Students complete their exam papers whilst being invigilated through Zoom focus mode which allows not only a view of the student and their immediate surrounds, but also allows for the student’s screen to be shared with staff.

In this summative e-delivered assessment students develop a case formulation in which they synthesise key aspects of a written vignette to provide a cohesive narrative of the reasons for the clinical presentation and vulnerability and strengths of the individual described in the vignette, adhering to strict character limits.

An internship, reflective activities and two reflective assessments scaffolded students to create posters evidencing their employability, graduate attributes and their unique personal brand developed in workplace projects. Articulating their abilities, showing how they added value to current and potential employers, students demonstrated how these experiences can support future transition to their careers. Posters also showing their LinkedIn profile, career ambitions and skills assessments were displayed to industry representatives who provided feedback. Posters can be used as a resource during recruitment complementing a resume.

Students use artifacts as points of inspiration for short (500 word) written pieces relevant to their discipline. Students are marked on their written expression and adherence to conventions of the genre. Works are also recited during tutorials and students marked on how well they engage others through their spoken delivery.

In this progressive assessment students write a 1200 word argumentative essay in a supported learning environment. This assessment's innovation lies in its pedagogical underpinnings and the teaching environment in which it is delivered. Students complete weekly activities in argument mapping, effective communication, and critical reasoning as progressive learning tools to construct their essay.

SCIE1000 covers mathematics, computer programming, communication, science and modelling. The main goal is to help students see that similar tools and approaches can be applied in a wide range of discipline areas and contexts. So my goal was mostly to develop students’ abilities and confidence in transferring knowledge from one context to another context that may initially appear to be quite distinct, but in reality the same general approaches apply. This is important in this course because we teach students from all areas of science.