【工作帖】兼职、聘请区

tehszeyau

公司名稱：Zen E Commerce
職位空缺：网站客服, 网站管理员 (兼职或全职)
空缺數量：2 ~ 3 位
職位介紹：我们 ecommerce 电商公司, 网站 www.winterclothes.com.my / www.onesimplegown.com . 我们需要 招聘 网站客服和操作员. 5天制, 全职工资 RM1800或以上
地址：Dataran C180, Batu 11 Cheras
電話：0126968564
email：tehszeyau@gmail.com
截止日期：1/2017
學術要求： degree/diploma 需要熟练操作电脑, 可以用中,英,马来文沟通

办公室工作, 地点靠近UPM, 毕业, 在读 或 INTERN 都欢迎申请

kkchinsiong

《PJ会计楼聘请》
1。工作名称 : GST Account/Audit (Full time/part time/freelancing/internship)
- GST Account Manager/ Assistant Manager/ Executive
- Audit Senior/Semi Senior
-Account and audit intern
2。性别要求 : 不拘
3。年龄要求 : 不拘
4。资格要求 : 能以华语或粤语&英语沟通
                     星期一至五 9AM - 6PM
                     工作积极主动，有责任感，具备良好的沟通能力,肯学肯做
5。薪金 : RM3000-8000                     
6。工作地点 : Petaling Jaya
7。截止日期：无，此招聘启事全年有效
8。联络方式 : 有兴趣者请电邮个人简历到 askpbsadvisory@gmail.com

SSF七星

公司名称    ∶SSF SDN BHD
职位空缺    ∶会计／电脑资讯实习生
空缺数量    ∶６位
职位方式    ∶实习
资格要求    ∶能以华语、英语和马来文沟通
津贴          ∶RM900.00
福利          ∶五天制、医药福利
地址          ∶2601, Off Jalan Welfare, Kampung Baru Sg. Buloh,
　                47000 Sungai Buloh, Selangor D.E.
电话          ∶03 – 6140 2020 / 012- 670 4020
电邮          ∶recruitment@ssf.com.my
学术要求    ∶相关学历
其他条件    ∶需要自备交通工具

cnvery

Source: http://afterschool.my/news/phd-studentship-opening/ / http://www.jobstore.com/post/155 ... ideo-communications

Energy-Efficient Optimization for Multiuser Video Transmission over Wireless Networks (Potential Dual PhD)



A joint research project entitled Energy-Efficient Optimization for Multiuser Video Transmission over Wireless between Laboratoire de Traitement et Transport de l’Information, Universite Paris 13 and Center for Communication Systems & Networks, Universiti Tunku Abdul Rahman is looking for a PhD candidate. The aim of this PhD research is to maximize the energy efficiency of coded video transmission over next generation wireless networks.

The ideal candidate should possess:
- A Master’s degree in Electronics/Telecommunications engineering or related field. Candidate with Master’s degree in IT/Computer Science will be considered as well.
- Background knowledge or prior experience in digital video compression and digital communications.
- Excellent command of English.
- Independent and self-motivated.

The is a potential dual PhD program (both universities are in the process of discussing the details), which means the candidate will spend 1-2 years at Universite Paris 13 under the supervision of Prof. Anissa MOKRAOUI and another 1-2 years at Universiti Tunku Abdul Rahman under the supervision of Assoc. Prof. Dr. CHANG Yoong Choon & Dr. Tham Mau Luen. The candidate will receive PhD degrees from both Universite Paris 13 and Universiti Tunku Abdul Rahman. The thesis will be written fully in English.

Interested applicants are requested to submit their resumes through email to the following:

Prof. Dr. Anissa MOKRAOUI (anissa.mokraoui@univ-paris13.fr)

Assoc. Prof. Dr. Chang Yoong Choon (ycchang@utar.edu.my)

Dr. Tham Mau Luen (thamml@utar.edu.my)

萧繁

公司名称：PCI Engineering (M) Sdn Bhd
地址：Suite W1101, 11th Floor, West Wing, Wisma Cosplant 1, No.2, Jalan SS 16/4, 47500 Subang Jaya, Selangor, Malaysia
电话：+603-5613 0681/0682
email：cindy.gan@pipecoatindo.com

职位空缺：电气工程师
空缺数量：1
聘用形式：Full time

职业介绍：
1 与客户和工程部协调并确保项目完成的时间。
2 定期监控和反馈项目进展。
3 从其概念到执行管理项目。
4 需具备良好的中文、马来文和英文语言。
5 愿意前往海外工作。
6 将发送到印度尼西亚工厂进行培训。

职位空缺：机械工程师
空缺数量：1
聘用形式：Full time

职业介绍：
1 与客户和工程部协调并确保项目完成的时间。
2 对项目定期监控和反馈项目的进展。
3 协助工程部对设备进行组装。
4 能够读取的机械图和能使用AutoCAD进行基本的设计。
5 需具备良好的中文、马来文和英文语言。
6 将发送到印度尼西亚工厂进行培训。

其他条件： 需要自备交通工具，愿意远行/出国工作。
学术要求： degree/diploma 相关科系

cnvery

Source: http://mchunghua.org/Item/2458.aspx / https://www.facebook.com/ChungHuaCuluralEducationCentre/posts/1120502381338462

馬來西亞中華文化教育中心是一個辦班教學及弘揚漢學和傳統文化之團體，歡迎有志於弘揚漢學及中華傳統文化之志士仁人加入中心團隊，承擔傳承和弘揚文化之使命。中心可按實際需求提供生活補貼。

祈願能感召以下專業人士加入我們：

(1)  保安 （2位，早晚各1位）
Ÿ 早間和晚間各1位

(2) 電器技工（1位）
Ÿ 維護電供系統
Ÿ 持有Chargeman 證書（A0及以上）

(3) 接待處人員（1位）
Ÿ 接待大眾或單位參訪和詢問、介紹中心課程、書籍、光碟等
Ÿ 整理流通處書籍和光碟月季以及年終報告、整理人文記錄
Ÿ 與廠家接洽訂購書籍和光碟、規劃和處理流通事宜
Ÿ 需中英巫三語文書和語言皆佳、懂電腦操作、具備相關工作經驗優先考慮

(4) 會計執行員(1位)
Ÿ 擁有會計系學位或同等資格
Ÿ 年齡25歲至45歲
Ÿ 協助財務部主任全盤會計、費用控制、財務分析報告、現金流量計劃
Ÿ 懂操作會計電腦系統
Ÿ 至少三年以上相關工作經驗

(5) 教務行政人員（2位）
· 擁有高中以上資格
· 年齡50歲以下
· 文書處理
· 課室管理
· 教學活動籌備

(6) 文宣人員（2位）
· 收集及整理人文記錄，基本聽打
· 與網路義工聯繫，分配聽打工作，收集義工聽打工作上之反饋
· 行政工作協調

(7) 電腦及網絡人員（1位）
· 擁有Diploma或以上資格
· 年齡25歲以上
· 網絡系統、保安系統管理
· 網頁管理
· 探研中心所需各項新行政系統

(8) 園丁（1位）
· 保持園藝美觀、澆水、施肥等
· 保持校園環境清潔
· 年齡30歲至60歲

綜合：
Ÿ 有相關工作經驗、曾在傳統文化單位服務者、或有淨宗學會或傳統文化單位推薦者優先考慮
Ÿ 學習中華傳統文化並對社會有使命感
Ÿ 為人好學誠懇、尊師重道、平易近人
Ÿ 文職工作者需中英語文書和語言皆佳、懂電腦操作
Ÿ 截止日期：30/11/2016

有興趣加入者，請填寫申請表（附件）並將履歷表和相關證書掃描本發送至以下地址：
馬來西亞中華文化教育中心
Chung Hua Cultural Education Centre (M)
D1 Level 2, No. 1, Jalan Tun Hamzah
Mukim Bukit Katil, Hang Tuah Jaya
75450 Melaka
電話：06-234 7792/93
郵箱：hr@mchunghua.org

備註：經評估成功進行下一階段面試者將獲得通知。

cnvery

Source: http://research.utar.edu.my/opp_vac/2016(29).jsp

Fabrication and characterization of a cost effective and efficient bi-facial solar module with Pt-reinforced interconnection

No. of Vacant(s):
1 (one)

Appointment Duration:
December 2016 - 30 April 2019

Location:
UTAR Sg Long Campus

Stipend:
RM2,000.00/month

Education Level:
Master of Engineering Science

Specific Skills / Knowledge Required:
Materials Science / Materials Engineering / Mechanical Engineering

Job Description:
Solar modules are to be built with a novel interconnection material which is expected to improve overall performance and efficiency of the solar modules. Detailed work on microscopy is involved to determine the relationship between microstructure and performance of the solar modules.

If you are interested, please contact Dr Karen Wong Mee Chu by email at mcwong@utar.edu.my

cnvery

Source: http://research.utar.edu.my/opp_vac/2016(30).jsp

Enhancement of carbon dioxide capture through genetic engineering in Escherichia coli

No. of Vacant(s):
1 (one)

Appointment Duration:
1 January 2017 - 31 December 2017

Location:
UTAR Kampar Campus

Stipend:
RM2,500.00/month

Education Level:
Bachelor of Science in Biotechnology, Biochemistry or related field

Specific Skills / Knowledge Required:
Molecular biology

Job Description:
Full-time research towards obtaining a M. Sc. in Biochemistry. Research title is Enhancement of carbon dioxide capture through genetic engineering in Escherichia coli. The objective is to establish an efficient CO2-capturing system via engineered E. coli. Research involves genetic engineering of the bacteria, protein purification and analysis and CO2 measurement of the cell culture. Interested applicants please send CV, with three references, and a brief statement of interest.

If you are interested, please contact Dr Lim Boon Hoe by email at bhlim@utar.edu.my

Swallowwaichung

蕉赖：小学补习老师（华语，数学，科学) 数位
时间：中午12时至九时
薪酬福利可商量。
联系：016-5861936

cnvery

Source: http://research.utar.edu.my/opp_vac/2016(31).jsp

Audio recovery via subtle vibrations in the video: a feasibility study of “visual” microphone

No. of Vacant(s):
1 (one)

Appointment Duration:
1 February 2017 - 31 January 2018

Location:
UTAR Sg Long Campus

Stipend:
RM2,500.00/month

Education Level:
Minimum Bachelor degree with CGPA (2.5 and above)

Specific Skills / Knowledge Required:
Good in programming software such as Matlab & C/C++

Job Description:
Sound can be defined as the variation or fluctuation of air pressure in the air. Depending on the medium where sound travels, the compressed and expanded air pressure causes molecules in the medium to vibrate back and forth to generate a wave that is capable of transferring sound energy. When a sound hits an object, it causes small vibrations on the object’s surface.   

This research intends to recover sound that produces these vibrations on the surface of an object by means of a video footage of the object of interest. The project will develop an algorithm based on the Eulerian phase-based approach to convert the small changes in motion and colour in videos which is hard to be perceived by the human naked eye or also known as subtle vibrations, to recover sound. With this new remote sound acquisition technique, many of the objects in normal surroundings can be turned into “visual” microphones as long as the audio signal is strong enough to generate the subtle vibrations on the object of interest.   

One of the motivations that inspire this research is to improve existing surveillance system and eventually reducing the crime rate. Most existing closed-circuit televisions (CCTVs), especially the ones installed outdoor, only provide video monitoring without any audio signal. This opens up the opportunity for the developed algorithm to recover sound through imagery, where it gives users the ability to recover sound when necessary despite not having any audio input. The algorithm can provide an added value to the surveillance system as it can be easily implemented on the existing systems without any additional hardware thus providing another alternative in sound recording/recovering which is not possible previously. Besides the ease of implementation on the existing systems, it promotes flexibility in the method such that the audio can be recovered only when desired and reduces the need of storage as a prerequisite when compared to the conventional built-in microphone.   

The candidate is required:
- To improve a robust algorithm that is capable of converting vibrations to audible sound (codes will be provided)
- To recover sound from a few objects of interest using the improved algorithm.
- To study factors that can affect the quality of the recovered sound   

* Successful candidate has to register for a Master of Engineering Science (by Research) offered by LKC FES, UTAR. * .

If you are interested, please contact Dr Tee Yee Kai by email at teeyeekai@gmail.com

cnvery

Source: http://research.utar.edu.my/opp_vac/2016(32).jsp

Optimization of photovoltaic and energy storage systems for microgrid to achieve the minimum cost of electricity

No. of Vacant(s):
1 (one)

Appointment Duration:
2 January 2017 - 31 December 2017

Location:
UTAR Sg Long Campus

Stipend:
RM2,500.00/month

Education Level:
Bachelor in Electrical Engineering

Specific Skills / Knowledge Required:
Matlab or LabVIEW

Job Description:
- To develop a sizing method to optimize the size of the energy storage system with the uncertainties of PV power outputs and load demand
- To develop an optimal operating strategy for the microgrid to minimize the system cost of electricity
- To evaluate the performance of the energy management system in minimizing the cost of electricity
- To set up the physicalmicrogrid test bed

If you are interested, please contact Dr Chua Kein Huat by email at chuakh@utar.edu.my

cnvery

Source: http://research.utar.edu.my/opp_vac/2016(33).jsp

Brillouin Optical Time Domain Analysis (BOTDA) for Structural Health Monitoring

No. of Vacant(s):
1 (one)

Appointment Duration:
1 February 2017 - 31 January 2018

Location:
UTAR Sg Long Campus

Stipend:
RM2,500.00/month

Education Level:
Bachelor Degree (Electrical & Electronics Eng., Physics, Telecommunications Eng., Electronic Communication Eng., Electronic Computer Networking, etc.)

Specific Skills / Knowledge Required:
Basic understanding in fiber optic, basic computer programming

Job Description:
Conduct research on distributed fiber sensor system, research paper writing.

If you are interested, please contact Dr Shee Yu Gang by email at sheeyg@utar.edu.my

cnvery

Source: http://research.utar.edu.my/opp_vac/2017(01).jsp

The Development of Region Specific Urban Rainfall-Runoff Prediction Model

No. of Vacant(s):
1 (one)

Appointment Duration:
February 2017 - January 2018

Location:
UTAR Sg Long Campus

Stipend:
RM2,500.00/month

Education Level:
Bachelor in Civil Engineering (or Master in Civil Engineering)

Specific Skills / Knowledge Required:
Microsoft Excel, SPSS and Visual Basic

Job Description:
Full time Master (of PhD) student to develop a region specific urban rainfall-runoff prediction model with the aim to adddress urban flooding risks in Malaysia (The extension of the appointment tenure is pending upon research progress and results).

If you are interested, please contact Mr Ling Lloyd by email at linglloyd@utar.edu.my

asaka02821

Company: Sunsuria Bhd
Vacancy: Property Sales
Location: Kota Damansara/ Sepang
Contact：Andy 0111-622 1775
Email： andychew@sunsuria.com
Education： SPM and above
——————
发展商销售人员 Property Sales Executive
(底薪Basic salary 2,000 + 提成attractive commission)
Full time / Part-time
Annual incentive trip*!
Listed company benefits!
EPF, SOCSO, Medical claim, insurance and etc!

Requirement:
SPM & above
Age 21 to 30
Good command of English
Able to speak Chinese will be a plus
Office @ Kota Damansara / Sepang
Having own transportation is a must
Fresh grad is encourage to apply!!

If you are interested, please contact/email
Andy 0111-6221775 / andychew@sunsuria.com
——————

cnvery

Source: http://research.utar.edu.my/opp_vac/2017(02).jsp

Studies of sialic acids and nutritional composition of slimes from Malaysian gastropods

No. of Vacant(s):
1 (one)

Appointment Duration:
March 2017 - February 2018

Location:
UTAR Kampar Campus

Stipend:
RM2,500.00/month

Education Level:
Bachelor of Science in Food Science, Biotechnology, Biochemistry or related field
Specific Skills / Knowledge Required:        With strong foundation or background in chemistry and food science. Candidate graduated from recognized universities with CGPA > 3.0 is preferable.

Job Description:
Full-time research towards obtaining a M.Sc. Research title is ‘Studies of sialic acids and nutritional composition of slimes from Malaysian gastropods.’

Interested applicants please send CV, with two references

If you are interested, please contact Dr Ong Mei Kying email at ongmk@utar.edu.my

cnvery

Source: http://research.utar.edu.my/opp_vac/2017(03).jsp

Modelling an electrically small corner reflector antenna using the method-of-images

No. of Vacant(s):
1 (one)

Appointment Duration:
February 2017 - January 2018

Location:
UTAR Sg Long Campus

Stipend:
RM2,500.00/month

Education Level:
Minimum Bachelor degree with CGPA (2.5 and above)

Specific Skills / Knowledge Required:
Antenna Design, Electromagnetics, or Microwave Engineering. Have some knowledge in MATLAB.

Job Description:
A corner reflector antenna is made up of two rectangular metal plates that are connected at one end. Typically, the plates are connected at an angle of 90o. A feed antenna which usually is a dipole, is used as the radiating element in the corner reflector. The dipole is placed right in front of the vertex of the reflector at a distance away from it, which is called the feed-to-vertex spacing. Corner reflector is used to direct the emanated waves from the feed to a desired direction. The analysis of the corner reflector antenna is usually performed using method-of-images, due to its simplicity. However, in method-of-images the reflector plate is assumed to be of infinite extent. This leads to inaccurate prediction of the radiation properties of corner reflector antennas. These inaccuracies are more profound in the case of feed-to-vertex spacing of more than 0.7l.   In the traditional method-of-images, this corner reflector problem is modelled as a set of 3 images. Two of the images are 180o out of phase and one is in-phase with the source. The images and the source, four altogether, occupies a 90o-sector each and the resultant array factor is calculated for the corner reflector. Unfortunately, this simple model does not take into account the finite length of the reflector plates. In the case of small feed-to-vertex distances, whereby the reflector plates are electrically large, the “infinite plates” assumption of the method-of-images would hold and a reasonably matched radiation pattern can be derived using the method-of-images.   However, if the feed-to-vertex spacing increases by more than 0.7l, the reflector plates can no longer be assumed to be electrically large. The use of the traditional method-of-images results in erroneous radiation pattern prediction. Nulls and peaks of beam are wrongly predicted in the included angle of the corner reflector. In this project, the method-of-images is studied for a small ground plane. It is found that for a finite ground plane, a weight (<1) can be applied to the image and the image can also be split into a few discrete points. Furthermore, the images are shifted nearer to the ground as opposed to the traditional method-of-images. Traditionally the number of image charges for a square-corner reflector is 3, however, by applying the modified method-of-images, 16 image charges are obtained. Preliminary studies shows that these modifications to the traditional method-of-images produces radiation pattern that resembles closer to the actual pattern.   Candidate will be required to extend this work to come up with a full theoretical explanation on how the new method-of-images can help to explain the radiation pattern.

If you are interested, please contact Ir Dr Gobi Vetharatnam  email at gobiv@utar.edu.my

cnvery

Source: http://research.utar.edu.my/opp_vac/2017(04).jsp

The design and development of a fully automated MR Image cartilage detection and segmentation framework

No. of Vacant(s):
1 (one)

Appointment Duration:
February 2017 - January 2018

Location:
UTAR Sg Long Campus

Stipend:
RM2,500.00/month

Education Level:
Bachelor degree in Engineering (Biomedical, Mechatronics, Electronics)

Specific Skills / Knowledge Required:
Basic mathematics, programming, and artificial intelligence knowledge .

Job Description:       
- Preprocess the collected data
- Design machine learning algorithm to solve the particular problem
- Perform automated region-of-interest detection technique
- To code the designed algorithm Testing and Optimization for the codes .

If you are interested, please contact Ir Dr Hum Yan Chai  email at humyc@utar.edu.my

cnvery

Source: http://research.utar.edu.my/opp_vac/2017(05).jsp

Development of Polymers for Packaging Materials

No. of Vacant(s):
1 (one)

Appointment Duration:
1 year

Location:
UTAR Sg Long Campus

Stipend:
RM2,500.00/month

Education Level:
Bachelor degree in relevant fields
Specific Skills / Knowledge Required:        Bachelor Degree

Job Description:
&#8226;       Development of graphene/metal based polymer composite
&#8226;       Characterization of the properties of polymer composite
&#8226;       Measure packaging properties of graphene based composite polymer

If you are interested, please contact Dr. Sujan Chowdhury email at sujan@utar.edu.my

cnvery

Source: http://research.utar.edu.my/opp_vac/2017(06).jsp

Guava waste valorization through chemical treatments

No. of Vacant(s):
1 (one)

Appointment Duration:
1 March 2017 - 28 February 2018

Location:
UTAR Kampar Campus

Stipend:
RM2,500.00/month

Education Level:
B. Science (Hons) Chemistry or B. Science (Hons) Biochemistry or B.Science (Hons) Biological Chemistry  

Specific Skills / Knowledge Required:       
Able to use software such as Microsoft Excel to plot graph
Able to communicate effectively

Job Description:       
1.     To involve in experiment  design to achieve the project objectives
2.     To assist in initiate and follow-up purchasing of material for the project
3.     To involve in carrying out experiments as scheduled.
4.     To involve in analyzing results and report-writing
5.     To involve in experiments demonstration to Final Year Project students

If you are interested, please contact Dr. Chang Ying Ping email at changyp@utar.edu.my

cnvery

Source: http://www.tarc.edu.my/hr/graduate_scheme.htm

Tunku Abdul Rahman University College (TARUC) Graduate Employment Scheme

This is a fantastic opportunity for you to join Tunku Abdul Rahman University College Graduate Employment Scheme. Tunku Abdul Rahman University College or TAR UC in short, is a premier institution of higher learning with an unbeatable record of more than 4 decades of academic excellence. We continually look for ways to offer consistently high quality level of educational services to our prized young university college students in an exciting and robust university campus environment.

The diversity of roles and skills development at TAR UC will ensure that the 2 year Graduate Employment Scheme provides you with a challenging yet rewarding experience as an academic. You will find working with our high caliber of academic team at the faculty level to be enriching, inspiring, satisfying and rewarding.

We are looking for you who have:
Not attained the age of 30 years at the time of application.
Minimum Bachelor Honors degree with CGPA of 3.0000 and above or its equivalent.
A strong commitment towards further studies at Master level with a will to succeed.
Particular interest in the following disciplines:
Computing & ICT
Microelectronics in Embedded Technology
Financial Mathematics
Physiotherapy
Mechanical, Electrical & Electronic Engineering
Quantity Surveying
Real estate management
Construction Management
Accounting & Finance                                                                                    
Law & Corporate Governance
Banking & Investment
Management- Logistics, HR, Retail
Broadcasting
Advertising

To succeed in this Graduate Employment Scheme you will have:
A clear passion for the education industry and a good understanding of human behavior;
Leadership potential;
Excellent communication skills & great team spirit;
Enthusiasm and self-drive;
The ability to set high standards within a team dynamic;
Continual self-improvement and great customer service ethos.

What TAR UC will provide?
Full sponsorship of fees for Master studies at approved overseas or local universities;
Attractive staff development scheme for postgraduate overseas studies;
Work & study opportunities as the case may be;
Absorption into employment on successful completion of Master

Benefits of working at TAR UC
Every effort is made to provide you with an environment that allows you to evolve both professionally and personally.

You will have regular contact with a dedicated Senior Member of staff who will act as your Learning and Development mentor.

In addition to a competitive salary and benefits package, we provide a conducive and considerate work environment.

If you share our value of doing what you say you will, to the best of your ability, every time, we want to hear from you.

TAR UC aims to be a diverse and inclusive organisation. We are committed to developing a workforce that embraces excellence, integrity and quality to serve our student base and the communities in which we operate.