According to Allen and Iano (2008, p.203), a successful construction package should have a balance of these conflicting architectural design requirements. Building designers and constructors are increasingly facing a serious challenge of how to meet the meet the demands for newly constructed and renovated facilities such as accessibility, security and efficiency while at the same time minimizing the impact of their construction on the environment. On the other hand, considering the current economic challenges, it is also important to consider the cost effectiveness of renovating a building facility. In this regard, the renovation design and technology should also include sustainability initiatives to help reduce the environmental impacts and operation costs as well as improves the resiliency of the building. Located on the busy 152, Kings Road, Pheasantry is a historic architectural building that was originally used to raise pheasants for the previous royal households. The building has a previously reinforced concrete skeletal frame as well as troughed structural floor slabs. On the other hand, the ceilings are suspended using a frame and tile system and the walls are mainly plastered. A wide range of floor finishes have also been used over the screed base and the internal walls that separate each letting space in the building are made of concrete blockwork for the purposes of fire compartmentation. It is also worth noting that all the windows currently installed are double gazed and some of the existing services include an air conditioning system. This report provides a critical appraisal of the proposal for construction package that is intended to be used for the modernization and renovation of Pheasantry building in London. Considerations in the proposed package solution There are a number of considerations that should be taken into account in the construction technologies that are proposed in the construction design package. First and foremost, the client who requested for the renovation of Pheasantry building had specified that each part of the proposed refurbishment should be able to provide good value for the money invested both initially as well as over its life cycle. For example, one of the major concerns of the client is how to avoid premature failure during the renovation Pheasantry building and the client also needs the modernization of the building to create a building that has an environmentally sustainable image. According to Hegazy (2002), the contemporary building construction designs are increasingly using an integrated and synergistic approach that takes all the phases of the facility life cycle into consideration. The design of the floor and the ceiling part of the building should be able to meet a number of sustainable requirements some of which include less environmental impact and reduced maintenance. For example, although floor is the most ignored surface when it comes to sustainable building design, there are a number of ways through with modern technology can be used to modernize floors and make them more sustainable. For example, an effective base for radiant heating of the floor can be included in the project construction package. Generally, sustainable design not only supports commitment to environmental conservation and stewardship but it also ensures the achievement of an optimal balance between costs, societal, environmental and other human benefits while at the same
Technology and Design of the Pheasantry Building in London Insert name (s) Course Technology and Design of the Pheasantry Building in London Introduction The modern technology and design of buildings has always been about aesthetics, sustainability, economics, functions and building science…
This paper will look at high tech building design techniques which have marveled the world by production of high quality buildings. It examines their representation and functions of structures and services. It goes further to review high tech in major cities of the worlds with the objective of finding out how this technology has changed modern cities.
Accordingly, our objectives as well as expected learning outcomes are: to create a plant mathematical model based on the prediction of the plant behavior running in two phase processes; further on, the heating and cooling loads will be calculated to estimate the energy consumption, operating coasts, and the life lengths of the system; finally, we will test the proposed plant due to the general procedure of CIBSE or ASHRAE guides.
Commercial building is a building with more than 50 percent of its floor space used for commercial activities. Commercial buildings include but are not limited to stores, offices, schools, Churches, libraries, museums, hospitals, clinic, ware houses, jails among others.
In a similar manner, Morris (2006) points out that adaptation of technology should be sensitive to the contexts of its application, implying the dependence of technology application outcomes to the competencies and attributes of both organization and individuals.
Various options have been proposed to nullify the environmental impact estimated from using steel and concrete. One of the important interventions that could be made in these circumstances is by promoting the use of renewable energy. The importance of building integrated photovoltaic could be integrated into the system in it present form.
nvolves theoretical framework plus a case study to make the readers clear about the failures in design especially in those areas where earthquake activities frequently take place. In this paper it is explained that what is required to overcome various issues of failures in
The next part of the paper talks about energy efficiency in buildings as contributed by various technologies in lighting. The last portion of the paper narrates the contribution of the latest technologies in window design that contribute to energy efficiency.