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World Architecture Festival 2013 – a report

By Team IAnD Photography: Courtesy WAF’13

October 2 -4 2013 saw three busy days of ideation, discussion and critiques on global architecture and design at the World Architecture Festival held at Moshe Safdie designed Marina Bay Sands, Singapore – a venue as awe inspiring as the projects that unfolded within its festive panorama-

The World Architecture Festival opened to enormous numbers (reportedly the biggest yet) with the theme of 2013 bring -Value and values’, -to examine the relationship between perceptions of financial value and the values that architects typically hold about their work.-

Director of WAF’13, Paul Finch commenting on the sheer quality and diversity of the projects entered into the festival, and shortlisted for the final round of awards, said that the array of projects demonstrated the increasingly global nature of the event.

Among various stalwarts from various quarters of the world, Mumbai’s Ar. Sanjay Puri’s corporate project in Jaipur -72 Screens’, was also shortlisted for the awards.

A vibrant, thought-provoking three-day session of presentations of various projects by the architects, seminars and talks on diverse issues that touch and plague the building industry were discussed and debated. Noted international speakers, project critiques and appreciations apart, everyone waited with baited breath as the ultimate honour – the winner of the World Building of the Year 2013 award was announced and granted to the Aukland Art Gallery Toi o Tamaki in New Zealand by Frances-Jones Morehen Thorp and Archimedia.

The four main award winners including World Building of the Year Award were Botanical Garden Australia designed by landscape studio Taylor Cullity Lethlean and plant expert Paul Thompson for Landscape of the Year; National Maritime Museum of China designed by Cox Rayner Architects for Future Project of the Year; and Barcelona Apartment by David Kohn Architects for World Interior of the Year.

As part of INSIDE: World Festival of Interiors, an event held in conjunction with the WAF’13 with a concentration on interior projects, shortlisted 59 outstanding interior projects across the 12 award categories, Bars and Restaurants, Creative Re-use, Culture, Display, Education, Health, Hotels, Offices, Residential, Shopping Centres, Shops, and Transport. For the complete list of awardees, do check out:

to view images click on globalhop.indiaartndesign.com

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Overview Of Ibm Service Oriented Architecture (soa) Fundamentals Certification

The increasing need for SOA can be complex for companies looking to use experienced IT professionals with SOA capabilities. Several contemporary IT workers do not have experience with the engineering that are the foundation for an SOA. This capabilities gap can slowly down and delay deployments among all but the most forward companies. Quickly creating capabilities is a need to keep rate with the opponents.

IBM WebSphere Details allows you get going easily via IBMs Web-based exercising series. Taken as a whole, the series provides a company foundation for recognizing, evaluating, and indicating your company’s SOA needs.

Test 000-669 – Exam Info
The exam includes six areas containing a complete of roughly 54 multiple-choice concerns. The rates after each area name indicate the estimated submission of the complete query set across the areas.

Area 1 – The Value of SOA (15%)
A.Identify company functions where SOA can enhance competition and efficiency.
B.Identify how SOA can offer revenue (ROI) (improve competition, website, improve responsiveness.)

C.Identify the SOA functions that make companies more nimble.
D.Identify the chance expenses of not implementing SOA.
E.Identify circumstances where SOA does not offer the preferred value or is not appropriate.
F.Identify the company individuals for SOA.

Area 2 – SOA Principles (26%)
A.Define the idea of assistance in SOA.
B.Describe the structural concepts used in SOA (for example: decrease combining and separating of issues.)

C.Describe the tasks that XML performs in SOA.
D.Describe the aspect of an assistance computer pc personal computer system operating system and/or database in SOA.

Area 3 – Primary SOA Structure (20%)
A.Describe you will of a simple SOA architecture.
B.Describe the components of the IBM SOA Referrals Structure, and their tasks and connections.

C.Describe the business assistance bus (ESB) and its aspect in SOA.
Area 4 – SOA Control (19%)
A.Explain the need for SOA government.

B.Describe SOA government and relevant concepts (roles and obligations, financing designs, guidelines, administration, crucial achievements aspects, and analytics.)

C.Describe Excellent of Service (QoS) problems relevant to SOA.
D.Explain the need for an allocated protection design (including problems like recognize provisioning and reproduction.)

E.Identify the effect of changes to solutions in the SOA lifecycle (change management, versioning, and assistance lifecycle.)
Area 5 – Preparing for SOA (20%)
A.Describe the components of SOA government that need to be resolved during the look for SOA.

B.Understand the value of saving company problems, individuals and goals when preparing for SOA.
C.Capture and assess IT problems, individuals, and goals (including analytics and KPIs.)

D.Describe the individuals, business, and technological innovation aspects that effect preparedness for SOA and its achievements.
To get prepared for Examination 000-669, it is first recommended that you are familiar with the job aspect information and the aspects this credentials is according to, as well as have knowing of the topics described in examine objectives/skills determined on exam.

Evaluate your own specialized stage to examine goals and the recommended exercising resources, and then determine for yourself how much planning you require

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Time for a greener architecture

For more articles like the one below please visit us at Plymouth architects

The Gestalt school identified several principles of use to artists and architects, but the most important is that of balance – that is, the constantly shifting balance that balances all opposites within the constantly shifting matrix of reality. Interestingly the principles of form found in the natural world are not dissimilar to the Gestalt principles that also operate in the unselfconscious human building traditions I referred to at the beginning of this article. Vernacular building traditions have evolved slowly over long periods of time and thus possess some of the coherent organic order found also in Nature. As in animal architecture, vernacular architecture possesses an inherent beauty: the beauty of integrity and unity. Such beauty emerges from the totally balanced integration of a system, its function and use into the broader realms of Nature.

So have we stumbled onto the reason why so many modern human-made environments fail to come up to the quality of some older towns and cities? At root the problem seems to lie in the spiritual posture that we adopt with Nature. Many people would now accept that as humans we are completely co-terminal with Nature. However, in claiming ownership, as we do, of that part of Nature that we call -self’, we not only separate ourselves from Nature but also separate ourselves from our own environments. Yogis tell us that the transcendental world of the spirit – the world of unity and pure consciousness – supports the relative world at each point. They tell us that the transcendental realm is a world without qualities yet gives rise to and sustains all qualities. They tell us that it is to be found in the -gap’ between the different states of consciousness: waking, dreaming and sleep; in the silences in music; between syllables in spoken language and even between our thoughts. The great 19th-century Indian holy man Ramakrishna Paramahansa was once asked, -Where do I find God?- His reply was, -Look between two thoughts.- This gap between perfectly balanced opposites is where life and spirit enter the relative world. It is also the vital middle ground between a subject and an object that defines the -mean’ and gives the meaning.

In conclusion we can say that it is order that gives life to a work and it is order that gives a work its spiritual dimension. It is in the perfect orderliness of a great work that the two worlds of materiality and spirit conjoin. Order is the agent that serves as the conduit between these two realms. Dare we say that -orderliness’ is next to -Godliness’?

Plymouth architects

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Architecture A Brief Introduction and Marketing Tips

Architecture is an art and science that marries the building and design of structures. In some ways one can say that, along with engineering, it is the sign of civilization. Once man was able to settle down and fashion his own dwelling, even by primitive means, this was the start of the first civilizations.

Originally, these structures were purely functional serving to keep people safe from bad weather and wild animals, and to give them privacy. But as modern construction procedures were developed, along with more advanced materials, architecture and engineering began to take a more artistic leaning.

The earliest treatise on the subject, De Architectura, was written by Vitruvius, dates back to the 1st Century CE. In it, the Roman architect says that a building has to have form, function, and durability. To this day, most architects still conform to those three tenets. It is probably even safe to say that some are more successful at adhering to those dogmas than others.

A few examples of these people are Frank Lloyd Wright, a major proponent of organic architecture who is often touted to be the greatest American architect of all time (famous for the house called Fallingwater and for the Guggenheim Museum in New York City); I.M. Pei, a master of modern architecture who created the pyramid at the Louvre and the Bank of China Tower in Hong Kong; Frank Gehry, who designed the Dancing House in Prague; and the landscape architect and artist, Isamu Noguchi, among many others.

If these names sound familiar to you, it’s probably because their works are admired the world for being beautiful while being both functional and enduring. You’re likely to see their buildings mentioned in architectural texts, art books and even featured in architecture postcard designs. These, by the way, are not only proof of how respected the geniuses mentioned above are but, also function as a way to market their work. Like a portfolio, one might say.

In fact, some people in the business might publish high quality books that double as coffee table books and company profiles. Or, perhaps, they might have architecture postcard designs and construction postcard designs printed on elegant cards to send to potential clients. Others still, might support these efforts with their own websites.

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Spanish Colonial Revival Style Architecture

Spanish revival architecture is hugely popular in California, and increasingly across the nation. The mission revival style and colonial revival styles grew in popularity at the beginning of the 20th century, but people today still chose to emulate the Spanish style when building their homes and public establishments. Why do people continue to use this Spanish style? I argue that the Spanish colonial style represents the very beginnings of the United States on the west coast, and this time in the US history continues to spark peoples imaginations. The aesthetic elements are iconic, and people still commission architects to create the homes of their dreams in this style.

The Spanish Colonial Revival style was created in the United States in the 20th century, and it was sparked after the opening of the Panama Canal. The novel Ramona also had a great influence on the popularity of this architectural style. The early Spanish colonies of North and South America had their particular style of architecture brought from the homeland, and this style was them updated to accommodate the new century in the US. Between 1915 and 1931 this style was all the rage, and movie stars in Hollywood clamored to get their Hollywood hills homes built in this style. Mostly the single-level detached home saw this style. On a personal note, my own grandmother has one of these homes in California, and its pink!

The Spanish Colonial Revival style is very similar to the Spanish Mission Revival style, but with a few key differences. Its also similar to the pueblo styles of the west and southwest, and influenced as well by the arts and crafts movement that was the foundation of these architectural styles. The iconic use of smooth plaster, stucco walls, and chimney finishes, clay tile roofs, terra cotta and concrete ornaments is still a highly noticeable, recognizable style. Other elements include porches and balconies, and Roman arcades and fountains. Youll also see canvas awnings. The most important Spanish Revival architect in California was George Washington Smith who practiced during 1920s and 1930s. Perhaps his most famous house is the Steedman House in Montecito, CA, now a museum called the Casa del Herrero.

But there are other architects who took this Spanish style across the globe. Take for example a lovely Spanish Revival building in St. Louis, by the architect T.P. Barnett, son of George I. Barnett; another famous architect in St. Louis. The T.P. Barnett building is particularly interesting because it also has Art Deco influences, making it one of the most unique buildings in the Grand Center region of St. Louis. Certainly the next time youre in St. Louis, you need to visit this Spanish Revival building on Washington Avenue.

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Spanish Mission Art Deco Style Architecture

In the architectural world, just as in the worlds of food, clothing, and design, as styles come together we have whats called fusion. In fusion, often disparate elements come together to create a cohesive union, and sometimes seemingly harmonious elements come together in a not so harmonious way. In terms of architecture, a truly interesting blend happened in the beginning of the 20th century, melding together the elements of Spanish Mission revival style with the hip sleekness of Art Deco.

Art Deco buildings are known for their futuristic, sleek, dramatic, geometric flair. Cubes, zigzags, and futuristic chic came together to express the growing machine age in the United States. In the roaring twenties and early thirties, the jazzy Art Deco architecture was sweeping the nation. The Art Deco style found its inspiration from many different sources. The austere shapes and curves were taken from the Bauhaus School and the streamlined modern technology-looking design was melded with images of icons from the Far East, Greece, Rome, Africa, India, and Mayan and Aztec cultures. But above all these, Art Deco took inspiration from an architectural discovery in Egypt.

In 1922, archaeologist Howard Carter and his sponsor, Lord Carnarvon, thrilled the world with their discovery of the tomb of King Tutankhamen. Egypt-chic soon swept the nation and influenced the design of clothes, jewelry, furniture and graphic design. And of course, architecture.

Another style that was popping-up at the same time was the Spanish Mission Revival style, and in California, these two disparate styles found a way to come together in harmony as Hollywood actors were clamoring to get their homes built in the chic Spanish style. California isnt the only place to see the beautiful union of these two styles.
Hawkes Bay has some tremendous Art Deco and Spanish Mission Walks. Hawkes Bay is located in Napier, New Zealand. Following a devastating earthquake in 1931, the whole commercial heart of Napier was destroyed, but the city was about to be reborn in the newest architectural style, and to become the hottest city. In Hawkes Bay, you get to see all the styles right next to each other: Spanish Classic, Spanish mission, and Art Deco, all side by side.

There are also places in the United States that show this great mixture of styles and iconographies. Take for example a lovely Spanish Revival building in St. Louis, by the architect T.P. Barnett, son of George I. Barnett, another famous architect in St. Louis. The T.P. Barnett building is particularly interesting because it also has Art Deco influences, making it one of the most unique buildings in the Grand Center region of St. Louis. Certainly the next time youre in St. Louis, you need to visit this Spanish Revival building on Washington Avenue.

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How is 3D printing technology used in Architecture and Medicine

D printing technology is used to manufacture prototypes, tools, and end-user parts directly from a CAD design. This printing technology offers unprecedented flexibility as it can create a part of any dimension out of any material. Some of the 3d printing materials used include metals, polymers, ceramics, composites, and many more. The 3D printing technology has complete control over material composition, surface texture, and micro-structure of the prototype. 3D printing technology also allows the user to construct prototypes using two different materials. >

Lets take a look at this amazing technology and how it has affected the field of architecture and medicine:

3D printing for Architecture

Architects know that there is nothing like a physical model of a building when it comes to displaying their work or design concept. Physical models also play an important role when it comes to explaining and convincing the customer while selling a project.

3D printers are affordable and high quality solutions for architects. Building a physical model requires great deal of expertise, precision, and time. 3D printing machines help designers focus on their building design, while the devices make 3D models of the project.

Many architects are not tech-savvy and are not used to operating complex devices. 3D printers do not require human intervention at any stage of the printing process. Architects just need to need to draw a CAD diagram of the project and instruct the 3D printer to build a 3D model. The 3D printer can print the model within a few hours, which can then be presented to the client.

3D printers are capable of producing of 3D models with accuracy and speed without compromising on the finer details of the architectural project. The price of desktop 3D printing machines is not that high and independent architects can also afford them.

3D printing for Medicine

The application of 3D printing technology can also be found in the production of medical devices. There are different 3D printing materials available that can be used to build real parts. For example, manufacturing hearing aids is a complex process because they are custom-fit devices and cannot be mass produced. 3D printing greatly helps in such matters where medical devices need to custom-fit a patient.

The future of the 3D printing technology is very bright. Market experts state that 3D printing technology will be affordable to the masses by the next decade. The prices of 3D printing devices are falling rapidly, and it is believed that the prices of 3D printers will drop by as much as 80% in the next 5-10 years. It will not be a surprise to see 3D printing devices in each household just like refrigerators, washing machines, and televisions.

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Enterprise Software Architecture – Improving Business of an Organization

Enterprise Architecture or Enterprise Software Architecture is the organizing logic that is used for business processes and software development service. It reflects the integration and standardizing needs of any organization’s operating representation.

Enterprise architects implement several methods and tools to get an idea of structure of an organization. To accomplish this task they produce several documents and models. These models and documents are called -artifacts.’ Artifacts are used to illustrate logical organization of business strategies, metrics and capabilities of business, information resource and networking infrastructure within the organization. A complete set of such artifacts are enough to illustrate the -enterprise’ architectural description of any organization, including software development companies.

The framework of enterprise architecture is an assortment of tools and processing models and assistance applied by architects in production of organization based architectural descriptions.

The main motive of architectural description of an organization is to enhance the efficiency of the business. Hence, it includes an array of tasks. While describing the architecture of an enterprise, architects pay attention to innovative structuring of the enterprise, centralized or federal business processing, quality offering before deadline and a justified expense on information technology. Information availed by architectural description can be used in various ways but its main purpose is to bring an improvement in the business functioning. In the present scenario, it is widely used by numerous companies to improve their business architectures, its performance and productivity.

Currently, Enterprise Software Architecture has become the key component of information technology control in almost every organization. Such companies have used a basic process of enterprise architecture as an important part of their information technology management strategy. The team of enterprise architects stands for different functions such as several aspects of performance engineering, IT portfolio management, management of metadata as well as improvement on custom software development services.

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Importance of AutoCAD in the field of engineering and architecture

Computer has recently entered in every field known to any man and it gives great results when it was used. In the field of architecture and engineering, the need for the computer has become a necessity now a days there is no such work possible, which is made without using a computer. As technology has improved recently, so the choice of technical tools and specific software, which are used in these areas. And for this reason that the CAD or computer aided design and its improved version of the CADD or computer aided design and projects have emerged from behind the scenes to bring a sigh of relief for those who find that it is very hectic and time to sit down and design images of a building and the project plan for the purpose of engineering.

The AutoCAD or computer aided design machine has been a great help to engineers and also for several architectures that are finding it impossible to deal with drawings and plans of the project engineering work and the bring on the verge of perfection. The AutoCAD in these cases helped to design the architectural perfection before designing the actual architecture involved in the project. The AutoCAD has a very user friendly interface and its programming by the end had been done with the help of the famous C + + compiler. It operates in accordance with several other programs such as LISP, Auto LISP, VBA,. NET etc. and this may be one of the suits and tools used by engineers to simplify their work perfect.

Autocad or commonly known as computer aided design is a software application for writing and design 2D and 3D. He came on stage during the month of December nineteen hundred and eighty two. Autocad pioneered programs / DAC held on personal computers, particularly IBM personal computer. Meanwhile, the programs of most other CAD used to run on minicomputers or mainframes that were connected to the terminal graph of each user’s computer. vertical products Autocad and Autocad are incompatible for the type of BitDefender software security.

Appended below are the guidelines for free download for AutoCAD and AutoCAD relevant information about the free download. What we have to do is download the autocad trial for 30 days and learn about the design in 2D and 3D design and documentation platforms. One will have the opportunity of receiving the current version of CAD software with free download autocad. It can shape and design the world around him with the help of powerful and flexible features of AutoCAD design software and documentation, with the help of 2D and 3D worlds leading CAD tools.

Latest Information about Autocad

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Pangnfe Advanced Ip Ngn Architecture Field Engineer

The Cisco IP Next-Generation Network (IP NGN) Structure Skills shows knowledge the IP NGN architecture, from revenue to support. The Innovative IP Next-Generation Network Structure Skills is not currently required for qualifications, but is optionally available for Gold and Leading qualified associates. We are also flying the addition of this specialization as an option for Gold Certification.

Is your organization interested in taking full advantage of the Cisco Innovative IP NGN Structure Skills for Gold Certification? If so, deliver an email that contains your associate organization name and a member of the program staff will contact you with more details.
Cisco IP NGN Structure Skills helps your company:

Develop revenue, specialized and service abilities for incorporated social media solutions

Increase specialized proficiency internally

Gain identification as a specialized associate in the Cisco Partner Locator

Explore IP NGN resources
This specialization also allows you to a range of additional benefits. You can:

Participate in Cisco route motivation programs

Receive invites to Cisco subsidized associate activities

Access Partner Knowledge Connection

Use My Cisco to customize web content and get details quickly

Send an argument stating your accomplishment

Visit the Cisco Design Area for examined styles and configurations
Exam 650-756

Examination 650-756 includes 60 concerns and time permitted to finish this exam is 60 moments or 1 time. This exam is available in British terminology. Candidates can sign-up for this exam at any Pearson VUE middle.

The 650-756 Innovative IP Next-Generation Network (NGN) Structure Area Professional (PANGNFE) examinations will determine a learner’s understanding of the Cisco IP NGN architecture and capability to map specialized alternatives to company needs. You will also need to show a knowing of the different foundations of the Cisco IP NGN architecture. This exam is a need of the Innovative IP NGN Structure Expertise for Area Technical engineers. Quality will determine a learner’s capability to provide an obvious and powerful concept around the functions, functions and advantages of the Cisco IP NGN architecture in business-focused conditions. It will also analyze a learner’s capability to evaluate typical problems throughout a company that Cisco IP NGN architecture can help fix and efficiency in introducing company influencers for Cisco IP NGN architecture programs.
650-754 Exam Topics

The following subjects are typical recommendations for the articles likely to be involved on the examination. However, other relevant subjects may also appear on any particular distribution of the examination. To be able to better indicate the 650-754 material of the examination and for quality requirements, the recommendations below may modify whenever without observe. They include:

Describe Cisco IP NGN conditions and advantages
Describe Cisco IP NGN alternatives and how to arrange them with client needs
Describe typical client objections
Describe the aggressive surroundings and how to place Cisco IP NGN solutions
Describe how to create and existing Cisco IP NGN alternatives as a company situation to the customer
Describe the company and specialized advantages of the Cisco IP NGN architecture
Describe the company individuals for Cisco IP NGN structure applications