Three modelling positions at AgResearch in New Zealand – AND Postdoctoral position in hydroinformatics and water resources systems analysis at Oregon State University

Postdoctoral position in hydroinformatics and water resources systems analysis at Oregon State University

The School of Civil and Construction Engineering at Oregon State University invites applications for a full-time (1.00 FTE), 12-month, fixed-term Research Associate (Post Doc) position with expertise in water resources systems analysis, hydroinformatics, decision making under uncertainty, and multiobjective optimization. Reappointment is at the discretion of the School Head.

The position is expected to start on February 1, 2018. Duties include development and evaluation of a secure decision support system for coordination of adaptation planning among food, energy, and water actors in the Pacific Northwest. The candidate would be expected to assist with stakeholder engagement, develop computer codes to interface with simulation-optimization algorithms, design graphical user interfaces, conduct research experiments and publish the results in high caliber, peer reviewed journals? aide in the supervision and training of research assistants? assist with the development of research proposals? and participate in a variety of outreach activities.

Modelling positions at AgResearch, New Zealand

AgResearch is currently advertising three agricultural modelling or hydrology-oriented positions in our Systems Modelling Team.

This is a permanent senior position for someone with experience in developing and applying simulation models in agricultural settings and we are open to candidates with background expertise in soils, animals or plants. The appointee will be expected to demonstrate leadership and to foster and develop collaborations with our national and international colleagues.

This is one of two post-doctoral positions and is for two years (nominally starting in July 2018 but there is some flexibility here). This position requires someone with strong surface water hydrology or engineering skills and will be a combination of modelling and field experimentation. The work will be in collaboration with our colleagues in the Department of Physics at University of Auckland with are developing a novel proximal sensor that will detect the imminent arrival of surface saturation during irrigation events.

This is another two-year postdoctoral position, this one with a more general agricultural systems modelling focus. As with the more senior position we are open to a range of different background expertise and the appointee will be expected to actively work with our international collaborators.