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1. Confidential Waste Policy update

   The updated policy includes further information on disposing of small amounts of confidential waste in confidential waste bins across the university and on how you can order secure bags for larger quantities.

2. Free staff access to LinkedIn Learning

   As part of LJMU’s commitment to supporting staff development, the LinkedIn Learning platform is being made available to everyone.

3. Sports Journalism students report from The Open at Royal Liverpool

   Ben and James go behind the scenes to work with media at Hoylake

4. New ES1 form available for managers

   The Finance team has recently updated the ES1 form used to assess contractors against HMRCs off-payroll working rules (sometimes called IR35).

5. Menopause cafe to mark World Menopause Day

   Join us on Wednesday 18 October as we mark World Menopause Day and host our final staff cafe of the year.

6. Register with a GP and check your vaccinations

   Looking after your health is important when living away from home.

7. Encouraging more girls to become involved in biomechanics

   In celebration of National Biomechanics Day 2023 (Wednesday 5 April), the Biomechanics Research Group within LJMU’s School of Sport and Exercise Sciences, delivered an exciting, fun-filled, activity packed event with schoolgirls from a Liverpool primary school.

8. New devices to record student attendance

   A large number of new devices have been installed across two of our campuses to record student attendance.

9. Working in partnership to deliver transgender workshop

   LJMU, in partnership with the Gender Identity Research and Education Society (GIRES), welcomed staff, students and community representatives to an engaging, interactive transgender workshop recently.

10. Human-altered ecosystems

    What can fossil bones tell us about the ecology and behaviour of extinct species? In two recent publications, Dr Carlo Meloro from the School of Natural Sciences and Psychology has worked with international teams to demonstrate how we can interpret palaeoecology (the ecology of fossil animals and plants) of extinct wild dogs by looking at their fore-limb and skull shape.