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Your license has been updated to include TruePlanning 2016’s new IT Services catalog.  This capability is a significant upgrade to v14.2’s IT Infrastructure catalog.  In the past with the latter, representative of typical logistical equipment build-up philosophies, estimates were focused primarily on operations of existing/deployed IT enterprises.  Now, with IT Services, you can estimate IT deliverables as services, delivered with in-house and/or contracted resources.  This catalog was specifically designed to better align with the way organizations currently estimate and budget for IT services.  There are now 8x2 = 16 specific types of estimating capabilities, supporting both New Projects and ...
TruePlanning 2016 takes a large step forward in allowing Maintenance calculation. For example, in previous versions of TruePlanning, the only way a user could specify different on equipment maintenance was by adding a complete worksheet to change the percentage of work done on the equipment. TruePlanning 2016 has a number of Life Cycle inputs added to Hardware and COTS objects to make calculation easier. Among the most important are: Average Number of Parts per Repair – Complex repair may need more than one part per repair. False Failure Fraction - Some pieces of equipment may have ...
TruePlanning® 2016 will be coming out very soon, and with it, we will debut a new set of cost estimation models for Operational / Site Activation / Deployment of automated information systems (AIS).  These models capture the costs of system deployment activities on one or more sites (study visits, installation, commissioning, migration, etc...).  These activities are performed in a design office and on the sites defined by the contract.  They begin at the end of the development phase and continue through the installation phase of the site’s systems. The model was built with the guidance from experts with 30+ years ...
TruePlanning® 2016 will be coming out very soon, and one of its new capabilities is modeling of scheduled maintenance activities.  Our hardware operation and support (O&S) model has historically focused on the costs involved with unscheduled maintenance, which are maintenance activities that react to a situation (e.g. a system failure) that needs to be fixed or replaced.  However, scheduled maintenance can also be a significant cost, and this can now be captured by our hardware model.  Here are some example situations that can now be easily modeled. Scheduled maintenance is performed at regular intervals, which can be based on calendar ...
Original Post date: October 14, 2015 A few weeks ago I encountered a question from some users modeling an aircraft project with some prototypes and a number of production units.  They wanted to make sure that they accounted for the cost of upgrading the Prototypes to Flight/Production units, while using a fairly detailed product breakdown structure.  So the Prototypes would be built up with an initial design, and then certain parts would be upgraded after the design was refined to become full flight units.  Here are a few different ways to approach this issue: 1.       Additional Prototypes – The most simplified ...
Original Post Date: September 30, 2015 If you’ve ever taken one of my classes, you know how much the Find & Replace function “is my friend.”  Well, it just got a lot more flexible and powerful.  Thanks to your requests (especially by NASA), we’ve added a number of new features and utility functions within the tool.   o Easy Access:   You can now access F&R from any of the input sheets, as well as from the attributes tab and within editing a worksheet set.  Simply right click an item’s Value cell and select the F&R option. o  Multiple F&R:  You can ...
As a Hybrid / Monolithic Microware Integrated Circuit (MMIC) designer back in the day, and then later on when I actually had to perform cost estimates for new Hybrids and MMICs, I sure wish I had a tool like TruePlanning Microcircuits at my disposal. This tool makes estimating the cost of both of these types of circuits a breeze. With just a little bit of data I can literally estimate the cost of one of these circuits in minutes! Actually gathering the data is definitely the harder part of the process. For a MMIC, all it really takes is ...
Welcome to PRICE TruePlanning® Microcircuits. Prior to the release of TruePlanning® Microcircuits, you have always been able to model / estimate the cost of electronic hardware at the assembly level down to the circuit card assembly (CCA) Level based on estimated weight and complexity inputs, but now, with TruePlanning® Microcircuits, you can model electronic modules down to the individual chip and component, to provide more detailed, accurate electronic assembly estimates.  TruePlanning® Microcircuits provides full support for estimating hybrid modules as well as monolithic integrated circuits (ICs). IC types include digital and analog circuits of all types, including ASICs and monolithic ...
Original Post Date: Friday, November 7, 2014 We’ve recently completed a case study using TruePlanning for Microcircuits to examine the cost impacts of using newer technologies.  Recently, radar T/R module designers have begun substituting Gallium Nitride (GaN) substrates in place of Gallium Arsenide (GaAs) substrates in their designs.  GaN chips can handle significantly more power than GaAs chips, which enables significant performance benefits, while reducing the size/number of chips needed in each module.  But, are the newer GaN chips affordable? The IC fabrication process for GaAs circuits is very similar to GaN circuits.  There are, however, some important differences between these ...
Original Post Date: Wednesday, April 14, 2010 The first time I remember hearing the term, “data driven estimating,” was at an ISPA/SCEA conference in Phoenix about 6 years ago. I thought I had a pretty good concept of what that meant. Then, I started hearing it more frequently about 6 to 9 months ago, and I wasn’t as sure of my understanding. So, I went to the Internet and Googled, “Data Driven Estimating.”  The first 3 pages yield links to statistical, engineering, and technical estimating founded on data; e.g. packet routing, data delivery rate, radar and rain gage data, ...