Certificate Program

Engineering Intelligent Lighting

Engineering Intelligent Lighting



The Intelligent Lighting certificate program is a multidisciplinary training program for bachelor students majoring in any of the disciplines offered in the TU/e bachelor school. It involves a course program of 20 ETCS, multidisciplinary and tailored to the students’ interests and expertise, and a bachelor end project embedded in the Intelligent Lighting Institute.

The lighting domain is changing radically. Three major developments have spurred this revolution: (1) society’s growing awareness of the need to save energy, (2) recent insights in light’s pathways through the brain – the discovery of a 5th photoreceptor - and its impact on human health & functioning, and (3) the introduction of LED, a low power, flexible light source, offering potential for miniaturization, embedding, and advanced dynamic control. All these developments have direct implications for users and society at large.

The Intelligent Lighting certificate thus strives for a multidisciplinary, yet thematically focused training of young engineers.

The certificate reflects that the student has attained:

•     Knowledge of light as a physical phenomenon, light sources, and its behaviour in physical spaces

•     Knowledge of the perception and human factors of light, and awareness of the multifaceted nature of light’s effects on human functioning

•     Basic knowledge of distributed control, operating systems, computer networks, sensors & signal processing,

•     Awareness of the challenges for lighting design and control in terms of system transparency and user interaction



The workload consists of 20 ec.  An additional requirement is that at least 5 ec have to be followed on top of the regular BSc program.

The 20ec are offered in two coherent course programs: the USE trajectory ‘The secret life of light’ and the technical trajectory ‘The liberation of light’. Both consist of 3 sequential courses: an explorative course (identical for the USE and technical trajectory), an advanced course and a project.

The requirements of the certificate are:

·        Successfully obtain (1) the explorative course, (2) both advanced courses, and (3) one project (USE or technical, free choice)

·        Doing at least one of the courses over and above the regular study program (in other words extra or on top of the 180 ec of the total BSc program).

Course code   Course name  Coordinator     Number of ec

0HEUA0         Light & experience    

0HSUA0         Advancing light for human functioning        

7HK30             Physics of light and lighting design   

And one of the following projects:                

0HAUA0         Secret life of light USE project         

7HK40 (TBD) Liberation of light technical project