APR.Intern - Conry Tech Development

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

Conry Tech is looking for:

Experience in the conceptualization, architecture, analysis, multiphysics modeling and design of mechanical components.
Knowledge of fluid dynamics, fans, ec motors, filtration, would be beneficial.
Experience with tools such as CAD, Inventor/Solidworks 3D modelling, Solidworks Flow Simulation/Autodesk CFD, Python.
Excellent communication skills.
Ability to work in a multi-disciplinary team, have strong initiative and stay self motivated.
Capability to perform extensive research and document findings effectively.

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

https://aprintern.org.au/internship/conry-tech-development-apr-1705/