Rapid Prototype Blog

Posts Tagged ‘project’

Architectural rendering matters the most in the architecture industry nowadays. The perfect illustration of proposed architecture design makes it the most important aspect of any architecture project. Whether you are an architect or any other architectural professional, architectural rendering is essential for almost every phase you deal with.

What is architectural rendering?
Well, architectural rendering can be defined as the process of developing two-dimensional images that display all important attributes of any proposed architectural design. Architectural rendering services are generally used by architects, builders and contractors. All such professionals use it for various purposes.

Latest tools and technologies are used to perform accurate architectural rendering and to develop highly realistic images. As mentioned above, architectural rendering services are used by architects for variety of purposes such as for presentation of architectural design to clients, marketing and other architecture design purposes.

Architectural rendering gives exact and precise views of architectural design. Such architectural views are to the right scale, proportion. Certain important features are covered while performing excellent architectural rendering such as implementation of real life textures, building component materials with matching colour and finishes.

What are the applications of architectural rendering services?
Talking about applications and utilities of architectural rendering services, here are some of them where architectural rendering is used the most:
•    3D architectural rendering using architectural rendering software
•    3D architectural rendering design services
•    3D interior architectural rendering, 3D interior design, 3D interior rendering images
•    3D furniture rendering, office architectural rendering
•    3D exterior architecture, exterior architectural rendering services
•    3D architectural renderings modeling, 3D rendering models
•    3D Architectural Rendering, 3D Model Architecture, 3D rendering architecture Services

One important feature about architectural rendering services is that it provides a high level of detail concerning rendering, modeling, 3D texturing and can also express light play i.e. the impact of sunlight / artificial light / shadows. This enables user to get an extraordinary architectural design view of their proposed architecture project.

So if you would like to get more information about architectural rendering, then please contact us at: http://www.3drenderingindia.com/3d_architectural_modeling_rendering.php or send us your queries at: info@3drenderingindia.com

A new development method may allow breaking away from the pack as rapid prototype Shenzhen companies continue to employ outsource facilities that offer flexibility and foster innovation.

Innovation, whether through the development of new products or processes, has become crucial for companies in virtually every industry. New technology holds the key to competitive advantage and, perhaps, survival.

For manufacturers, the problem is particularly acute because of the ease with which competitors can outsource production. No longer can mature companies, with established manufacturing bases, count on an economy-of-scale advantage as a barrier to entry from new competitors.

Pressure longxiang-ltd.com has worked with hundreds of customers from the large multi-national corporations to small entrepreneurial start-ups, applying unique configurations of equipment and extensive chemical expertise. These efforts have often resulted in new products, processes and, at times, new business segments for the client company. As expected of developmental projects, however, many failed to produce a successful innovation, though, in retrospect, a large number of the attempts did yield substantial savings for the sponsoring client. Early “failures” have prevented a company from making large investments in a process that wouldn’t work as anticipated or in a product that couldn’t meet the performance and economic needs of the marketplace.

“We’ve been able to observe scores of successes, near misses, and failures — the entire range of potential results,” says Larry Rosen, CEO of Pressure Chemical. “In an effort to improve our own internal processes, we began to examine the data closely and realized that we had learned to do things in a new and different way, having seen the best and the worst of all the organizational processes used by our customers.” With the help of an outside consultant, Droz and Associates, we cataloged our new products and processes that illustrated a variety of circumstances, parameters and goals. The consultant found that our method was a radical departure from traditional budget-driven, stage-gate approaches.

Although attempts have been made to improve the traditional method, such as the CPM (Critical Path Method), a joint venture between DuPont and the Remington Rand Corp., the approach was flawed. The Japanese, perhaps driven by their respect for W. Edwards Deming, evolved a step-gate method that looks back periodically to correct the trajectory of a project. Still, something was lacking.

Droz helped us to conceptualize the approach in a graphic manner that illustrates the central distinction of this cyclic route from the traditional straight-line approach. The key benefits of this novel approach, which we call Concept to Commercialization (rapid prototype), are reduction in time, cost and risk, akin to a hat trick in hockey, according to Rosen.

The goal of a recent project, undertaken for a major international manufacturer, was the hydrogenation of a polymer for use in high-capacity data storage. This client chose to outsource the project because of the diversity of appropriately sized equipment available in our facility. The base polymer had been produced by the client in its large continuous production facility and the scope of work was limited to hydrogenation. Unfortunately, market testing of the target product revealed that its properties failed to meet expectations. Because it wasn’t feasible to interrupt commercial production to produce small quantities of differentiated precursors for further work, the client faced abandonment of the project.

In discussions centered upon future windows of opportunity to process additional samples, the client was introduced to the variety of Plastic mold resources and interdisciplinary team of specialists that could be assembled to move the project forward without substantial delay. The proposal presented to the client expanded the scope of work to include creation of a small polymerization system and synthesis of the triblock coRandpolymer precursor. Within three weeks, the project was back on track and demonstrating the best features of the nascent rapid prototype Method.

More Prototyping Systems Development Articles

Today I am going to discuss really an interesting topic – crossing the barrier of SLA. This article will give you an insight how important is a customer relationship and how it is playing vital role not only in your carrier but also for your organization and how six sigma help us to achieve this.

As we all aware that SLA is nothing but service level agreement between customer and service provider. This document signed by both the parties. But here I am not going to discuss what a SLA is. I would like to discuss how we cross the boundaries of SLA and what the challenges we faced to do that are.

We have done this for a global auto major. From the end of 2006 auto industry was not doing that much of great like it did earlier and planned for cost cutting. As a cost cutting measure they planned to outsource lot of IT works to Asia pacific reason from the US.

 The managers from different levels of this company in Asia pacific region wanted to implement a new concept, ITIL in their IT to reduce the cost in more efficient manner (Another article on implement ITIL for global auto major soon going to publish here ).

I am the fortunate one who got an opportunity to implement this task. We have around 5-6 different service providers (Vendors). First hurdle we got the confidence of the resources to work on this model as none of them has worked in ITIL model prior to this assignment including me. Fortunately I was trained in my company ITIL 2 earlier. I could still remember once I selected for this tasks I was told by one manager that to success of this we just need to change our mindset and remaining things will follow smoothly. 

Once transitioned completed the real problem start. Whatever tickets we received all became SLA missed. This creates a serious concern for both management and customer. Things are getting worse in every day. Customer started threatening to us to pullback the project to US. This project deals with quality of the car and has lot of metrics information. This was the most prestigious project in our portfolio out of around 50 project transitioned to Asia pacific region and capability of this region was all depend on this project.

Management was very clear that any how this project should stay with us. Suddenly one new problem started. Every month there is a data load for this project from different external/internal agency or applications. We were unable to load the data. The reason behind this was network latency. I have provided a solution for this issue and it resolved.

Now we got the real problem. As data load was a real complex process which includes A-Z we were struggling to do this job by CTQ. It was taking almost 3-4 weeks every month instead of taking 1 week which was CTQ.

What we did to overcome this problem…

First we spoke to customer regarding the various issues we faced and convinced them to change all tickets raised during data load to Business support/Customer support ticket and here we were in a position to avoid 60% tickets as SLA missed. But problem still persists and as load taking longer time customer were willing to take back the project.

Then we introduce a 6 sigma Black Belt project which not only change the whole scenario but also inspired me in 6 sigma.

We found couple of key points which were outcome of this project

Most of the time resources do not send the update to customer properly. No proper communication between external/internal agencies about the data. As customers were spread across different geographies there was a huge time lag of confirmation in different stages of the data load. This is also important because one process output is input of other process. So every stage we need confirmation from all the customers to proceed further. There was no proper process to execute the load which was created.

The outcome of this project increase a sigma value from 0 to 2.7 in couple of months and load time reduce to 5-7 days only.

We had involved customers in all phase of the projects so that they can fill a part of it. We have setup couple of other small processes also like periodic feed back, pre load meeting, and pre load check list and so on and for past one year it is running fine. Now customer has a great confidence on us. Earlier in each status meeting there were some escalations surely and now we used to ask them “how is the weather there?”, “How you spent your holiday?” What we are planning to do in this weekend etc.

Below is the improvement of sigma value of Black belt project which we can measure but what we cannot measures are

Customer confidence Satisfaction for resources for overcomes the hurdle. Satisfaction for management for providing a new direction towards ITIL. Lesson learnt for common mistakes. Motivated towards process  and quality

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What is rapid application development (RAD) and how can it help user interface designers?

Rapid application development is a software development methodology that emphasizes minimal planning and rapid prototyping.  It is an act first, think later method. The planning takes place through the fast flow of creative ideas and problem solving that take place during the rapid prototyping process.  Thus, rapid application development is very flexible and leaves room for endless improvements and a quicker software writing process.  In this article I will take a look at the history of the method as well as the pros and cons of using the strategy in user interface design.

Rapid application development: history and implementation

Rapid application development was introduced as a software design method in 1991 by James Martin, an IT consultant and Pulitzer Prize nominated author.  Since its inception, rapid application development (RAD) has evolved from strictly iterative development and prototypes to a method that can be defined more broadly, encompassing the use of various software frameworks and web application frameworks.

Rapid application development is a method that is designed first and foremost to deliver systems fast.  Before venturing down this speedy path in a user interface design project, make sure that you are using it to develop an interface design that can be delivered quickly.  For example, it is probably not the best method for designing a complex air traffic control system, but would work well if you are revamping an extant e-Commerce site.  Here are a few criteria that can help you discern whether or not to implement the method for the design of your new user interface:

•    Project Scope: a project with a scope that is narrow and well-defined is suitable for rapid application development, but a project with a broad and obscure scope is not.

•    Project Data: Project data that already exists (and therefore does not need to be analyzed) is suitable for RAD, but project data that needs to be generated and analyzed is not.

•    Project Decisions: Project decisions that can be made quickly by a small group of people who are always on-call are suitable for RAD, project decisions that must be made by a wide-range of people who are not always available are not.

•    Project Team: A small project team (about six or less) is suitable for RAD, a large product team (more than six) is not.

The abovementioned criteria can serve as a guideline to help you discern whether or not rapid application development is the right user interface design method for you, but it is ultimately your choice. If you do decide that rapid application development is a good fit, a typical RAD process can be broken down into the following steps:

•    Select a team: you should choose a team of designers/collaborators who will be able to give timely, efficient input and feedback.

•    Analysis: Assess your project goals and understand what you need to do, why you need to do it, and how you need to do it to realize the goal of your project.

•    Design workshop: Create a design workshop during which you and your team can rapidly iterate, prototype and conduct usability tests on each updated version of your user interface design until it has reached a point of satisfaction that aligns itself with your goals. At this point you are ready for implementation. The process of RAD is relatively unstructured so as not to impede the creative flow, but make sure you can work many uninterrupted hours—RAD is not for the faint of heart.

Pros and Cons of rapid application development in user interface design projects

Rapid application development can be a very effective user interface design method if used for the right reasons and under the right circumstances.  RAD promotes a collaborative and creative environment in which all stakeholders can take part in a very detailed project.  RAD can give fast results and bring forth successful new ideas that might have seemed too risky to use in a more deliberate process. However, RAD also has its drawbacks.  Its use is contingence upon a strong, cohesive team that does not have time constraints.  Its quick nature can allow for many errors and does not promote organization or well-thought-out solutions.  However, experience shows that the consequences of RAD pitfalls can generally be avoided if you carefully assess whether or not it is an appropriate method for your project—careful assessment at the beginning can open the floodgates to rapid success.

Related User Interface Prototyping Articles

Once you are in the software development field, you will come across a variety of development methodologies followed while developing any software project. This methodology refers to processes used to plan the strategies for software development.

A software methodology used in one project may or may not be suited to another project. Each software methodology may have its own strengths and drawbacks. There are a variety of software approaches developed over time, which are well-matched to specific kind of projects. Read on to learn a few points on the various methodologies developed.

§         Waterfall Method: In waterfall method, which is the oldest software development methodology the software development stages are performed in a sequential manner to ensure the quality and reliability of the software. Even though this model provides complete documentation, over quality software and also the work is being done in stages, the waterfall methodology is cumbersome and slow in approach. The basic principles applied here is that the project is divided into different phases, which are sequential in nature. There is stress given on planning and implementation of the overall system and a firm control is maintained on the overall life of the project.

§         Prototyping Method: Software prototyping refers to creation of incomplete models of the software program during the software development process which may be different from the final product. Prototyping helps the software users to evaluate the software during the design stage before actually trying them out. In this model, the users are thoroughly involved in the software development process, which increases their acceptance of the final implementation. It also helps the users to understand the business problem, which is necessary to avoid solving the wrong problem.

Incremental Development Method: Incremental software development methodology involves breaking the project into small section, so as to make the change simplified during the development process.

§         Spiral Methodology: In this methodology various steps are staged for manifold deliveries. Spiral methodology works on the principle that the team is able to start small and help from the trial and error method.

§         Rapid application development: Rapid application development (RAD) refers to speedy development and delivery of best quality results at a relatively low investment cost.Rapid application development is asoftware development methodology that involves nominal planning, thus the software can be written in much shorter time. RAD takes benefit of preset tools and techniques to streamline the process of building information systems. Rapid Application Development has four important features:  methodology, people, management, and tools.Development would be slow, If any one of these ingredients is insufficient.

§         Extreme Programming: Extreme Programming is based on values of simplicity, admiration, communication, advice, and guts. In this changes are implemented as per the customer’s suggestion.

More Prototyping Based Methodology Articles

Being able to breadboard a new circuit is an important skill to have, and is consequently a necessary step in many types of similar projects. This skill is especially important when you need to move wires around and substitute various components. Breadboarding gives you the flexibility you need to easily knock wires out all together. If your project is valuable, you will want something with a little more permanence.

All of these shortcomings can be solved with printed circuit boards. Most people do not consider transforming their project into a printed circuit board design because the fabrication of this technology can be expensive and is viable only in commercial quantities. While you could avoid these expenses by building the PCB yourself with etches and silk screens, this can become a messy and time-consuming process that is not ordinarily recommended. Also, if this is just a hobby for you, the technical constraints involved with printed circuit board design can be daunting. However, these days a professional printed circuit board can be produced quite inexpensively for those who wish to try it out.

The perfect candidate for transforming your project into a printed circuit board is to already have the design in hand, with all the components within reach. A simple design can be built around a 555 timer chip, a power transitor, a couple of diodes, two resistors, and three capacitors. This is a relatively small amount of components, which should make the project go a lot quicker and easier. The hard part is getting them all hooked up on the breadboard. These components could eventually all add together to create a variable LED illumination system with a pulse-wide-modulation circuit.

While the cost of a single board used to stop most of us from building our own printed circuit boards, there are ways around that now. For example, BatchPCB is a company that consolidates the individual projects into a single large board and then cuts them apart when they come back from the factory. This way you can fabricate a board for about . There are also design programs that you can download online, such as Eagle, that can help you design your PCB.

For those new to this technical hobby, a printed circuit board consists of a thick, rigid, insulating layer with conductive traces on the top and bottom. These traces can run over each other because of the middle insulation. By drilling a hole in the board called a via, signals can be transmitted from one side of the board to the other. You can also drill holes for ICs, resistors, diodes, and other small pieces. The components have solder pads, which allows them to be soldered in place.

There are other methods of getting the signals from one side of the board to the other, such as purchasing components that are created to be connectors, or by leaving larger holes with solder pad rings around them to solder external wire directly. You could also add layers with traces in between the top and bottom, but these methods usually tend to cost more in the end. No matter which method you decide to use, BatchPCB will give you the best deal on components.

Now you are ready for the first step in creating your own custom printed circuit board, which is to lay out the schematic view. Place all of your desired components out on a canvas and connect the pins with lines representing electrical connections. Many components come in different packages, so you will find that you have multiple choices for the same part number. If you are a beginner in this hobby, always go with the big DIPs (dual in-line package) and SIPs (system-in-packages) because they can be found at any hobby store and much easier to solder than those devices meant for commercial applications.

Video games are the latest craze among PC and handheld device users. Gamers come in all age types and from different parts of the world as well as varied strata of life and so is the need or demand for games. Whether you talk about growing virtual vegetable, to living virtual life over the internet or ruling the underworld of games, players want more involving and mind-boggling games than ever. This has opened an avenue for both big and large IT players to plunge into this lucrative service sector of taking up casual games development, iPhone games development,Facebook games development, mobile 3D game development or simple 3D game development services projects. Not only that there is lot of money involved in this segment, but it has become increasingly easy to gain popularity by providing the very things users are asking. More and more eyes are turning to such a 3D game company that can produce the most entertaining and captivating game of all times.

Many big players in the industry are looking at 3D gaming projects outsource that would provide them with ultimate services as well as ensure a highly creative and qualitative product. The common factor behind this is that outsourcing to a 3D game company can prove much simpler and cost effective than hiring and managing an in-house team. If you have such a 3D casual game idea that you want to realize into a full fledged video game, then you can always look at a 3D animation gaming design firm that can provide you with excellent services. But before you assign your much loved project to a firm, there are certain aspects or ground rules that you must ensure to make sure your project in the right hands.

Find an Affordable 3D Game Company

Cost is probably the ever lasting issue with any industry segment keeping in mind the global economic slow down. You cannot indulge increased finance into developing a game project, especially when you are initiating the process. Companies that develop flash gamesare usually expensive to hire so you must do a thorough research when you look for a 3D game company that provides you good value for your money. India has turned out to be the world’s favorite destination when it comes to outsourcing game development projects.

3D Game Company – Reliable and Efficient Outsourcing Partner

As you would be outsourcing your project, you must look for a 3D game company that is both reliable as well as efficient to handle your project with expertise. Choose a firm that has expertise in all sorts of video game development and has a wide range of products to vouch for its services. Keeping this in mind you can look for companies that deal with video art as well as animation and can provide your complete services as expected of a outsourcing partner. You must also make sure the company that you choose also undergoes highest levels of quality assurance to provide you with the best of services.

Choose a Creative and Innovative 3D Game Company

If you invest in a game company that provides highly creative and innovative services, you can reap the benefits in manifolds eventually. The basic criteria for choosing a game company is to find one that not only follows the latest technology and trends but is also able to provide out of the box products or services that can help you maximize your return on investment. Opt for a partner who can take up all sorts of game projects like that include 3D casual game, hidden object game, mobile game, flash game and 3D Iphone game outsource projects.

If you are looking at outsourcing a 3d game developer company in India, then opt for Zatun, which can take up almost all types of game development projects. Being one of the best game development companies in India, it has always provided various high quality games like 3d animation iPhone games, 3D casual games, mobile games, PC games, Console games etc.

Zatun is a 3d game company providing Iphone games development, Casual Game development, Facebook game development, 3D Iphone game outsourcing, mobile 3d game development, 3d game development services, 3d casual games and 3d animation for iphone games. Zatun is a 3d animation gaming design firm that develops flash game and it is the best game development company in India. It deals with video art and is a premier 3d game developer in India. For 3d gaming projects outsourcing contact us.

Here are some questions and answers about creating wireframes with Justinmind Prototyper.

When do we stop building the wireframe and start the real development of the project?

The answer is simple: when you won’t make any more structural changes. It’s just like building a house. When you have all the structure defined, you’re allowed to make the groundings and start rising your work. But after the groundings, you cannot move the structure. Imagine saying to an engineer: “can you please move this column 3 feet to the left?” No. That also is dangerous when you’re building software. Changing database structures, layout or even snippets of code is hard, and can lead to an enormous amount of bugs.

We always recommend our clients to change whatever they want, as many times as they need, while still on the wireframe, because changing it later can be very painful.

How detailed must my prototype be?

Just enough to let everyone understand what’s going to be built. Some don’t need final graphics, or real text, others need to have data. For example, to test an online store, you may need prices and a database of products. If you must test data, you can wireframe and simulate it with Justinmind Prototyper, or insert the real images from jpgs and pngs.

Whether you need to use real data, real images of fake images and dummy texts (the famous lorem ipsun), it’s up to you and your project. Ask your co-workers and clients to understand their needs, and decide when to stop detailing the prototype.

xWhy not just simply show static mockups of the pages?

Nowadays, web technology has evolved so much, static pages don’t represent everything we see. For example, the webs that change content according to what users do. There are Javascript codes almost everywhere, not just links, but mouse overs, text that changes, colours and properties according to the navigation. How to represent it with static pages?

Functional prototypes can show the real interactions in an easier way, and make it clearer for both clients and developers. So, the final project won’t be different to what was planned.

Simple wireframe, mockup, hi-fi wireframe, prototype. You can do any of them, depending on your objectives. But be always sure of one thing: it’s function is to improve development speed and help everyone to understand the project better.

Find More Housing Prototypes Articles

Normally, a project made with Justinmind Prototyper is going to be coded into a piece of software or a website later on. So, it’s important that your wireframe software to be capable of exporting in several formats.

Export your documentation to your programmers

Every requirement that’s in your Justinmind Prototyper project can be exported in .csv format, and imported to any requirements management tool. This way, your project will always be compatible with an Agile Management Project, and your data won’t be “stuck” in any way.

Uses:

Share with colleagues Organize comments Control and manage projects

Export your HTML

Do you need to show your client how his web is going to be? Fine, just export the HTML. He will see in any browser. Host it in your private servers under a password, or, if it’s an emergency, a public-hosted one. It’s not fully-featured HTML code, so you won’t be able to edit it to create the final one, but it’s perfect for presentations.

Uses:

Visualize the final project Test usability with clients Test usability with users Show co-workers the future final result

Export your documentation in a doc file (PC only)

You can have a full documentation, with printscreens, requirements, comments, details, events, everything that involves your project, in a doc file. The final production book, for everyone consult what was agreed, and a building guide to the final project.

Uses:

Have a final project in which everyone agrees Have a document that shows the project everyone agreed upon Have a guide for that hour when everyone seems to be lost

Share with other Justinmind Prototyper users with Justinmind Server

Of course, any project created with Prototyper can be shared with other users, and have full compatibility. Also, anyone can download the free Viewer tool to visualize and comment projects. It’s especially interesting to have clients use them, and get their inputs on the project organized.

You can use Justinmind Server to do this too. This way, other users don’t have to install any software but their browsers to visualize the wireframe.

Uses:

Share the project online and allow users to annotate Avoid miscommunication (“I meant the OTHER image”) Collaborate remotely

So, there’s several ways of sharing your wireframes with other people while working with Justinmind Prototyper.

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Some big projects done with Justinmind Prototyper involve more than one person. Sometimes big teams work together to create something, and thus collaboration-management is a very important feature of our wireframe authoring tool.

Keeping the same design code throughout the project

Widgets and templates can be used to maintain the same styles, colours, events and structures which are repeated throughout several pages. The main designer can create the objects following the brand guidelines, and other users will simply drop them on their canvas, without any confusion of mistaken sizes, colours or deprecated styles. Also, it improves work, since things don’t need to be redrawn.

The filetypes for templates, masters and widgets are accepted in most Justinmind Prototyper versions, and are small, making them shareable by mail, network or even personal messaging systems. Also, most common media types, such as jpg and gifs, are accepted by Justinmind Prototyper.

Creating widget sets for determined projects

Let’s say you have a project with many, many screens, but just one designer. He can create the widget set that will be used, with specific properties, and several users can easily follow the guidelines.

There are widget sets for specific hardware and interfaces, such as iPhone or Android. With them, you can simulate all the UI of the phone in your computer, and specify the development of the software. You can always find more widgets at Justinmind.com.

Comments and requirements management

Not everybody’s comfortable with Justinmind Prototyper’s ease of use, but still have changes and modifications to do in the wireframe or prototype. Sometimes, the clients want to add their views and opinions, and they’re able to do that with JP Requirements Management feature. They can comment and link their comment to any specific feature. Also, they can specify features or requirements, and this can be related to any version of the software. Of course, these comments can be exported and organized in personalized .doc templates, for reports, summaries and analysis.

A team works better when it communicates better

Every manager knows the importance of being understood, and that details are organized and overseen. So, using Justinmind Prototyper to optimize teamwork is the best option to assure everything will run smoothly and within the deadline.

From wireframe to final development specifications, your team will work better with Justinmind Prototyper.

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