Concept design software

Faster modelling. Fast and efficient product design from the concept phase in a user-friendly model creation environment. Identify promising design candidates by: Analysing the performance of each concept and managing trade-offs between durability, efficiency, NVH, packaging, weight and cost. Performing vehicle performance and efficiency predictions of electric and conventional powertrain designs.

Flexible integrations. Feature Highlight: Electric Machine Capability Romax Concept allows you to model an electric machine with accurate packaging dimensions including a rotor, a stator with end-windings, housing and rotor shaft. Hyundai WIA. Watch a demo video. Please complete all the fields below.

Recent Posts Announcing the Romax Instead of lines and circles, users can incorporate real components and characteristics of a physical building. The capabilities of BIM modeling intend to combine all disciplines of building design. Architects collaborate with MEP development teams, electricians and mechanics, so using the same tool makes it easier to interact and coordinate.

All building components are interdependent, letting planners make changes without having to redraw each component. Blender as a free video editing software makes it possible to develop technical skills to create architectural scenes and 3D models.

It supports all stages of the model creation process: modeling, rigging, compositing, rendering, simulation, motion tracking. Besides, it boasts video editing and animation capabilities. With this free architectural design software, users can manage their architectural projects via the layer management system.

Besides, users have an opportunity to add structural elements to the 3D scene by applying the optional Archimesh feature. They will receive the real lighting conditions within this software using the textures of the environment. This flexible tool is easy to configure and may be improved with various free extensions developed by the community.

It is notable for extensive query capabilities and the ability to get objectivity from bubble-diagramming stages. TAD is intended to be used from the earliest conceptual sketches and drawings. This architectural designs software free enables users to explore different configurations of bodies and spaces before starting to refine the design. This 3D architecture software emphasizes the engineering aspect and neglects the conceptual side of architectural design.

TAD is meant to be used by senior architects who outline the concept of a building, rather than designing it down to the details like other BIM software.

Details are filled in downstream in other solutions. My Virtual Home is the best free home design software based on the game. It boasts a set of standard blocks and modifications for planning the space of a home, office or other places. It is a go-to software for those who wish to imagine what a house will look like since it shows the user the actual display of the effect of a certain construction type: walls, doors, bathrooms. The software offers creative and interactive models of objects, surfaces and materials.

Besides, it determines how lighting will look in different parts of the layout. It is possible to adjust latitude, longitude and time of year to add realistic lighting effects to the virtual environment.

It assists in tracking the time spent on various projects and lets users create simple invoices for the clients with a detailed breakdown of the work performed as a contractor.

Reliable reports will help users evaluate how effective is the team, assess the profitability of projects and determine the most time-consuming tasks and actions. The service is reliable, well integrated into the business process, and helps focus on the business rather than on technology. At the highest level, an outline of the solution to the problem is presented whereas at the lower levels, the solution to the problem is presented in detail.

For example, in the requirements analysis phase, a solution to the problem is presented using the language of problem environment and as we proceed through the software process, the abstraction level reduces and at the lowest level, source code of the software is produced. There are three commonly used abstraction mechanisms in software design, namely, functional abstraction, data abstraction and control abstraction. All these mechanisms allow us to control the complexity of the design process by proceeding from the abstract design model to concrete design model in a systematic manner.

The software architecture enables the software engineers to analyze the software design efficiently. In addition, it also helps them in decision-making and handling risks. The software architecture does the following. Currently, software architecture is represented in an informal and unplanned manner. Though the architectural concepts are often represented in the infrastructure for supporting particular architectural styles and the initial stages of a system configuration, the lack of an explicit independent characterization of architecture restricts the advantages of this design concept in the present scenario.

Note that software architecture comprises two elements of design model, namely, data design and architectural design. A pattern provides a description of the solution to a recurring design problem of some specific domain in such a way that the solution can be used again and again.

The objective of each pattern is to provide an insight to a designer who can determine the following. Software engineer can use the design pattern during the entire software design process. When the analysis model is developed, the designer can examine the problem description at different levels of abstraction to determine whether it complies with one or more of the following types of design patterns.

Modularity is achieved by dividing the software into uniquely named and addressable components, which are also known as modules. A complex system large program is partitioned into a set of discrete modules in such a way that each module can be developed independent of other modules. After developing the modules, they are integrated together to meet the software requirements. Note that larger the number of modules a system is divided into, greater will be the effort required to integrate the modules.

Modularizing a design helps to plan the development in a more effective manner, accommodate changes easily, conduct testing and debugging effectively and efficiently, and conduct maintenance work without adversely affecting the functioning of the software.

Modules should be specified and designed in such a way that the data structures and processing details of one module are not accessible to other modules. They pass only that much information to each other, which is required to accomplish the software functions. The way of hiding unnecessary details is referred to as information hiding. Information hiding is of immense use when modifications are required during the testing and maintenance phase.

Some of the advantages associated with information hiding are listed below. Stepwise refinement is a top-down design strategy used for decomposing a system from a high level of abstraction into a more detailed level lower level of abstraction. At the highest level of abstraction, function or information is defined conceptually without providing any information about the internal workings of the function or internal structure of the data. As we proceed towards the lower levels of abstraction, more and more details are available.

Software designers start the stepwise refinement process by creating a sequence of compositions for the system being designed. Each composition is more detailed than the previous one and contains more components and interactions. The earlier compositions represent the significant interactions within the system, while the later compositions show in detail how these interactions are achieved.

To have a clear understanding of the concept, let us consider an example of stepwise refinement.