Major new study into impacts of COVID-19 on children
A major study has been launched to learn more about the impact of COVID-19 on children and young people with special educational needs and disabilities (SEND).
A major study has been launched to learn more about the impact of COVID-19 on children and young people with special educational needs and disabilities (SEND).
2023 is a big year for Liverpool John Moores University. Not only is it our bicentenary marking 200 years since the institution was founded and became the LJMU as we know it today, there’s also so much going on across the city over the coming months.
Liverpool John Moores University is spearheading innovation in the UK’s maritime industry with the launch of a unique maritime graduate talent programme alongside the official opening of one of the most advanced Maritime Bridge and Engine Simulator training facilities in Europe.
A unique project led by Liverpool John Moores University is set to produce a lasting legacy of climate change education by creating a suite of new multi-media content for children (7-12 years), parents, and educators.
Interview with organiser Dr James Crossland
Staff from LJMU’s Horizons project brought 15 young people onto campus for an inspiring visit
International Women’s Day is celebrated on March 8th every year; it is a focal point in the movement for women’s rights.
Read more about this years' winners of the prestigious Vice-Chancellor’s Award for Excellence in Research, Scholarship & Knowledge Transfer.
LJMU’s Face Lab has unveiled a digital reconstruction of the face of a Seventeenth century Scottish Soldier whose body was discovered at a UNESCO World Heritage Site in 2013.
For the first time astronomers, including Dr Richard Parker, of the Astrophysics Research Institute at LJMU, have caught a multiple-star system as it is created, and their observations are providing new insight into how such systems, and possibly the solar system, are formed. The amazing images taken from a series of telescopes on Earth show clouds of gas which are in the process of developing into stars.