Safety and Risk Management

الرئيسية
Safety and Risk Management

Safety and Risk Management

About

Management

The University Safety and Risk Department was established under the General Administration of Projects, Operation and Maintenance on 11/11/1444 AH to be the university's tool in providing a distinguished environment for work, study and scientific research, and this can only be achieved by exerting effort to reduce university risks and applying safety requirements in university facilities to provide a safe environment for its employees and visitors.

Overall Objective

A safe university environment from risks that meets safety requirements in accordance with approved standards

Vision, Mission and Goals

Vision

A safe university environment from risks that meets safety requirements in accordance with approved standards

Message

The University of Hail seeks to preserve and protect lives and property at the university by using systematic methods, procedures and instructions to control risks and reduce the occurrence of disasters and crises.

Gools

1- Creating a safe and sound learning environment that meets safety requirements

2- Prevention of risks surrounding the university employees

3- Developing the university safety and risk management organization at the university in accordance with the regulations approved by the competent authorities and benefiting from local and international experiences in this field

4- Promoting a culture of safety and university risks among university employees and visitors

5. Develop risk strategies

Contact Details

EMAIL	Ext Number	Employee Name
f.alsodairy@uoh.edu.sa	1649	Eng. Fahad Abdullah Al-Sudairy
Arif.alshammary@uoh.edu.sa	1415	Aref Awad Alshammari
Nai.alshammari@uoh.edu.sa	2415	Nayef Marwa al, Shammari
Ndj.alshammari@uoh.edu.sa	1786	Nayef Zahir al-Shammari
Yo.alshammari@uoh.edu.sa		Yousef Khalaf Alshammari
Saud.alanazi@uoh.edu.sa		Saud Abdulrahman Alanazi
Msh.alshammari@uoh.edu.sa		Meshaan Jareed Alshammari
Sa.altamimi@uoh.edu.sa		Suleiman Abdul mohsen Altamimi