Milestone	Milestone Name	Lead Partner
M.9.1	Advertise new recruits	UOW/DSL/TUDA
M.9.2	Consortium agreement signed	UoW
M.9.3	Setup project web server	UoW
M.9.4	Project start-up meeting at UoW	UoW
M.9.5	Gather air-coupled phased array requirement (tech/economic)	UoW
M.3.1	Study air-coupled electronic hardware requirements	DSL
M.10.2	Visits to School (x 8)	UoW/TUDA
M.10.1	Exhibit at the Big Bang Fair 2014 (x1)	UoW
M.1.1	Air-coupled array transducer Models	UoW/Elster/TUDA
M.1.2	Compare various transducers developed (e.g. CMUT vs EDAT)	UoW/TUDA
M.10.3	Visits to university by looked after children (x 4)	UoW
M.10.4	Special days for hands-on activity for bright students from the big bang fair (x1)	UoW
M.5.1	Compare various DSP techniques for flow	TUDA
M.2.1	Prototype air-coupled array transducers	UoW/Elster/TUDA
M.3.2	Bench top low frequency phased array controller (PAC) hardware	DSL
M.3.3	Test PAC hardware performance	DSL
M.4.1	Complete air-coupled phased array system	UoW
M.2.2	Characterize prototype air-coupled array transducers	UoW/TUDA
M.4.2	Characterize air-coupled phased array system in the laboratory	UoW
M.2.3	Benchmark various array transducer performance	UoW/TUDA
M.5.2	Develop DSP algorithms	TUDA
M.5.3	Implement DSP in hardware	TUDA
M.8.1	Develop & test portable low frequency PAC electronics boards	DSL
M.7.1	Optimize phased array system (including transducer and electronics)	UoW
M.8.2	Develop phased array based flow product	Elster
M.6.1	Test air-coupled phased array system in flow loop	Elster/TUDA
M.8.3	Characterize phased array flow product performance	Elster
M.9.6	Feasibility study on potential applications other than flow and NDE	UoW