Kuala Lumpur, Malaysia Architecture Tours
Though we have earlier Architecture structure in Sungai Batu Archaeological Complex Old Kedah, (the oldest civilisation in Southeast Asia) but it’s not seen as monumental architecture as Angkor Wat or Borobudur. The Malaysian architecture developed from a vernacular dwelling built by the indigenous. The Negrito believe to be among the earliest inhabitants of Malaysia. A visit to the National Museum will give early cave inhabitants replica e.g.. Niah cave in Sarawak and an early stone tools factory in Kota Tampan in Perak this is about 2500 BC.
About 500 BC to 500 AD
Human already well advanced on the usage of bronze and iron tools for hunting and cutting. Axes and knives became basic tools to cut and build vernacular houses. The Indigenous Austronesian (Language) who many migrated from Taiwan, which according to Prof Peter Bellwood Theory, originally from Madagascar.
About 500AD
Bujang Valley in old Kedah, south region, laterite stone blocks was fashioned to build building blocks. This shows the people then has become more skilful in the use of tools. Hindu-Buddha, Bujang Valley Architecture still stands as proof as to the foundation and flooring. The building material built with wood have gone by time.
About 1300-1500
Trade increased with China and India. There were many skilled craftsmen who became and attached to the Royal courts. They built palaces. In the 1400s Malacca developed to become a very important Port. The Malacca early prince was Parameswara, deriving from the Hindu god name “Sivan” a South Indian god worshiped in Malaysia beside this Murugan (in this tour we can see the Hindu Temple Architecture at Batu Caves). When Malacca was captured by Portuguese the grand palace was burnt down. The palace was a grandiose Minangkabau style Architecture. A replica of this palace now built in the UNESCO Malacca city. If you are interested in Dutch architecture and historical we may visit to Malacca.
Colonialization era Architecture 1500-1957
The colonization of Portuguese, Dutch and British made up most of the pre-independent and pre-war buildings which we can visit in this tour. Mughal, Neo Classic, Neo-Gothic, Strait eclectic (Chinese with western ornament) Art Deco and etc.
Birth of Nation Architecture 1957 to 2020
The birth of Malaya (Malaysia) needed own identity. Early Local Architects such as Dato Hisham Albakri and Dato Baharuddin Abu Kassim gave a new identity in mosque architecture, 1965 by building the National Mosque with a different roof structure. We may visit this excellent prime mosque in Kuala Lumpur to see the Architecture functions.
Modern buildings
The post-Independent building can be a custom request to facilitate according to needs and approval from the building management.
Building Models
A comprehensive Architectural building Model of the 243 sq km down scale will be one of our visit. If you are keen on Islamic Architectural models may visit the Southeast Asia best Islamic Museum.
Skyscraper
Petronas Twin towers double decked sky bridge, one of the tallest bridge in the world and to top 86th fl from here we can see the skyline of Kuala Lumpur development. Other buildings we may visit Menara TM, JKR Buildings, Mesiniaga etc .
Housing project
We can visit to one of the livable housing project designed by Malaysian Architect. A village concept but with modern touch.
Wood knowledge – We can visit wood research centre to get to know the type of wood used in the building industry and get to know the tropical rain forest.
Accommodation and logistic – We can arrange group accommodation and logistic via modern Aircon coach
Contact us for your Architecture tour needs
Some of the Architecture visit: Malay House, Chinese temple, Hindu Temple, Putra Jaya township, Bridges and etc.
Buildings: Petronas Twin Towers, Mesiniaga, PJ Tread Centre, PICC Putrajaya, Railway Station, TM Tower, Green building and etc.
Architecture Tour Green Building visit Platinum winner in Kuala Lumpur
Architecture Tour Green Building visit Platinum winner in Kuala Lumpur
Soundproof panel Architecture Tour Kuala Lumpur Green Building
Rainwater harvesting for Plant and toilet use. The initial water is drained out to discharge debris . Pressure pump and digital power meter monitors water harvested.
Green Building Top floor Architecture Tour Kuala Lumpur
Sky light, Tempered Glass used for natural lighting, Architecture tours in Kuala Lumpur
Architecture tour Green Building Platinum winner Kuala Lumpur
1. Green Building Platinum winner Kuala Lumpur Architecture
Kuala Lumpur is the capital city of Malaysia and it is also its largest city. The city has a population of 1.8 million people and it is the country’s economic and cultural centre. Kuala Lumpur is a highly developed city with a modern infrastructure. The city is home to many tall buildings, including the Petronas Twin Towers, which are the tallest twin towers in the world.
The city of Kuala Lumpur is a winner of the prestigious Green Building Platinum award. The award is given to cities that have demonstrated excellence in the field of sustainable architecture and urban design. Kuala Lumpur was selected as the winner due to its commitment to creating a green and sustainable city. The city has made a number of green initiatives, including the development of a green infrastructure, the promotion of green buildings, and the implementation of green transportation initiatives.
Kuala Lumpur is committed to creating a green and sustainable city. The city has made a number of green initiatives, including the development of a green infrastructure, the promotion of green buildings, and the implementation of green transportation initiatives.
The city of Kuala Lumpur has a number of green infrastructure projects underway. These projects include the development of a green belt around the city, the construction of green parks, and the development of a green transportation system. The city is also working on a number of green building projects. These projects include the construction of energy-efficient buildings, the use of sustainable materials, and the implementation of green building standards.
The city of Kuala Lumpur is also working on a number of green transportation initiatives. These initiatives include the development of a mass transit system, the construction of pedestrian-friendly infrastructure, and the implementation of bike-sharing programs.
Kuala Lumpur is a world-leader in sustainable urban development. The city is committed to creating a green and sustainable city for its residents and visitors. Kuala Lumpur is an inspiration for other cities around the world that are working to create a more sustainable future.
2. The world’s most sustainable city
Kuala Lumpur, Malaysia, has been named the world’s most sustainable city by the Sustainable Cities Index (SCI). The SCI is an annual ranking of the world’s cities based on their environmental, social, and economic sustainability.
Kuala Lumpur scored high marks for its environmental sustainability, with a score of 8.5 out of 10. The city has a strong commitment to renewable energy, with a goal of achieving 100% renewable energy by 2050. It also has a robust recycling program, with a citywide recycling rate of 65%.
The city also scored well for social sustainability, with a score of 7.5 out of 10. Kuala Lumpur has a low crime rate and a high level of social cohesion. The city also has a strong commitment to social inclusion, with a range of programs and initiatives aimed at helping the most vulnerable members of society.
Finally, Kuala Lumpur scored 7.0 out of 10 for economic sustainability. The city has a thriving economy, with a GDP per capita of $32,000. It also has a low unemployment rate and a strong commitment to economic development.
Overall, Kuala Lumpur is a world-leader in sustainable development, and a role model for other cities to follow.
3. A model for the future
When it comes to sustainable design, it is important to consider the entire life cycle of a building – from its construction and operation, to its eventual decommissioning. With this in mind, the Malaysian architectural firm Hijjas Kasturi Associates (HKA) has designed a model for future sustainable buildings that takes into account all of these factors.
The firm’s Green Building Platinum winner Kuala Lumpur Architecture (GKL) is a prime example of this philosophy in action. The building was designed to be as energy efficient as possible, with features such as double-glazed windows, solar panels, and a rainwater harvesting system. During its operation, the GKL will produce zero carbon emissions and will use 50% less water than a traditional building of its size.
When it comes time to decommission the GKL, HKA has ensured that the building can be easily dismantled and its materials reused or recycled. The firm has also designed the GKL to be adaptable, so that it can be easily modified to meet the changing needs of its occupants over time.
This holistic approach to sustainable design is what sets HKA apart from other architectural firms. By considering the entire life cycle of a building, HKA is able to create truly sustainable buildings that will stand the test of time.
4. The benefits of green building
The concept of green building is not a new one. The idea of using natural resources more efficiently to create healthier and more sustainable structures has been around for centuries.
However, it was only in the past few decades that green building really began to take off as a mainstream movement. In the United States, the first Leadership in Energy and Environmental Design (LEED) certified building was completed in 1998, and since then the number of LEED-certified buildings has grown exponentially.
There are now over 90,000 LEED-certified buildings worldwide, and that number is only going to continue to increase as the benefits of green building become more and more apparent.
So what exactly are the benefits of green building? Let’s take a look:
1. Reduced Environmental Impact
The most obvious benefit of green building is that it is better for the environment. Green buildings are designed to use less water, generate less waste, and use less energy than traditional buildings.
They also often incorporate sustainable materials that have a lower environmental impact than conventional building materials. All of these factors combine to make green buildings much friendlier to the environment.
2. Improved occupant health and well-being
Another important benefit of green building is that it can improve the health and well-being of the people who live and work in them.
Green buildings are designed to be more energy efficient, which means that they often have better ventilation and air quality. They also often incorporate features like natural lighting and access to nature, which has been shown to improve occupant health and happiness.
3. Reduced operating costs
Another great benefit of green building is that it can save you money in the long run. Green buildings are often more energy efficient than traditional buildings, which means that they can save you money on your energy bills.
They can also save you money on water bills, as green buildings often incorporate water-saving features like low-flow fixtures and rainwater harvesting. In the long run, these cost savings can add up to a significant amount of money.
4. Increased property value
Finally, green buildings often have a higher
5. The challenges of green building
Green buildings are designed to reduce the overall impact of the built environment on human health and the natural environment by:
1. Minimizing energy consumption
2. Minimizing water consumption
3. Minimizing waste
4. Maximizing the use of renewable resources
5. Enhancing indoor air quality
However, green buildings face a number of challenges, including:
1. High initial costs: The initial cost of constructing a green building is often higher than that of a conventional building. This is because green building materials and technologies are often more expensive than conventional materials and technologies.
2. Limited availability of green building materials and technologies: Green building materials and technologies are often not readily available in the market. This can make it difficult to find the right materials and technologies for a green building project.
3. Lack of trained personnel: There is a lack of trained personnel who are familiar with green building materials and technologies. This can make it difficult to properly construct and maintain a green building.
4. Inadequate infrastructure: The infrastructure for green buildings is often not well developed. This can make it difficult to find the right green building materials and technologies in the market.
5. challenging building codes and regulations: The building codes and regulations for green buildings are often more stringent than those for conventional buildings. This can make it difficult to obtain the necessary approvals for a green building project.
6. The way forward
As we continue to face ever-growing environmental challenges, it is imperative that we seek out and adopt more sustainable practices in all aspects of our lives. In the built environment, this means designing and constructing green buildings.
A green building is one that is designed and built with the intention of minimising its impact on the environment. This can be achieved through a variety of means, such as using energy-efficient materials and appliances, maximising natural daylight and ventilation, and minimising water consumption.
There are many benefits to be gained from constructing green buildings. Perhaps the most obvious is that it can help to reduce our carbon footprint and reliance on fossil fuels. Green buildings also tend to be more comfortable and healthy places to live and work in, thanks to improved indoor air quality and thermal comfort. They can also save money in the long run, thanks to lower energy and water bills.
If we are to achieve our goal of building a more sustainable future, it is essential that we incorporate green building principles into all aspects of the built environment. The good news is that there are many ways to do this, and it doesn’t have to be expensive or difficult. With a little creativity and effort, we can all make a difference.
0