None listed
Conditions
Brief summary
The purpose of the study is to assess the efficacy of the i-CBT stress and well-being program for university students. We expect that the participants in the treatment group will show lower levels of psychological distress and higher levels of well-being at post-treatment and one-month follow up than participants in the waitlist control group.
Interventions
The internet cognitive behavioural therapy (i-CBT) program will comprise 8 modules (these take approximately 15 mins each) over a 6-week period that will be delivered via the This Way Up clinic website www.thiswayup.org.au. Participants will be encouraged to complete a little over one module a week, and reminded to complete modules through automated emails if they do not complete them on time. These modules are presented through comic-style illustrations that intersperse lessons in key cognitive behavioural therapy (CBT) principles alongside the narrative of a student dealing with stress. In particular these modules will cover psychoeducation on stress and well-being, skills in thought challenging, behavioural activation, goal setting, problem solving, study skills, and mindfulness. Each module ends with a lesson summary that participants can only download upon completing the module. This summary provides a brief overview of the module and includes a homework task for the student to complete before beginning the next module. For example for module 1, participants are required to complete a stress level checklist. For the relaxation module, participants are encouraged to complete relaxation activities each day, or for the managing thinking module, they are encouraged to complete a thought challenging worksheet.
Sponsors
Study design
Eligibility
Inclusion criteria
Adults aged 18 years or over University students currently studying at UNSW Sydney Fluent in English Have access to a computer and the internet
Exclusion criteria
Active suicidality Participants who are not fluent in English Participants who do not have access to a computer