Work Achievement

Lin, as our project chief, has made long-term contributions to architectural planning such as sustainable environments and elderly spaces. Here we capture representative projects over the years and present them in a cumulative or average way*. For example, in terms of carbon sequestration through planting, the planted trees, shrubs, and green spaces are expected to produce 207,815kg of TCO2 (carbon dioxide fixation) per year. The large spaces such as offices, factories, and residences are designed to help owners save energy. Considering the cost, the energy-saving efficiency of the shell reaches an average of 26% to 35%. The proportion of indoor green building materials used in each project reaches 60.85%, which is far more than the current legal standard of the Taiwanese government (40%). Current participation results across Taiwan are expected to generate 38,000 kilowatt hours of renewable energy power generation. Since 2018, Lin has invested in the home environment improvement project for the elderly in the community, providing living space improvement and assistive device services required by the elderly living at home in Taipei, starting from the construction of small-scale, high-function, low-cost assistive spaces. The basic considerations are that the development pattern, circulation, and decoration are safe for residential use, provide a convenient and suitable living environment for elderly families, and improve the quality of life to meet the future society of super-old age and low birthrate. *The relevant data is based on the key points of green building operations approved by the Taiwan Construction Center, and the calculation method refers to the Building Assessment Manual of the Institute of Architecture of the Ministry of the Interior and the Renewable Energy Council of the Executive Yuan.

Going on taking a view of the topic. We design architectural spaces to coexist with nature by integrating advanced environmental protection technologies. Our designs consider site location, climate, and specific project use. These practices demonstrate effective management of Sustainable Development Goals (SDGs) and Environmental, Social, and Governance (ESG) principles.

Click to take a view of the topic that We focus on matching buildings with ecological landscapes, creating a community that conserves natural resources and protects biodiversity. Our goal is to achieve a dynamic balance between the building site and the natural environment, reducing water consumption and minimizing the use of non-renewable resources.

A careful and meticulous approach to shell design is critical for buildings to achieve high efficiency and significant energy savings. This means that all surfaces that come into contact with the outside air, including exterior walls and roofs, must be carefully planned and designed while taking into account various factors such as heat insulation, sunshade, ventilation, and other efficiencies.
It's important to consider how the building's design may impact the physical and visual senses of people, animals, and plants during their daily activities. By matching energy-consuming equipment, such as air conditioning and lighting, with the shell structure, efficient energy-saving can be achieved, leading to the best overall space use and comfort.
Various techniques can be employed to achieve energy-saving comfort and echo the overall shape of the building. These might include balconies, multi-layered exterior walls, roof gardens covered with soil, and combining energy-saving glass and thermal insulation materials. Each of these techniques plays an essential role in achieving high efficiency and significant energy savings.
By prioritizing careful shell design, buildings can create a comfortable and sustainable environment for occupants while simultaneously reducing energy consumption and costs. This approach not only benefits building owners and occupants but also the environment as a whole.

Renewable energy, such as solar power, holds great promise for meeting the world's energy needs. The integration of solar panels into buildings marks a significant milestone in the construction industry's journey toward sustainability.

In construction, we can minimize waste by reusing resources, utilizing recycled materials, repurposing waste near sites, and implementing rainwater recycling systems to promote sustainability and eco-friendliness.

Our team is committed to providing comfortable internal spaces that cater to the needs of all users. We believe that with appropriate planning and utilization of space, we can transform any project into an inviting and comfortable space. Our experts use professional software and analysis to optimize ventilation, lighting, and storage for maximum comfort. We are committed to ensuring a safe and healthy environment by using green building materials that meet the highest standards of panel decoration for indoor ceilings, non-polluting topcoats for floors and walls, and proper consideration of the thermal environment.

We deeply understand and respect that every user has unique needs and preferences. Therefore, we place a high priority on creating small-scale, high-function auxiliary spaces that cater to diverse ethnic groups. Our development pattern, circulation, and decoration are all designed with safety as the top priority, ensuring user safety at every step. Our unwavering focus is on creating convenient and green living spaces that provide a suitable universal living environment for users ranging from 0 to 100 years old. We firmly believe that by improving the quality of life, we can prepare for a future society with a super-old age and low birth rate.

Pan, Tien-Yi, Architect

“Lin is a responsible and innovative architect who has played a crucial role in the projects we worked on together."