JSC Services

Successfully deploying virtual reality applications is a difficult and complex task. We are here to assist you.

JSC programmers and staff work closely with clients to build highly-detailed, realistic simulations that impart real-world skills, information, and knowledge. Follow the links below or scroll down the page for more information about the specific services we offer.

VR Consulting
The JSC provides VR consulting services that include analysis of development platforms, evaluation of computer systems and peripherals, trouble-shooting of VR hardware and software, design assistance, and specification of systems.  We also provide customized training for design and production staff, acquisition and setup for complete or partial systems, and other services as needed.

Custom VR Applications
The JSC designs, produces, and maintains complete VR systems to meet the needs of education, industry, government, and individual clients seeking simulations for training, planning, visualization, prototyping, demonstration, and sales.  These systems and simulations may be purchased by the client or leased for short term use.  Levels of simulation range from simple screen-based environments to fully immersive systems with head-mounted display, motion tracking, stereo sound, and multiple users.

Custom Training Simulations
VR-based training might be a good option where it is difficult, dangerous, expensive, or impossible to use various “real” types of training.  VR-based training might also be appropriate where there are a large number of learners, where the learners are distributed over a large area, or when it is important that learners get consistent training no matter when or where they take it.  Finally, there are some skills that are learned better by experiencing realistic settings than from a lecture, demonstration, or book.  The JSC helps potential clients determine whether and at what levels VR-based training will be appropriate.

Virtual Prototyping
Designers can use virtual prototyping to check the operation and viability of new objects or assemblies by “building” them as a computer model before going to the expense and trouble of making physical models of them.  3-D CAD drawing objects may be given attributes such as appearance, motion, strength, wear resistance, heat conduction, and flexibility, then placed in a computer environment that simulates anticipated conditions and interactions.  This computer prototype can then be used to identify potential problems in a faster, less expensive, and safer way than with traditional physical prototypes, thus shortening design cycle times and reducing overall costs.  The JSC for can help clients create working products in record time through accurate virtual prototyping.

Virtual Tours
Virtual tours of buildings or communities can help potential clients or visitors develop a sense of how a place will feel before they’ve seen it, or in some cases, before it even has been built.  Architects and their clients can make design and decoration decisions; cities could show how beautification projects would change appearances, and realtors might market houses by CD-ROM or the web.  In each of these examples, a virtual model would be built and equipped with a “walk-through” or “fly-through” control panel to allow users to move around.  The Johnson Simulation Center can provide completed simulations, training for creating them in-house, or a combination.

Virtual Layout
When designing a production facility, many complex factors need to be considered.  First, there is the physical space required for each piece of equipment and its operators.  Then, the space required for maintenance, loading/unloading, utilities, debris removal, tool storage, and inspection must be added.  After considering lighting, product flow, machine capacities, the variety of expected applications, and the order of operations performed, an optimum position for the equipment may be selected.  This process is complicated enough for one machine, but when several machines are considered at once it can be overwhelming.  Incorrect placement can make a plant inefficient.  If all of the critical factors are modeled into a computer simulation, visualization of trade-offs and the impacts of options becomes much easier.  The Johnson Simulation Center can assist in this process to maximize productivity.

Immersive Virtual Reality. Simulates the application of almost any sprayed liquid onto almost any shape of surface in a variety of conditions. Task difficulty and critical spraying parameters are adjustable.
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Serious Game . The player is a cub reporter assigned to write an article about a chemical spill in a small mid-western town. In order to do this, the player must do research, set up appointments and conduct interviews, keep notes, follow leads, write an article, and submit it to the editor.
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