Tirath Ramdas

Development of various aspects of Acunu Reflex and Acunu Analytics, plus delivery/support and pre-sales responsibilities.

Assisted with internal strategy review for the Malaysia office. Conducted various internal and external analyses, including financial analysis, program theme analysis, and stakeholder engagement through dialogues with civil society, federal government, and corporate sector leaders.

Supervised by Prof. Kim K. Baldridge, R&D in the Organic Chemistry Institute, focusing on scientific workflow and simulation data management systems for users of mixed/legacy computational quantum chemistry codes - part of a broader Swiss/European grid computing initiative.

Supervised by Prof. David Abramson, R&D in the MessageLab, Faculty of IT, focusing on scientific workflows for medical imaging e-science applications (in collaboration with Monash Micro Imaging and Leica Microsystems GmbH). Performed a workflow integration role in the production of a public experimental prototype demonstration event.

Supervised undergraduate labwork in VLSI and FPGA design, as well as multithreaded software design.

Developed (in C) several components of an Asterisk-based VoIP platform, including new features within the core Asterisk code and a middleware/server component for a web-based control system.

Designed and implemented (in Handel-C) a customized MIPS-based real-time video processor system on a Xilinx FPGA, designed to run a high-speed noise reduction code (implemented in custom MIPS assembly).

Remote vessel tracking equipment (mainly Inmarsat/GPS) and server software configuration, installation, monitoring and troubleshooting. Also construction and installation of seaworthy on-vessel tracking equipment.