Health, Safety and Regulated Facilities course timetable

This training will provide delegates with a basic knowledge of asbestos awareness, the risks and the legal requirements under the Control of Asbestos Regulations 2012.

Falls from ladders and other height access devices continue to cause injuries to people at work in the University. The new Work at Height Regulations (April 2005) have implications for the University because the emphasis has changed to any fall from any height. Anyone who uses ladders or who supervises work with ladders should attend this session.

This training will provide delegates with a basic knowledge of asbestos awareness, the risks and the legal requirements under the Control of Asbestos Regulations 2012.

The course will provide an overview of the Human Tissue Act and will be delivered by Dr Rachel Smith from the MRC Regulatory Support Centre. The Centre provides training, support and guidance to those whose research involves human participants, their tissue, cells or data.

The course aims are to provide the attendees with a full understanding of how to carry out a field work risk assessment and how to adapt it for different situations using examples, hand-outs and a practical workshop.

Hydrofluoric Acid (HF) is one of the most toxic and potentially dangerous substances used in the University. All users of HF should be fully aware of and have a good understanding of the nature of HF. They should know how best to control HF, avoid accidental exposure and understand how to deal with accidental exposure to HF. All users of HF are strongly advised to attend this course. This course is also useful for First Aiders in Departments where HF is used.

This course is an essential component of training for new laser users, which should be backed up by practical training in departments.

The course may be suitable for users of other classes of lasers, depending on the risk, but please discuss this with your Laser Safety Officer first.

This course will cover safe storage and use of cryogens, safe use and stores of compressed gas, and aspects of oxygen depletion with respect to the above.

Hydrofluoric Acid (HF) is one of the most toxic and potentially dangerous substances used in the University. All users of HF should be fully aware of and have a good understanding of the nature of HF. They should know how best to control HF, avoid accidental exposure and understand how to deal with accidental exposure to HF. All users of HF are strongly advised to attend this course. This course is also useful for First Aiders in Departments where HF is used.

An annual update meeting for Radiation Protection Supervisors (RPSs).

Please contact Emma Clarke for further details and to book a place.

An annual event for Departmental Safety Officers.

This training is for all staff who are regularly involved in moving and carrying loads and setting up equipment etc. The course involves theory, practical and video. It requires active participation by all attending. The training also includes a practical demonstration of safe lifting and shows a range of lifting aids that are available.

This course will provide clear instruction of what is expected of fire safety managers to assist responsible persons to comply with current fire safety legislation.

A safety course for anyone either directly working with chemicals or who is responsible for persons working with chemicals including PIs, Post Grads, Post Docs and technicians.

If you have attended the 2-hour departmental chemical safety training it is not necessary to attend this course as well.

This training is for all staff who are regularly involved in moving and carrying loads and setting up equipment etc. The course involves theory, practical and video. It requires active participation by all attending. The training also includes a practical demonstration of safe lifting and shows a range of lifting aids that are available.

Fire Safety Awareness training provided by the NHS for all embedded tenants.

Please note: This event will close for bookings one week before the event.

Managing Safely is ideally suited to managers, research supervisors, administrators with safety responsibilities and Departmental Safety Officers across all sectors of the University. It leads to a nationally recognised and accredited training certificate. (IOSH is the Institution of Occupational Safety and Health.)

Please contact the course organiser, Will Hudson for further details before booking on the course.

Managing Safely is ideally suited to managers, research supervisors, administrators with safety responsibilities and Departmental Safety Officers across all sectors of the University. It leads to a nationally recognised and accredited training certificate. (IOSH is the Institution of Occupational Safety and Health.)

Please contact the course organiser, Will Hudson for further details before booking on the course.

Managing Safely is ideally suited to managers, research supervisors, administrators with safety responsibilities and Departmental Safety Officers across all sectors of the University. It leads to a nationally recognised and accredited training certificate. (IOSH is the Institution of Occupational Safety and Health.)

Please contact the course organiser, Will Hudson for further details before booking on the course.

This course will cover safe storage and use of cryogens, safe use and stores of compressed gas, and aspects of oxygen depletion with respect to the above.

This training is for all staff who are regularly involved in moving and carrying loads and setting up equipment etc. The course involves theory, practical and video. It requires active participation by all attending. The training also includes a practical demonstration of safe lifting and shows a range of lifting aids that are available.

Anyone who is or will be a first-time user or supervisor of x-ray equipment or other equipment generating ionising radiation is expected to attend this course before they begin work. Existing users and supervisors of these items of equipment who are new to the University should also attend.