Kim, the lighting simulation expert at LumiSpace, arrived at the office where the morning sun shone.

On his desk lay new project execution work files.

This project was about improving the lighting system of an old school. Team leader Kim was excited about how this project would change the school's environment.

First, Manager Kim ran the program and started simulating the classroom's illuminance. The old fluorescent lights made the classroom dark and gloomy, negatively impacting students' concentration.

They decided to visit each classroom to measure the illuminance and install new LED lighting to improve the illuminance.

After designing the optimal lighting layout through illumination simulation, he promised to report the simulation results to the responsible supervisor and ensure that students could study in a brighter and more pleasant environment.

Next, Kim started the hotel project.

The hotel's suites and lobby were important spaces where customers received their first impression. Taesoo analyzed the hotel's existing lighting system and proposed the optimal one to save on electricity bills.

I was comparing and analyzing various LED lighting lamps, seeking ways to maximize energy efficiency and make the hotel lobby brighter and more comfortable.

Lumispace also took on a large exhibition hall lighting simulation project.

It was essential to design the lighting at the exhibition hall to reveal the details of the artwork. He calculated the illumination at specific points for each piece and designed the optimal lighting layout considering the light reflection rate.

While reporting the illuminance simulation results of the exhibition hall to the client, he explained how to make the artwork stand out more.

The most challenging project was the tunnel lighting simulation.

Because tunnel lighting is directly related to driver safety, it must be approached carefully. Lighting was designed considering tunnel walls' average illuminance and reflectance, and energy-saving measures were explored.

The existing lighting system was improved through LED lighting simulation inside the tunnel, and maintenance methods for road lighting facilities were also proposed.

LumiSpace collaborated with a streetlight fixture manufacturing company to create a night landscape lighting plan for the city. They simultaneously conducted general national road and landscape lighting design and carried out a project to improve the entire city's lighting.

The illuminance simulation of the golf course and tennis court was also within his scope of work. Taesoo measured the average illuminance of the sports facilities and designed lighting systems to allow players to perform at their best.

After completing all the projects, Kim closed his laptop and looked out the window.

He realized that Lumispace's illuminance simulation work was a simple technology and a significant task contributing to people's daily lives, safety, and energy conservation.

He pledged to bring bright light to more places through LumiSpace in the future and began preparing for another project.