DIALux evo Professional Guide to Lighting Design

Last update: 16/10/2026
Author Isaac
  • Implementation of structured workflows in DIALux evo for projects from basic to advanced level.
  • Application of international standards such as EN 12464-1, ISO 8995-1 and the CTE to guarantee technical compliance.
  • Control of critical variables such as glare (CIE 117), maintenance factor and energy efficiency.

View of a professionally lit office inside a modern glass building, representing the final result of a professional lighting project.

If you're looking to take your lighting designs to the next level, mastering DIALux evo is simply the fastest way to achieve it. It's not just about randomly placing lamps, but about professionally managing light to create functional and visually appealing spaces, avoiding common mistakes that could ruin a real project.

To do this properly, it's not enough to know where to click in the program; you need a solid technical foundation based on international standards. The key is combining the power of the software with knowledge of lighting standards so that the final result is not only beautiful but also complies with all current regulations.

Workflow and learning in DIALux evo

Architect reviewing architectural models and designs on his desk, illustrating the workflow and learning process in lighting design.

For those starting from scratch or already experienced, a structured workflow is ideal . The software allows you to progress step by step, from creating the geometry of the space to the final calculation of illuminance levels. The best thing about current resources is that you can learn at your own pace, pausing and repeating lessons as needed, which greatly eases the learning curve for beginners and experts alike.

Hands working on a detailed architectural plan, representing the initial phase of defining the environment and importing plans into Dialux EVO.

In a basic project, the process begins with defining the environment. It is essential to correctly import the plans and define the surfaces so that DIALux evo's calculation engine can work accurately. Once the scene is assembled, the selection of luminaires begins, where the use of standardized photometric files makes all the difference between a drawing and a real technical project.

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Essential regulations and technical standards

Close-up of architectural plans with a scale ruler, symbolizing technical support and compliance with international lighting standards.

For a design to be considered professional, it must adhere to strict rules. In the workplace, the EN 12464-1 standard is the cornerstone, along with ISO 8995-1, which define the amount of light necessary for someone to work comfortably without straining their eyes. If the project is in Spain, it is mandatory to comply with the Technical Building Code (CTE SU) , specifically its health and safety sections.

Depending on the type of space, there are much more specific guides that you should have on hand:

  • For sports facilities, the standard EN 12193 She's the one in charge.
  • If you design offices, the SLL Lighting Guides 7 and 12 They offer detailed guidelines on comfort and emergency.
  • Regarding security, the EN 1838 It regulates emergency lighting to ensure safe evacuations.

Furthermore, we cannot forget about energy efficiency. Standards such as EN 15193 or DIN V 18599 help ensure that the project not only provides good lighting, but is also sustainable and does not increase electricity consumption, something that is vital for any architect or designer today.

Advanced calculations and lighting quality

Group of professionals collaborating on an architectural model in an office, representing the application of complete lighting engineering solutions.

Beyond lux levels, a professional must control glare and light distribution. This is where CIE procedures come into play, such as CIE 117 for interior glare or CIE 40 and 52 for basic and practical calculation methods. It's not just about having light, but about ensuring that the light is distributed evenly.

To ensure consistent light output over time, it is crucial to apply the maintenance factor (using methods such as JIEG-001), as luminaires lose efficiency due to dust and wear. Furthermore, to ensure the accuracy of the data uploaded to the software, electronic data transfer formats such as IESNA LM-63 must be used , guaranteeing the correct lamp photometry.

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Mastering these tools and standards, combined with consistent practice using the software, allows for the creation of spaces that optimize productivity and human well-being . Integrating natural light according to DIN 5034 and combining it with efficient artificial lighting systems transforms a simple rendering into a complete and professional lighting engineering solution.