APR.Intern - AirborneLogic

External opportunities: These internships are not automatically approved for course credit as we do not have a formal agreement with the host organisations. They are considered as self-sourced internships and if they meet the requirements for project content, learning outcomes, safety, etc they can be considered for credit.

If you negotiate a self-sourced internship, email science.internships@anu.edu.au to enquire about credit. Contact us as soon as possible so we can assess the internship requirements, and enrolment in the internship course (eg SCNC 3000) arranged for credit. Include this information in your email: Name of Host organisation; Address of Host organisation; Title of project; Description of project and your duties; Clearances required; Host Supervisor contact details: name, address, email address and phone number; Number of units; Intended session/year of internship eg. Semester 1, 2021.

Internship type

External opportunity

Credit

To be confirmed upon successful application

Level

PhD

Description

AirborneLogic is researching early signals of water stress and disease (particularly Eutypa) in vines using hyperspectral imaging sensors mounted on drones. The intern will be researching the ability to identify specific reflectance bands indicative of these problems. Using multiple plot trials and field (airborne) data capture the researcher will use the data captured within a range of spatial software packages (under the guidance of our internal PhD expert) to identify signals in the non-visual (and potentially visual) light spectrum to assist early identification of problems.

SKILLS WISH LIST

Agriculture or horticulture (farming) knowledge would be useful but not mandatory.
Background in viticulture (winegrowing) would be desirable.
Knowledge of programming and computing languages (including Python).
Attention to detail and problem solving skills is a must.
Familiarity of spatial and imagery processing, remote sensing and software.
Comfortable in working alone with limited supervision.

RESEARCH OUTCOMES

This research will enable a clear business case for management intervention at the farm level enabling:

faster response to water and disease problems;
more cost effective (in money and time) management of these problems;
sustainability outcomes for farmers – i.e. soil and water conservation, less use of chemicals.

Full details of the internship project, including duration, eligibility, scholarship and application can be found at:

https://aprintern.org.au/internship/airbornelogic-apr-1669/