BCG's Custom Engineering Division provides contract hardware and software design, development, and manufacturing services to a variety of industries. With experience serving both private and public sectors, including the military, BCG has experience in all phases of project development. Our seasoned team of engineers can handle unique engineering projects, aggressive deadlines, and collaboration as part of a larger development team effort. We also offer full service and support services as well as consultation services.
In addition to designing hardware solutions, BCG manufactures, assembles, packages, and ships completed solutions. We are happy to develop prototypes as well as small and large-volume production runs. Our electrical engineering staff has experience in PC board design and manufacturing, Digital Signal Processing (DSP), embedded systems, and telecommunications. Our engineering facilities are well equipped to handle rapid prototyping and production. In order to assure project success, BCG begins every project with a review of requirements and objectives. Once preliminary costs have been provided and approved, the design and development phases begin, followed by prototyping, quality assurance testing, production, and ultimately installation/deployment.
BCG offers a complete line of custom software engineering services including embedded application development, PC-based application development, and web-application development. Our software engineers have experience with JAVA, C++, C#, .NET, ASP .NET, SQL Server, Oracle, XML, Web Services, AJAX, and OLAP. Our talented team is committed to providing our customers with exceptional solutions at an affordable cost. Our services include:
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Business needs assessment, requirements gathering & conceptual design
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Database design, data modeling, & object modeling
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User interface design
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Messaging architecture
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Web-based internet/intranet/extranet application development
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Legacy migration
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Windows client/server application development
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Component development
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Database stored procedures and functions development
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Web Services development
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Code maintenance/enhancements
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Debugging
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Deployment scripts
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Setup applications
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Supplement existing engineering resources
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Individual coaching and group training
Our talented team is committed to expanding our client’s business capabilities while becoming a trusted partner for their future growth. We are able to offer custom software and web development solutions at competitive prices due to our ongoing focus on overhead reduction. No other company can match the quality of our work for the price of our services.
Calspan:
Data acquisition in wind tunnels. FBI (partnering with Calspan) Finger print processor.
Carlton Technologies:
BCG redesigned a hardware module used for cooling control on the F-16 fighter jet. The original board was made obsolete do to parts unavailability. BCG performed the hardware redesign based upon a new Intel processor and firmware.
CUBRC:
BCG has performed contract software development and consulting services for CUBRC. In one particular instance, BCG performed a complete analysis of a public health department's IT and field data collection systems to evaluate their effectiveness, identify deficiencies, and make specific recommendations for industry best-practices. This effort led directly to the health department issuing a RFP for replacement of their sub-par legacy IT solutions.
Educational Services:
BCG has a long history of providing quality service to educational institutions throughout the United States.
Tel Instruments:
BCG was enlisted by Tel Instruments for two different team efforts. The first was to design the software used by Tel for a Distance Measuring Equipment (DME) Test Set. This device is used by Tel's military and commercial customers to qualify and test the DME equipment used by aircraft. This test set can be used on a runway to verify DME operation prior to take off, or in a test lab to test/repair DME units on a workbench. BCG rewrote the embedded software, and assisted in the hardware development for this task. The software was done in C/C++ and runs in a UNIX environment within the unit.
The second effort involved the hardware design of a new Tel product - a Mode 5 IFF Test Set destine for the US Navy and Air Force. BCG was responsible for designing the digital portion of the unit and Tel Instruments was responsible for developing the RF portion and packaging.
United States Coast Guard:
BCG recently developed software for the USCG to allow them to simulate CG Blue Force Track (BFT) secured messaging. This includes encrypted messaging for position, data, text messaging, symbology, graphics, etc. between CG forces. The CG will use this for qualifying shipboard radio systems they are about to introduce into the fleet, then for training of CG personnel.
United States Navy:
BCG was involved with a SBIR for the US Navy to create a multi-function observer station which integrated radar, electronic chart and sonar input into a single display, then to use the three mediums to assist in collision avoidance of vessels in restricted waterways. Our engineers created software which allowed a single workstation to display the three different mediums (each layered on display) then began looking into how the data could be used to assist the pilot in navigation or to automatically maneuver a vessel for collisions avoidance. BCG collaborated with Sperry Marine on this task.
Xerox Corporation:
BCG has provided engineering support services to Xerox for over 10 years. During this time BCG has developed high speed laser based drum scanners and film plotters for the printing industry. It has also developed custom CAD/CAM software for printing applications.
In one particular task, BCG designed and built three control units for a scanning microdensitometer used by Xerox for quality control. The microenvironment is a device which can measure changes in light density as it reflects off of paper. Xerox wanted to use this to scan copies from their copy machines (and competitors), collect data and then analyze the data for quality. BCG designed hardware to interface with the microdensitometer, collect the data and then transfer it to a computer for analysis. BCG also wrote the software interface between the control unit and the data analysis computer.In another follow-on task, BCG later extended this process to color copy scanning using high end desktop scanners. In this effort BCG wrote the software for scanner control, data packing and assisted in data analysis.
