 Kastro3D is the ARC center of excellence in all-sky astrophysics in 3D. With 3D technology we can obtain a data cube of a galaxy which means that for every pixel across a galaxy we can obtain a spectrum and that tells us where the oxygen is, where the carbon is, where the nitrogen is within a galaxy. It also tells us where the matter is and how the galaxy is rotating which tells us where the dark matter is. So we're looking to discover the origin of the basic elements, the carbon, the oxygen and the nitrogen that's fundamental to life and to do that we need Australia's 3D technology and we're combining optical and radio to understand how these elements formed and evolved across 13 billion years of cosmic time. The world is going to make a major leap in telescope size in the next five to ten years with the square kilometer array and the giant Magellan telescope and Australia needs to be ready for the discoveries on these telescopes. We're building the 3D technology for those giant telescopes and this center of excellence, Kastro3D, builds the research capacity and the expertise to lead the discoveries on those next generation of telescopes. This center answers fundamental questions in astrophysics as well as delivering technology transfer to other disciplines, generating innovation culture, combining engineers with astrophysicists and astronomers as well as data scientists and also delivering nationwide public outreach to engage high school and primary school students into STEM. This center will place Australia at the leading edge of these areas of astrophysics understanding our origins. The science questions that this center aims to answer is at the top of the decade or plans for astronomy worldwide and it's also the leading goals for the building of the next generation of telescopes worldwide.