June 2, 2017 Career-Research Positions Vacancy
Location International Medical University, Bukit Jalil, KL
Position Type Full Time
Duration 1 year
The candidate will have the opportunity to conduct research on environmental health, to critically analyse and publish his/her experimental findings in peer reviewed journal(s), and to pursue his/her postgraduate degree (Master of Science or PhD by Research).
Main Duties and Responsibilities
- To plan, design, set up and conduct the research project, record and analyse the research findings as directed and supervised by the principal investigator
- To keep up-to-date with recent literature and advances in the field of environmental health
- To participate in discussion and data review with the supervisory committees
- To maintain good research records and documentation
- To present research findings at local or international conference(s) or seminar(s)
- To publish research findings in indexed peer-reviewed journal(s)
- To prepare his/her dissertation for examination
Qualifications and Personal Attributes
- Degree in Medical Sciences, Health Sciences, Biological or Life Sciences such as cell biology, biochemistry, immunology or related area
- Possess good analytical and problem solving skills
- Self-motivated and able to work in team
- Possess good interpersonal skills
- Good verbal and written scientific communication skills (in English language)
Closing date: 30 April 2019
Interested candidates are required to submit your curriculum vitae to A/P Dr Wong Shew Fung at firstname.lastname@example.org.
Public are exposed to various air pollutants both outdoors and indoors. Nowadays, people are spending relatively longer duration indoors. Hence, the supply of clean air inside homes, workplace, schools, day care facilities, healthcare facilities, and other private and public buildings is essential for the health and well being of the population. The hazardous pollutants could be emitted from buildings, construction materials and furniture/furnishings, or even from human activities such as combustion of coal for cooking/heating or influx/trapping of pollutants from outdoor environment. Good indoor air quality will impact directly on occupants’ health, comfort and work performance, and eliminate both short and long terms building-associated illnesses such as allergic responses, respiratory problems, eye irritation, bronchitis, pneumonia and so forth.
This study is designed to address the intimate interaction of environmental quality and human health and patient safety in a healthcare setting. The potential risk of the transmission and exposure to a particular disease from one patient to another will be high subsequent to direct or aerosol exposure in a crowded situation. Hence, appropriate interventions on identifying and regulating potential indoor air pollutants, and ensuring patient safety will be essential for all the healthcare facilities.
- Indoor air quality assessment
- Air sampling
- Quantification of indoor air pollutants
- Aseptic culture technique
- Molecular techniques such as DNA extraction, PCR, DNA sequencing etc.
- Intervention study / guideline and policy development
- Statistical analysis