Programme/Approved Electives for 2025/26
None
Available as a Free Standing Elective
No
Chemistry, as a central science, is critical to the transformations before us from moving from a linear economy to a circular one, combatting environmental degradation, and ensuring a sustainable future for our planet. In sustainable chemistry we will take a systems thinking approach to tackle the complexity of these challenges and focus on the role of chemistry in working towards solutions. Assessment will build your skills in evaluating information and presenting scientific knowledge in different formats for a broad audience.
Aims
to apply systems thinking and sustainability perspectives to emerging global challengesto develop a range of information retrieval, research, and communication skills.
Talis Aspire Reading ListAny reading lists will be provided by the start of the course.http://lists.lib.keele.ac.uk/modules/che-10051/lists
Intended Learning Outcomes
Describe, explain and apply principles of systems thinking and sustainability to chemistry focussed case studies: 1Identify and research an emerging topic in sustainable chemistry using a variety of sources and summarise using effective communication skills for a specified audience: 2Locate, evaluate and summarise information from a variety of sources including peer-reviewed scientific literature, media and generative AI, and reference sources appropriately: 1,2
10 x 1-hour interactive lectures for acquisition of core concepts10 x 2-hour interactive lectures for application and development of core ideas and consideration of case studies.120 hours of independent study including:20 hours of pre-sessional activities including assigned reading, interactive online activities and assigned video/podcasts.50 hours of work on the portfolio assessment50 hours of work on the option assessment including production of formative work and reflection on feedback.
Description of Module Assessment
1: Portfolio weighted 50%PortfolioStudents will maintain an electronic portfolio with evidence of continuous engagement with the module. This will be a blend of tasks completed in class individually and in informal groups, and tasks completed in preparation for or following taught sessions. These tasks will include construction of systems maps, appraisal of information sources, engaging with generative AI outputs, and presenting chemical information in a range of formats. These will be using a mixture of graphical and written information and will reflect approximately 50 hours of student effort/2000 words.
Two formative checkpoints will be used to encourage continuous engagement and provide feedback against defined criteria before final summative submission.
2: Options weighted 50%Science CommunicationProduction of a magazine-style article or pre-recorded screencast presentation on an emerging topic in sustainable chemistry. The final work will be equivalent to 1000 words/5 -7 minute screencast.
The article/screencast will include graphical presentation of information as well as information presented as text or verbally. A formative plan will be created and submitted before the final deadline (equivalent to 500 words).
Substantial research using peer-reviewed scientific literature is required to complete this task and distil the results of that research into a concise and accurate 1000 words/5 - 7 minute screencast appropriate for a specified audience. Students will note how they have used their module feedback in the finished submission (equivalent to 500 words).
Assessment equivalent to 2000 words/50 hours of student effort.