • Did testing and debugging for PXIe 5653 ( Signal Generator ) to ensure that the pulling range of the product’s OCXO does not exceed the test specification.
  • The following Test was done for the 3 PXIe 5653 modules that were tested :
    1) Need to test and ensure the VCO CCA does not have any failing other than pulling range, ( tested using the CCA tester at the manufacturing side ) then, the voltage along the OCXO And amplifier (before the resistance and capacitor value is changed) was noted 
    2) The VCO CCA is then put in a module to test the Phase Noise of the module
    3) The resistance value was decreased to ensure that the voltage drop at the output amplifier is at its optimum value which is about 10V and the capacitor value is also increased to ensure that the LPF does not increase by much when the resistor changes.
    4) The voltage of the resistor and capacitor of the VCO CCA is recorded again ( ensure that the OCXO accepts 10V ).
    5) Once the pulling range passes, the VCO CCA is then assembled back to the module and is tested for the phase Noise.
  • Created a LabVIEW program that could help analyze the Phase Noise of the PXIe 5653 module before and after the resistance and capacitance value was changed.

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Group project SKEE 4012

Group Company: Safe and Secure Construction sdn bhd

 

Our group is doing Case Study on the Chemical Dumping in Sungai Kim Kim’s Pasir Gudang and the Union Carbide’s plant in Bhopal. Both cases above involved on the ethical issue towards chemical substance. To understand further regarding the case study on the chemical dumping in Sungai Kim Kim, our group went and interview the firefighter who was on duty during the incident.

For the Case Study regarding the Chemical dumping in Sungai Kim Kim in Pasir Gudang, it was reported that the chemical waste was being dumped under a bridge connecting Taman Pasir Putih and Taman Kota Masai. Although the chemical waste was initially just thrown into the river, once the water in the river begins to evaporate, the evaporate gas will turn into chemical gas. Because of this, about 5, 848 victims both adults and children were affected by the chemical waste. Upon further inspection, one of the chemicals found in the chemical waste was benzene and methane which were highly flammable chemical. Based on the investigation, the police have currently managed to arrest around 9 suspects. In order to cut cost in dumping the chemical waste, the upper management of the company ignore the proper SOP for chemical dumping and use an alternative of throwing the chemical waste in the river instead. Aside from this, it also shows how the CEO of the company abuses his power by ordering his employers to dump the chemical waste in Sungai Kim Kim instead of dumping the chemical waste the proper way.

On the other hand, for the case study of the Union Carbide’s plant in Bhopal, a tank contained 10,000 gallons of methyl isocyanate (MIC) had leaked and had sent a toxic cloud of gas over the slums of Bhopal, resulting in the death of over 2,000 people, and injuries to over 200,000 more. The gas leakage was reported due to water that had been accidentally added to the MIC making the chemical to heat up and produce a chemical gas. Although the tragedy occurred was due to an accident, upon further investigation it was determined that the tank containing the MIC itself was faulty. In other words, this incident might be avoidable if the tank functioned as it was supposed to. Hence, from the case study, it shows the common issue with the hazard and toxic contamination industry who is always trying to compete in the Global Market in order to fulfill their own benefit and profit while2 ignoring the quality and safety of their equipment and working environment.

 

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Final Year Project

FYP Title: Unmanned Aerial Vehicle Assisted GSM Base Station for Emergency Coverage

Supervisor: Assoc. Prof. Dr. Leow Chee Yen

 

When Natural Disaster occurs most of the Base Station would be down or destroyed creating a limitation of the spectrum and cellular coverage. Because of this, victims usually are unable to call for help making their rescue to be delayed as the rescuers have a problem in locating them. Aside from this, in a crowded area, the number of users trying to connect to the same base station would be overwhelming for the spectrum. Because of this, some users would not be able to access the network at all. To solve this issue, researchers are looking into possibilities in implementing a UAV aerial base station. However, some researchers are implementing LTE femtocell and picocell which requires a much more big and powerful drone to improve its performance. Aside from that, there is also not a lot of studies being conducted on the air-to-ground measurement for UAV aerial base station. Because of this, for this FYP project, a UAV GSM aerial base station is proposed. The GSM Base Station proposed would be made using a Raspberry Pi B, USRP B200mini and OpenBTS and later integrated into a Quadcopter. Aside from this, the air-to-ground measurement between the UAV GSM aerial base station and the user device would also be investigated using RSSI measurement. The RSSI measurement would be recorded using a Net Monitoring Lite app. The project would start by installing the UHD driver and OpenBTS into the Raspberry Pi. The Raspberry Pi would then be used to control the USRP to create a working GSM base station that would be integrated into a drone. Then to determine the best coverage area the air-to-ground measurement of the UAV aerial base station would be investigated. From this project, the expected outcome would be to be able to make a working GSM base station that would enable users to make voice calls and SMS. Other than that, is to be able to study and investigate the Air to Ground channel propagation between the user and the GSM UAV Base station to determine the best maximum coverage.

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Executive Summary for the Industrial Seminar by PM.IR Juraimi Massod

Date: 16/4/2019

Time: 2.30pm - 5.00pm

Venue: P19 DK6

Talk: Engineering Employment Challengers

 

PM.IR Juraimi Massod is the general Major Project Integration Port of Tanjung Pelepas where he is the head of the project integration department that is responsible in the planning, construction, test as well as the delivery of the various packages within the Port development plan. Aside from that, he also went into various management transformation with different management styles with different CEO’s. He is also a specialist in the Electrical System concept and design and also have possession of 132kV competency certificate from the Energy Commission of Malaysia and is currently holding the 132kV system within the port.

Because of his experience in the industry on 16/4/2018 he had given a talk on the engineering employment challenges. While he was sharing his journey as an engineer, he explained the one thing that is important for every engineer is the safety of their projects. He pressed the fact that for all project being executed the safety aspect holds always be a priority and taken into careful consideration. Aside from that, he also shared that an engineer should always have good communication skills as the job assigned always requires us to talk with customers, clients, and consumers. Aside from that, he also shared that one part of our job is to also prepare the documentation of the project like for example, the project’s SOP, protocol as well as the development. Aside from the skills mentioned, he also mentioned that an engineer should always understand the basic electrical design as all major design is based on this.

Because of the skills mentioned above, he focused on the fact that as an engineer we should not only limit ourselves with electrical knowledge but instead we should also gather more knowledge like financing and business management to help us develop a better project. He also explained how important is for an engineer to develop new ideas as well as be innovative to produce solutions that might help to increase the company revenue and sales.

Aside from that, he also shared the challenges of employment of fresh graduate. According to him, normally all fresh graduate always expects their company managers to be supportive as well as always guiding them in the company. However, on the contrary, the managers always have a different view where they feel that these employees have unrealistic compensation, poor communication skills and is always distracted.

There are a few expectations that employees expect from fresh graduates. Firstly, is that they should be able to function effectively in a group as a leader or effective team members, the ability to apply knowledge of engineering fundamental, able to communicate efficiently with colleagues and the community at large. They should also have in-depth technical competency in engineering techniques, ability to undertake problem identification, formulation and solution, having social awareness and sustainable development, ability to utilize system approach to design and evaluate operation development and lastly, the ability to analyze and interpret the data.

Aside from this, he also mentions that the future of work will change with time, as continuous learning is essential in our career. Because of that, he mentioned how important it is to be adaptable to the changes with work. This is because we should be able to adapt to any changes in management style, project management, and others. He also mentioned that we should know our behavior preference like for example promoting, supporting, directing and analyzing. The behaviors preference would give to the employee a brief idea on which department they are meant to be.

Lastly, he also shares on the engineering ethics that is needed to apply ethics or system of moral principle in our practice of engineering. Engineering ethics tells us about the obligation of engineers to society, clients and their profession. He also mentioned that unlike most profession, engineering mistakes will always be remembered.   

 

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