We provide project leadership and mentoring in a variety of areas, including:

• Energy Trading and Risk Management (ETRM)
  Selecting and implementing ETRM solutions for gas and electricity
• Gas Pipelines
  - Gas measurement
  - SCADA
  - Gas allocation, dispatching, and normalization
• GIS and airborne LIDAR
  

We can work with your development team, or provide complete software development services. Some of the areas we've worked in include: Airborne LIDAR Integrating instrumentation, and providing real-time mission support tools Enterprise Application Integration Using middleware and web services tools to create wide-scale enterprise integration Vendor Management Working with solution vendors to help them meet quality standards and time deadlines AGILE development We use Scrum as our primary Agile methodology, but also use XP or other methodologies

A LIDAR mission using a SCADA system developed for our client.

For the past fifteen years, we have been one of Canada's foremost authorities on using National Instrument's LabVIEW to develop custom applications. We also focus on advanced digital signal processing, with particular emphasis on computer vision and audio-frequency signal analysis.

Note the compter controlled camera pod.

Andromeda brings together a small group of talented software designers.

Our principal consultant, John Heerema, has been involved in just about every aspect of the software industry over the past twenty years, and is a seasoned project manager.

Our long-time industry partnerships and affiliations let us assemble a crack team for a wide variety of software projects—or we can work with your existing team.

We have particular expertise in scientific and real-time applications.

• Torsional vibration analysis for rotating machinery
• Measure static and transient torsional vibrations, up to the Shannon limit

Our EFM Test Bench software subjects a flow computer to an endless variety of simulated pipeline conditions. It does this by producing the electrical signals that would be produced by pressure and temperature transducers, and a gas chromatograph. It calculate the exact flow volumes associated with the simulation, letting you determine whether your flow computers are able to accurately measure gas flow under those conditions. Use it to:

• Validate flow computers
• Determine the suitability of a flow computer at meter runs with pulsation, or mixed streams
• Determine whether a gas chromatograph would make a significant difference at a site
• Simulate gas measurement flow runs
• Diagnose flow measurement problems