Architecture has been influenced over the years by technology in several ways. It has been influenced with the way that a project is created. It has influenced the way that a building is built, from the materials it uses to the
systems that are installed. It has changed the styles of the buildings. It has changed even the dynamics of the interior space of the building. In the end, the role of the architect has changed dramatically from being a monumental designer to a multi-talented computer-aided designer. Even knowledge and communication has changed in the form of what resources we now have access to and with whom we communicate with directly. Technology has left nothing in the field of architecture untouched. It can even be deliberated that the mind and creativity of the designer is drastically shaped by the influences produced by technology.
The design of architecture has been changed the most for architects. No longer are they constrained to t-squares and a calculator. Now the work is typically done on the computer. David Newton showed a lot of these technologies via computer including ANTSIS (keeps track of wind changes), performance testing, CAD, etc. Instead of making models, we are now using 3-D printers.


Construction of the building has also changed dramatically. The building once was built with limited materials. The revolution of the industrialization time allowed building to be built higher and faster than ever before. The art created on the building was now reshaped from being carved with the builders chizel to the drawing board of the architect. Architects now had more control over the ornamentation of the building they are building in the way that a design for a simple ornamentation piece can either be bought or produced much easier than creating that same ornamentation in stone. Progression in heating, cooling, water, plumbing, and electrical also made changes in the buildings plan. Suddenly the building needed a greater understanding of air flow, lighting, wind, etc. for the architect to build it properly.
There is also the construction of the materials which has changed. Now there are processes which can make very fine cuts in materials for detailed work. There are even robotic used for stacking materials. Transportation has also made it much easier for the movement of large pieces of material such as steel, lumber or concrete. There are also ways now to cut extremely hard materials with diamond tipped tools and lasers, etc. We now also have the ability to mass produce practically any item we desire, so we can create larger, taller, and faster than ever before.
Architects now have access to resources far beyond the resources they had available to them before. The internet has created access to any resource written and published over the World Wide Web. Architecture ideas in Paris, Greece, Germany, and more are now just a few keystrokes away. In addition, there are a wide expanse of options available now for contacting people. Cell phones to call anywhere and anytime, fax machines for paperwork, e-mail for instant letters, text messaging for instant short messages and even Walkie Talkie features on cell phones for speakerphone correspondence.
In the end, the roles for architects have changed because of all the technological changes. Close to everything has changed from manual to machine, from the drawing, to the production of the materials, to the transportation of all the equipment and materials, to the building of the building, and ultimately to the systems that would run in the home. All these new and complex changes have made it difficult, if not impossible, for architects to keep up with all the ways a building can be built. Frank Lloyd Wright was a strong believer in not only creating the art, but understanding the tool with which your creating the art. The amount of tools that we now have at our disposal makes it extremely difficult to get a thorough understanding of each one. Also, the rate at which products and homes can be produced makes a shorter timeline for the architect. This makes the roles architects play in the building process limited. The creativity of the architect could have changed also. The talents he or she was born will always be imbedded in the person, but their application in addition to their learning have the potential to shape those talents talents into a more refined architect, contributing to the needs for architecture for today and going beyond the standards the field may have created.
So, ultimately, technology may be looked at as either a good or a bad thing. Good because more options are available with materials. There are also more options available regarding the building of a home. An architect also has more options for design available. The cons on the other hand deal with the inability to understand all the tools and how they work, the limited roles an architect can play in regards to building the building and the lack of hand made artistic influence in the building is extremely limited if not gone because of technologies role. We cannot go back and change technology, we can only use it's influence to enhance our artistic approach to what we create.
I believe the question in the end comes down to "What can technology do to undo the mess we have created?" In the field of architecture now, I believe more than ever that we have to be extremely careful of not just what we build, but how it will impact our environment over time. The buildings, homes, bridges created during the industrial age and newer productions such as airplanes, cars, skyscrapers, etc all have a lifeline. Where did the 35W bridge go after it's collapse and where will the other mass produced houses be left when there walls start to decay? How can we build in an environment where architecture has been created for different purposes such as comfort, travel, defense, and escape? How can we use what has been left behind instead of mass producing more immediate comforts and adding to these aging buildings?
Here's one more technology idea for you then....I think there will be a camera that can take pictures and automatically identify measurements of whatever it is taking a picture of. We can then input that data into our program and use that piece of material however we please in the building we are creating. We will be collaborating our programs with the processes of building. Errors can then be detected before ever reaching the builders. Memory will expand and computers will get smaller and we will have more information than ever before at our fingertips.