Engineering Project Outlines

Curtin Institute of Radio Astronomy offers two streams of engineering projects


Astronomical instrumentation & signal processing

 

PROJECT NAME SUPERVISOR APPLY
Probing the Cosmic Dawn and the Epoch of Reionisation by Global 21cm signal measurements A/Prof Randall Wayth Open
Active cancellation of Radio Frequency Interference for the MWA and SKA-Low radio telescopes A/Prof Randall Wayth Open

This project builds on existing  success in the development of hardware and software systems for astrophysics-focused radio astronomy systems, and adds new scope with support for an EoR Global Signal science program, and RFI mitigation program.

This project continues support SKA1-Low verification and commissioning by contributing to data collection, analysis and interpretation from the SKA-Low prototypes as part of the larger international consortium. This activity is working in closely with the E2 program, which includes detailed understanding of the antenna systems. This project will continue to make use of the CIRA  Engineering laboratory.

2012_Beamformer

Radio frequency front-ends

 

PROJECT NAME SUPERVISOR APPLY
Advances in antenna array theory for SKA Prof. David Davidson Open
Fast radio burst receiver for coherence detection Dr Adrian Sutinjo Open
Polarization calibration of low-frequency radio telescopes Dr Adrian Sutinjo Open
UAVs for antenna pattern measurements Prof. David Davidson Open
Wideband Electronically Steered Antenna Array Design and Characterisation Dr Maria Kovaleva Open

This project builds on existing success in the prototyping, validation and verification of SKA-Low demonstrator arrays. The highest priority of this project is to support SKA1-Low by providing simulation, measurement, analysis and by developing tools to characterise key performance parameters of a low-frequency aperture array. The project collaborates closely with E1 in ensuring that radio astronomy instrumentation effects are well understood and the results and tools are clearly documented and efficiently implemented.

The radio-frequency laboratory has been an integral part of SKA precursor and prototyping verification since the start of CIRA. This project will continue to ensure that the laboratory capabilities are well-maintained and stand ready to perform critical measurements for SKA1-Low. The combination of experience, skill set and equipment will continue to develop to meet the demands of SKA1-Low as well as to position CIRA to capture new opportunities in space science, satellite communications, space situational awareness and defence.

Engineering Components