ACER0021-1

Duration

Struggle against noise and vibrations in industrial zones : 16h Th
Lighting : 8h Th
Risks associated with artificial optical rays (Royal Decree of 22 April 2010) : 2h Th
Belgian regulations concerning ionizing radiation : 4h Th
Thermography : 2h Th
Air temperature and thermal comfort : 2h Th

Number of credits

	University certificate : level 1 health and safety advisor	3 crédits

Lecturer

Struggle against noise and vibrations in industrial zones : Hedwig Rosseel
Lighting : Patrick Lesage
Risks associated with artificial optical rays (Royal Decree of 22 April 2010) : Patrick Lesage
Belgian regulations concerning ionizing radiation : Patrick Droesch
Thermography : G. Masset
Air temperature and thermal comfort : Gérald Dombret

Language(s) of instruction

French language

Schedule

Schedule online

Units courses prerequisite and corequisite

Prerequisite or corequisite units are presented within each program

Learning unit contents

Struggle against noise and vibrations in industrial zones

This course is part of the Certificate pour security advisors level I.All access conditions as well as content or any specific modalities related to all these courses are conform to the content of the Arrêté royal for the formation and the recycling of the security advisers for internal and external services for the prevention et protection at work dated may 17 2007.

Lighting

Course description :
This course is an introduction to lighting techniques. It begins with the basic principles of photometry, then the different lamps and their applications are compared. Finally, notions in interior lighting are presented.
Contents :
Basics of photometry, lamps, security lighting, introduction to the lighting project.
This course is part of the Certificate for security advisors level I.All access conditions as well as content or any specific modalities related to all these courses are conform to the content of the Arrêté royal for the formation and the recycling of the security advisers for internal and external services for the prevention et protection at work dated may 17 2007

Risks associated with artificial optical rays (Royal Decree of 22 April 2010)

Belgian regulations concerning ionizing radiation

Thermography

Air temperature and thermal comfort

Learning outcomes of the learning unit

Lighting

At the end of the course, it is intended that the student will be able to:

- understand and apply the basic photometric quantities used in lighting techniques,
- understand recommendations, technical documentations or standards published in the lighting techniques literature, in particular concerning security lighting,
- apply the basic laws of photometry (for example to calculate the illuminance in simple situations),
- identify the different types of lamps, their properties and applications.

Prerequisite knowledge and skills

Lighting

Basic mathematics and physics.

Planned learning activities and teaching methods

Lighting

This course is organised during a one-day module, consisting in a general presentation ex cathedra, including some applications and exercices with the teacher.
It is recommended that the students actively participate to the general presentation by answering questions and creating discussion. Also during the exercices, the students must be equipped with a calculator.

Mode of delivery (face to face, distance learning, hybrid learning)

Lighting

Face-to-face learning.
IMPORTANT: the COVID-19 health situation could possibly modify this organization.

Work placement(s)

Organisational remarks and main changes to the course