AO-1 - CHEOPS Guest Observers Programme
First Announcement of Opportunity (AO-1) for participation in the CHEOPS Guest Observers Programme
**** THE AO HAS NOW CLOSED. The next opportunity to apply for observing time on CHEOPS will be when the discretionary time programme opens, currently foreseen around the very end of 2019/early 2020. details will be posted on the cheops guest observers webpages when available. ****
This announcement solicits proposals for observations to be carried out as part of the CHEOPS Guest Observers Programm, and covering the period of February 2020 to January 2021.
Release of AO-1: call for Phase I observing proposals 19 March 2019
Deadline for submission of Phase I observing proposals 16 May 2019 (14:00 CEST)
Meeting of the CHEOPS Time Allocation Committee 2 - 4 July 2019
Announcement of award of observing time on CHEOPS End July 2019
Preparation of Phase II inputs 14 August - 10 Sept 2019
CHEOPS launch slot 15 October - 14 November 2019
Reference start date for CHEOPS nominal operations 1 February 2020
Prospective observers are requested to take note of the following points:
- All proposals must be submitted via the Phase I Proposal Handling Tool. Submission requires the use of a Cosmos Website ID together with membership of the CHEOPS Guest Observers Programme Group. Registration is required to download the software for the Scheduling Feasibility Checker, which is one of the tools needed to prepare proposals (see notes below) and also to download simulated CHEOPS data. Requests for both IDs and group membership need to be made by following the instructions at the following link: https://www.cosmos.esa.int/web/cheops-guest-observers-programme/register
We recommend that you get an ID/register early during the call.
- A minimum of 1 orbit per target, and a maximum of 100 orbits may be requested per proposal.
- It is important to appreciate that, due to the nature of the science that CHEOPS will address, the majority of CHEOPS observations will be time critical. These can be difficult to schedule, and in some cases it may not be possible even if a target is awarded observing time and is high priority.
- All tools and documentation, with the exception of ESA Phase I Proposal Handling Tool are provided by the CHEOPS Consortium, and are the same as those used by the Science Team to prepare the Guaranteed Time Observing Programme.
- Simultaneous scheduling of CHEOPS observations with other facilities will not be possible.
- CHEOPS is a small mission, with a correspondingly small team to support Guest Observers. Observers are advised to not to leave proposal preparation to the last weeks, as the response time incase of questions may be up to a few days.
- Notifications of any issues/updates to Call material will be published on the page at this link - prospectiver proposers are recommended to check this page regularly during the period of the call. ** UPDATED 29 April 2019 **
A number of tools and documents are available to help you with your proposal preparation.
Tools and supporting manuals:
- Phase I Proposal Handling Tool (proposal submission), presentation with instructions on use and multi-target upload file (csv);
- CHEOPS Exposure Time Calculator and manual;
- CHEOPS Scheduling Feasibility Checker (installation instructions + user guidelines + details of FTP site);
- CHEOPS Reserved Target List Checker.
- CHEOPS bandpass;
- CHEOPS point spread function (lab measurements) and README file;
- Bad pixels README file;
- CHEOPS visibility maps (annual accumulated +1 day (per month) + ascii in a tarball) and ** README file (UPDATED 29 April 2019) ** ;
- Simulated CHEOPS data: raw, level data products and ancilliary files, reports and README file;
- CHEOPS Data Products Defintion Document (DPDD).
Here we provide links to documentation that has been deveolped by members of the CHEOPS Science Team. These are shared for use at the user's own risk, with caveats and warnings that are detailed in the individual documents.
- Tool to generate XML files for input to the CHEOPS scheduling feasibility checker, based on a table of data for multiple observing requests provided by the user.
- Please check the Frequently Asked Questions page