Over the last century the technology of astronomical observatories improved dramatically, the understanding of the origin and destiny of our universe has evolved accordingly, but there is still more to discover. This progress in technology ignited a transformation in the way astronomy works: the knowledge that emerged from an individual's mind now flows from multi-disciplinary teams using data-centric tools. On one hand, data blooms from observatories; on the other, data bursts from cosmological simulations on computing clusters. Telescopes will produce zetta-scale datasets over the next decade, and theoretical astrophysics will generate similar data volumes and challenges.
Chile is a capital of Astronomy. Since the 60s, the collaboration between the Chilean government and international observatories has brought 40% of Earth's telescopes to our territory. That share will grow to around 60% in 2021. The inauguration of instruments in the next decade will further enshrine the Atacama Desert as a capital of astronomy. The volume of astronomical data acquired in the Atacama desert will go from around 1 PB/year today, to 16.5 PB/year in 2021.
Chile is a protagonist of global astronomy. Astronomy is at the vanguard of big data. Big data is the center of a broader revolution that is impacting the digital economy in our country and elsewhere. Chile can increase its protagonism in this revolution, through Astronomy.
We are calling you to lead a team of DOers that will have the responsibility of implementing the DO vision and establish a robust and strong foundation for this innovative initiative aiming to solve global challenges, from Chile.
We are searching for great teammates, skilled and experienced in cloud architectures, with knowledge in data-centric frameworks and solutions in the realms of data science and/or data engineering.
We require from you:
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