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E-engine Logo E-engine - Automatic, Scenario-Specific Schematic Generation for Smart Vehicle Services

The complexity of modern automotive and aerospace electronic systems has exploded, creating a major problem for vehicle service operations. Technicians and mechanics must wade through hundreds of pages of incomprehensible, sometimes out-of-date, documentation, attempting to apply complex schematics to unfamiliar repair scenarios. This is a significant challenge for automotive and aerospace manufacturers where the effective maintenance of their products is a key differentiator. The initial documentation production, applying document revisions, and providing the flexibility to handle vehicle variations all require a considerable investment.

Please see also the E-engine data sheet (PDF file) or Datenblatt (PDF file in German).

 
Schematic 1

Concept Engineering′s E-engine solves these issues by providing a documentation solution that automatically renders schematics specifically to individual maintenance scenarios. The schematics are generated from a database that is converted directly from original CAD drawings, saving authoring effort, eliminating a source of errors, and allowing for easy revisions.

E-engine is based on Concept Engineering′s unique schematic visualization and rendering technology, initially developed for complex semiconductor electronic design automation. The technology allows for repair scenarios to automatically drive visualizations of a vehicle′s electronics, wiring harness, connectivity and other key information, allowing the problem sources to be rapidly identified.

Easy to Understand: Visual, clear, compact dynamically rendered schematics.

Concept Engineering′s schematics are renowned for their clear, crisp visual depiction of complex electronic components. Used in many products for semiconductor CAD, the schematic generation engine has been carefully designed to provide relevant information in as readable a manner as possible. The internal rendering engine provides the unique capability for the schematics to automatically redraw themselves based upon the technician′s requirements, allowing for a rapid focus on problem areas to identify and repair issues. E-engine is a diagnosis power tool that greatly accelerates the maintenance process.
Schematic 2

Easy to Use: Smart, interactive, web-based documentation.

E-engine is available for Windows, Linux platforms and online through web browsers, providing access from a range of computer and mobile devices, with no installation headaches. In addition, maintenance of the documentation is vastly improved on the online system, which ensures that technicians will always be working with the latest schematics. Manufacturers can be sure that no outdated versions of the drawings are being used to repair their vehicles. In addition, the myriad of vehicle variations can be easily handled, allowing service manuals to be relevant to the particular problem at hand.

Easy to Produce: Database created directly from CAD design data.

Documentation authoring is a necessary headache for automotive and aerospace manufacturers, who must apply a significant level of resources to provide service center information. A direct translation from the designers′ CAD systems to the E-engine EDB database ensures the fast production of accurate, error-free documents that may be updated immediately when any change is necessary. E-engine revolutionizes the entire process of authoring, delivering, and maintaining service documentation to service centers worldwide.
Schematic 3

Availability

Concept Engineering′s automatic wiring-level schematic generation engine is available as an optional engine (E-engine) to the Nlview Widget Product Family.

At a Glance

FeaturesBenefits
Simple and robust API Ensures easy integration and reliable applications
Production-proven software components Performance and quality of application is very high
Highly customizable component Widget and application fit together
Qt, Tcl/Tk, Java, JavaScript, Windows, wxWidgets and Perl/Tk Easily fits into your existing software development flow
Proprietary algorithms Result in easy-to-read schematics and short response times
On-the-fly schematic creation Results in very high speed and capacity
Bi-directional communication between widget and application Allows interaction with the application (e.g. cross-probing, highlighting, attribute display, ballooning)
Incremental schematic viewing Allows interactive modification of schematic fragments
Windows, Linux, UNIX and cloud platform support Application will work on most hardware platforms
Built-in system- and IP-level symbols Application works without specific symbol libraries

Widest Platform Availability

GUI Platform Tcl/TK Java MFC Qt Perl/Tk wxWidget
Supported GUI environment Tcl/Tk 8.1
or later
Java SDK Microsoft Foundation Classes Digia's Qt Framework
3,4 and 5
Perl/Tk wxWidgets 2.4.2
or later
Available as Tk Widget Component (AWT)
JComponent (Swing)
Class derived from CWnd Class derived from QWidget Perl/Tk Widget Class derived from wxWindow
Deliverable Tcl package
Loadable extension
Java Bean MFC Extension DLL
and Sources + Core Lib
Sources + Core Lib Perl Package and Sources + Core Lib Sources + Core Lib
Customizable by Configure Options
Property Command
Java Bean Properties
Property Command
Class Attributes
Property Command
Qt Properties Configure Options Property Command
API Interface Tcl Commands and Callbacks Component Methods and Event-Listeners Class Methods and Notification Messages Class Methods and Signals / Slots Tk Commands and Callbacks Class Methods and Notification Messages
Printing PostScript, PDF, SVG and Native Windows PostScript, PDF, SVG and Native Java PostScript, PDF, SVG and Native Windows PostScript, PDF, SVG and Native Qt PostScript, PDF, SVG PostScript, PDF, SVG and Native wxWidgets