It's time for you to have your say.
The All Student Vote (ASV) is an opportunity for Warwick students to debate and vote on motions submitted by fellow students. The subject of a motion could relate to any aspect of student life, from the use of lecture capture to work around sustainability.
The Students’ Union co-ordinates an All Student Vote once per term. Motions are submitted in advance by students, and Student Council decides which motions will be put to an All Student Vote. As the name suggests, all students then have the opportunity to vote for or against each motion. You can also choose to abstain if you are neither for nor against the motion.
At the end of the week, student votes are counted to find out whether each motion passes into SU policy so the Union and your Student Officers start acting on it, or not if students have decided it isn’t something they want the Union to work on.
If a motion passes that requires the SU to lobby the University, the more votes there are for it, the stronger our position will be. So, if there is an issue in the ASV you feel strongly about, make sure you cast your vote to make your voice heard.
Current All Student Votes
Below you will be able to see the topics of any currently active All Student Votes and cast your own vote. Remember, you need to log in using your University ITS username and password to see the motions and cast your vote!
All Student Vote (Autumn 2024)
Your Students’ Union is student-led meaning that we put you in charge of deciding, and becoming, your future student leaders. This could be leading your group, class or even the whole Union so Make Your Mark and lead the direction of the future of our Students' Union.
This is an All-Student Vote where you have one vote to decide on motion.
No motions have been submitted.
Test 2
Motion 10 - Demo
This is the motion description
Motion 20 - Demo
This is the motion description
Click below to view previous ASV results.
View Results
Test 2
Motion 10 - Demo
This is the motion description
Motion 20 - Demo
This is the motion description