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\begin{abstract} | ||
Change is inevitable in large big budget operational programs. Embracing, rather than resisting, change is key to being proactive. It also keeps teams motivated as it’s another avenue for leadership to “listen” to what is going on at the team level. At Rubin Observatory an agile approach to budgeting has been implemented. Annually a bottom up review to address changing needs, priorities and emerging issues, called a scrub, is carried out across all departments of the Rubin Operations organization. This provides an opportunity to adapt and be nimble to changing situations that can affect resources and budgets. This paper will provide details on the importance for an annual budget scrub, processes followed, tools used, and how the cycle continues year on year. | ||
Change is inevitable in large, big-budget operational programs. | ||
Embracing, rather than resisting, change is key to being proactive. | ||
It also keeps teams motivated as it’s another avenue for leadership to ``listen'' to what is going on at the team level. | ||
At Rubin Observatory, an agile approach to budgeting has been implemented, following related experience in previous High Energy Physics experiments. | ||
Annually, a ground-up review, to address changing needs, priorities and emerging issues, is carried out across all departments of the Rubin Operations organization. | ||
This ``annual scrub'' provides an opportunity to adapt and be nimble to changing situations that can affect resources and budgets. | ||
This paper provides details on the importance of an annual budget scrub, the processes followed, the tools used, and how the cycle continues year on year. | ||
\end{abstract} | ||
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\section{Introduction} \label{sec:intro} | ||
Vera C. Rubin Observatory\cite{2008arXiv0805.2366I} is currently under construction. Once complete, the observatory will consist of an end to end system with the Chile based mountain top summit facility housing an 8.4m telescope and a 3200 megapixel camera, a high bandwidth long haul network, a data processing facility in California, data management systems, a data access platform in the cloud and public engagement programs. Naturally this means the observatory is distributed across a number of locations. The operations program is due to start full operations in 2025; the survey will be carried out over a period of ten years, and a post-operations phase will follow. The operation of Rubin observatory is fairly unique in being funded in equal shares by two US government agencies. Budgets are usually set at high levels years in advance but things rarely stay the same. This paper describes an annual bottom up budgeting process adapted from the one used by the US-ATLAS Experiment. The aim of the annual exercise is to enable change within the budget envelope. | ||
The paper provides the reader with details of all the tools that are used and describes the process that is followed annually. | ||
Vera C. Rubin Observatory\cite{2008arXiv0805.2366I} is currently under construction. | ||
Once complete, the observatory will consist of an end to end system with the mountain top Summit Facility on Cerro Pachon in Chile housing an 8.4m telescope and a 3200 megapixel camera, a high bandwidth long haul network, a system of data processing facilities in California, France and the UK, a data management system, a data access platform in the cloud, and a host of public engagement programs. | ||
Naturally this means the observatory is distributed across a number of locations. | ||
The observatory is due to start full operations in 2025; the survey will be carried out over a period of ten years, and a post-operations phase will follow. | ||
The operation of Rubin Observatory is fairly unique in astronomy for being funded in approximately equal shares by two US government agencies, and operated by two almost equal partner national laboratories (NSF NOIRLab and SLAC National Accelerator Laboratory, funded by the Department of Energy). | ||
Budgets are usually set at high level years in advance, but things rarely stay the same. | ||
This paper describes an annual ground-up budgeting process adapted from the one used by the US-ATLAS operations team, in support of the ATLAS experiment at the Large Hadron Collider at CERN. | ||
The aim of this annual exercise is to enable change within the budget envelope. | ||
The paper provides the reader with details of all the tools that are used, and describes the process that is followed annually. |
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\section{Outcomes and Conclusions} \label{sec:outcomes} | ||
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This annual iterative process enables change to happen in a controlled and transparent manner enabling buy-in at all levels on what the upcoming FY priorities are and the reasons behind difficult decisions which are often inevitable. It should be noted that changes can still happen throughout the year through a process called Request Beyond Target (RBT) which enables team leads to erquest mid year enhancements to their programs. This process is outside of the scope of this paper but is mentioned here to stress the agile nature of planning on the Rubin Program. | ||
This annual iterative process enables change to happen in a controlled and transparent manner, enabling buy-in at all levels on a) what the upcoming FY priorities are and b) the reasons behind difficult decisions which are often inevitable. | ||
It should be noted that changes can still happen throughout the year through a process called Request Beyond Target (RBT), which enables team leads to request mid-year enhancements to their programs. | ||
This process is outside of the scope of this paper, but is mentioned here to stress the agile nature of planning at Rubin. | ||
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Year on year, as this process takes place from now through to the end of the ten-year Legacy Survey of Space and Time, expected in 2037, the scrub process is envisaged to evolve. Each iteration is expected to reveal gaps and areas of improvement that can be fed into the design of the process and the tools for the following fiscal year’s scrub. | ||
Year on year, as this process takes place from now through to the end of the ten-year Legacy Survey of Space and Time expected in 2037, the scrub process is envisaged to evolve. | ||
Each iteration is expected to reveal gaps and areas of improvement that can be fed into the design of the process and the tools for the following fiscal year’s scrub. |
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