Senior Technology Architect

• Jul 2019 - Present

Senior R&D Engineer

• Jan 2019 - Jul 2019

Full Stack Developer

• Jan 2018 - Jul 2019

Joined development team for the pay.per.fly web application. In particular, contributed to improving and automating the quality assurance (QA) process, significantly reducing QA time (one week to four hours) and reliability. Developed: - An automated end-to-end test suite. - Improvements to, and extension of, integration test suites. - Database test fixtures.

Technical Consultant

• Dec 2014 - Dec 2017

Provided technical expertise for the development of PASS transponder prototypes. The PASS is an independent telematics device attached to the UMV. Oversaw and contributed to: - Overall system design. - PCB design and assembly. - Software design. - Enclosure design and manufacture. - System integration. - System testing. Contributed technical expertise to the high-level design of PA’s Unmanned Vehicle (UMV) Lifecycle and Data Management System (LDMS). This included… Show more Provided technical expertise for the development of PASS transponder prototypes. The PASS is an independent telematics device attached to the UMV. Oversaw and contributed to: - Overall system design. - PCB design and assembly. - Software design. - Enclosure design and manufacture. - System integration. - System testing. Contributed technical expertise to the high-level design of PA’s Unmanned Vehicle (UMV) Lifecycle and Data Management System (LDMS). This included high-level designs for: - UMV deployment management systems. - UMV-based sensor and telemetry systems. - Ground-based positioning and navigation support systems. - UMV lifecycle data collection and collation. - Information processes for handling the data. Many of these components would eventually be used in PA’s Unmanned Traffic Management (UTM) system. Contributed technical writing for the subsequent patent application.

Student Intern

• Dec 2009 - Feb 2010

Assisted with a research project to develop a radio-frequency ‘wake-up’ mechanism for `sleeping' sensor networks in order to lower power consumption, hence extending their lifetime; work was done on CSIRO’s existing proprietary sensor platform (Fleck). - Performed a literature survey into existing techniques. - Wrote a software library to integrate the new functionality into the Fleck operating system. - Designed and built a series of prototypes as potential solutions. -… Show more Assisted with a research project to develop a radio-frequency ‘wake-up’ mechanism for `sleeping' sensor networks in order to lower power consumption, hence extending their lifetime; work was done on CSIRO’s existing proprietary sensor platform (Fleck). - Performed a literature survey into existing techniques. - Wrote a software library to integrate the new functionality into the Fleck operating system. - Designed and built a series of prototypes as potential solutions. - Tested each extensively to determine their feasibility. Show less Assisted with a research project to develop a radio-frequency ‘wake-up’ mechanism for `sleeping' sensor networks in order to lower power consumption, hence extending their lifetime; work was done on CSIRO’s existing proprietary sensor platform (Fleck). - Performed a literature survey into existing techniques. - Wrote a software library to integrate the new functionality into the Fleck operating system. - Designed and built a series of prototypes as potential solutions. -… Show more Assisted with a research project to develop a radio-frequency ‘wake-up’ mechanism for `sleeping' sensor networks in order to lower power consumption, hence extending their lifetime; work was done on CSIRO’s existing proprietary sensor platform (Fleck). - Performed a literature survey into existing techniques. - Wrote a software library to integrate the new functionality into the Fleck operating system. - Designed and built a series of prototypes as potential solutions. - Tested each extensively to determine their feasibility. Show less