If you’re an architecture student, the design process is similar to that of architects, and we also highlight here the key steps to follow to complete your project in an organized way. In this article, we’ve outlined each of these stages – from gathering information, designing, to constructing. As a result, having a set of architectural design phases helps organize its management, and coherently communicate its design intent.įollowing a set of design phases enables the production information to be efficient and transparent, and ultimately reduce as much risk as possible. There is very little room for revision once a project starts its construction process and next to none once completed. Managing the design and construction of any building is a great responsibility, and primary reason why the profession is so heavy regulated. This helps to provide a system and order to the projects program, identifies periods of review, creates a structured release of design information, and natural stages of invoicing. The architecture design process (commonly broken down into 7 phases), enables a project to be developed and analysed in set stages. But… Why do we need a set of architectural design phases, and are they even important? …and these are broken down into what is frequently refereed to as the architecture design process. The DR is the source of information for memory, where the information that is read can go to DR and no other register.From its inception through to completion, the development of an architectural project is an extremely lengthy process, with many external influences, regulations, and forces to consider as well the various contributing internal elements of the design team.Īs a result of this there are a core set of drawings and documents that (most) projects require in order for them to be procured successfully, and be completed efficiently and without error. The information from AC and DR can have arithmetic and logic operations and be located in the AC. DR can get information from AC, PC, or memory. Multiplexers are used to send data within the registers in the processor. The control unit includes two registers are Control Address Register (CAR) and a Subroutine Register (SBR). The processor unit includes four registers are Program Counter (PC), Address Register (AR), Data Register (DR), and an Accumulator (AC). It consists of two memory units: the main memory for storing instructions and data, and a control memory for storing the micro-program. The block diagram of the computer is shown in the figure.
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