Modular process design and fabrication is a very specific approach to building process systems and plants. If you go looking for the cheapest and easiest option for a chair, shovel, wheelbarrow or most consumer goods, it will likely be one homogeneous mass of injection-molded plastic. For example, building my house out of poured mass concrete instead of individual building blocks. Another would be for the system’s elements and modules to be self-contained and fully functional. Their profiles are the interface telling you what they do. Many of the process systems we build benefit from our expertise in modular process system design/build methods. These skids are self-contained units that can be stacked or rearranged in different formations to add to or form entire plants. Before you can understand the term itself, you need to understand what modular means on its own. Lastly, we need some way of joining these modules together, what we might call coupling them. A structured search through millions of jobs. The most obvious way is to design the object is in real-life conditions using well-known theories. "Modular design, or modularity in design, is a design theory and practice that subdivides a system into smaller parts called modules, which can be independently created, modified, replaced or exchanged between different systems." A modular design or system can be characterised in several different ways, which is interchangeable depending on the sector it is used within. In industrial design, modularity refers to an engineering technique that builds larger systems by combining smaller subsystems. Modular Design . Well, we need at least three things: a module, an interface, and a set of protocols for interconnecting those modules. The modular design employed in the automotive industry makes it easier for car dealers to offer a wide variety of customizations, where they simply “snap in” upgrades, such as a more powerful engine or seasonal tires. In manufacturing, modularity typically refers to modular design, either as the use of exchangeable parts or options in the fabrication of an object or the design and manufacture of modular components. In computer science, this is called separation of concerns. The main thing to note about modular design is that it refers to small parts that are create independently yet can still be used in different systems to power manifold functionalities. Modular design | Wikiwand. It is a bit like a person’s profile on LinkedIn. A homogeneous architecture integrates and constrains the sub-components into one overarching system. Lastly, modular systems may be good for a lot of things but they are not optimized for performance. Or one could take a modular approach, using nuts and bolts to clamp sub-components together and combine these subsystems to build the whole mechanical system as a composite of modules. Modularity is a key feature of complex engineered systems (with the Internet again being a paradigm of modular architecture) for a number of reasons. A well know example of module design are LEGO plastic construction toys. By designing for autonomy we reduce the dependencies within the system and the modules act as natural buffers to disaster spreading and for maintaining security. The modular design principle increases the capability of customization, and users can receive a cost- and demand-optimized machine. Most often it involves designing the systems into portable skids. Modular Design Systems Inc. is a Design Firm that specializes in Optometric Offices and Retail Optical stores. The role of effective modular design in software engineering: Any software comprises of many systems which contains several sub-systems and those sub-systems further contains their sub-systems. We give you and your competent staff the tools necessary to help build … Unless the cost of interaction is very low, it will place a very high burden on the system. Modular design is a design approach that creates things out of independent parts with standard interfaces. We may be dealing with a very large complex system that would require nothing less than a genius or a hero to fully grasp and manage. So, what do we need to design a modular system? Excessive modularization can lead to a fractured system. It should also be much easier to manage and maintain the life-cycle of the system. Our modular skidded systems can be configured to our internal standards or customized to meet your company, industry or project specific requirements. If you continue to use this site we will assume that you are happy with it. This coupling may be loose, meaning the modules have a high degree of autonomy, or they may be tightly coupled, meaning they are more constrained by their interaction with other modules and the system. What is Modular Design For example, if you were to use modular design when building a house, you would be designing and producing separate components (also know as modules) off-site, which would then come together with other modules on-site to create a building. Conversely, the second way to design the object is to design each component separately. Find your dream job. If you had to do your shopping at a local market where you have to barter for everything in a language you don’t understand, your response would likely be to look for a supermarket where you could get everything in one go. Through modularizing the system, various functions can be more easily distributed across a large team with no team member creating or even understanding the whole system. However, when it is put into context it is very simple and clear what the term modular design actually means. Real-world systems comprise more than just the DC-DC converter itself. If we look around us, we will find many examples of modular designs: Cars, computers and furniture are all modular. Depending on which sector the full term (modular design) is being used in, a modular design will relate to different things. Modular design is about breaking down a design into small parts (modules), creating them independently, and then later combining them into a larger system. What operating conditions must the DC-DC system fulfill? Skyrocket your resume, interview performance, and salary negotiation skills. With this example, you can now get a better understanding how modular design can be relevant to a number of different sectors. The NUS modular system combines the rigour and depth of the British university system with the flexibility and breadth of the American system. Wikiwand. The term modular design can be used in all different sectors. Componentization gives each element a degree of autonomy, thus allowing it to adapt. CIP/SIP SKIDS. Table of Contents. The main thing to note about modular design is that it refers to small parts that are create independently yet can still be used in different systems to power manifold functionalities. Modular design, in contrast, is a systems architecture that distributes the whole system into a set of distinct modules that can be developed independently and then plugged together. A modular is something, like a bit or furniture or a home, that is built, produced or organised in independent units that are self-contained. Post your jobs & get access to millions of ambitious, well-educated talents that are going the extra mile. Firstly, by definition, complex systems are highly interconnected. Get on promotion fasstrack and increase tour lifetime salary. This is called black-boxing. A Modular System Design Modular Systems for Testing Now and in the Future Your test system is a functional mirror of the product interface. In science and engineering, a black box is a device, system or object that can be viewed in terms of its input, output and transfer characteristics without any knowledge of its internal workings. We make and design cutting-edge modular support systems for light, medium and heavy-duty applications. Discover more about what we … By … In close consultation with our customers, we realise design solutions that encourage a culture of teamworking, putting that team culture to the forefront. Modular design refers to designing products by organizing sub-assemblies and components as distinct building blocks (i.e., modules) that can be integrated through configuration to … With this modular approach, embedded system developers will be able to focus on building a compelling application-specific layer and focusing on the high-level hardware and software to make it possible, rather than getting bogged down in the finer points of schematic design and building a PCB layout. Using a case study to examine the requirements of module integration into a DC-DC system, you will learn topics such as input and output filtering, protections, compatibility with the source and … A car, like many things, is a black box, you don’t need to know what goes on inside of it to drive it. Modular design – made in Berlin System 180 – Furnishing develops and produces furniture in Berlin for modern working and living. 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