Applications are invited for a PhD candidate to work under a project funded by the Macao Science and Technology Development Fund (FDCT) “FISHSTRESS – Causes and consequences of the stress response in fish: environmental factors and transgenerational adaptation”. The project is a collaboration between the Institute of Science and Environment of the University of Saint Joseph (Macao) and Instituto Gulbenkian de Ciência (Portugal). The candidate is expected to devote full-time to research under the context of this project.
The candidate will work under the supervision of Professor David Gonçalves and Professor Rui Oliveira.
Qualifications required: We are looking for a candidate with a Bachelor/Master degree in biology, biochemistry or related areas. Previous experience with fish models will be valued.
Duties: Perform independent experiments applying different methods in animal behaviour, endocrinology, molecular biology and similar fields, including data collection and analysis; report results in conferences and independently write and submit scientific publications; participate in other lab activities, such as science promotion events or internal meetings. The candidate should be available to travel and work for periods of time in Portugal.
Conditions: The project has an initial funding for a PhD scholarship for 36 months. Further funding will be sought during the execution of the project up to a total duration of 48 months. Funding also covers travelling costs between institutions and participation in scientific meetings.
How to apply: Candidates should contact Professor David Gonçalves (david.goncalves@usj.edu.mo). Candidates can also use this email for any queries regarding the position. The position will remain open until filled.
More information about the project here.
Location
NAPE 1 | Rua de Londres 1o6, Macau, China
中國澳門倫敦街十六號(環宇豪庭三樓)
HOURS
9:00 AM – 23.00 PM
Monday – Fridays || Saturdays
Sundays and Public Holidays – Closed
Last update: 26-01-21 19:00
Detector place: Calçada do Poço, Macau (水坑尾區 (水井斜巷))
170
2.8 m/s
1015 hPa
88 %
19°C