Andrew Kimos

Andrew Kimos

Andrew Kimos completed the civil engineering programs at the U.S. Coast Guard Academy (B.S. 1987) and the University of Illinois (M.S. 1992) and is a registered Professional Engineer in the state of Wisconsin. He served as a design engineer, construction project manager, facilities engineer, and executive leader in the Coast Guard for over 20 years. He worked as a regional airline pilot in the western U.S. before joining the Buildipedia.com team as Operations Channel Producer.

Construction Documents Technology Proves Cost-Effective

Mon, Mar 12, 2012

Construction documents technology uses in-progress photos and video footage to offer a significant improvement over the traditional method of producing "as-built" drawings.

Construction documentation technology has multiplied the advantages of the traditional “as-built” process, in which a red pen and the memory of the construction superintendent were the primary tools. Along with (or instead of) a set of marked-up drawings as a final contract deliverable, a more comprehensive construction journal is possible with the new construction documentation technology, which electronically captures the “as-built” process and cross-references electronic drawings to digital photographs.

In-Situ Pipe Repairs Save Time and Money

Tue, Feb 21, 2012

The use of epoxy coatings and epoxy-coated structural liners can save both time and money over traditional pipe repair methods.

Damaged or deteriorating pipe systems can be expensive to replace, particularly those that are located in hard-to-reach locations or inaccessible without selective demolition.  Fortunately, common pipe systems can be rehabilitated from within, using cured-in-place epoxy coatings or epoxy-coated structural liners.  These in-situ pipe repair techniques can offer cost savings of up to 60% and time savings of up to 30% when compared to traditional pipe repair methods.  We’ve partnered with Nu Flow America to highlight several different in-situ pipe repair techniques available to facility managers and building owners.

In Situ Pipe Repairs Save Time and Money

Tue, Feb 21, 2012

The use of epoxy coatings and epoxy-coated structural liners can save both time and money over traditional pipe repair methods.

Damaged or deteriorating pipe systems can be expensive to replace, particularly those that are located in hard-to-reach locations or inaccessible without selective demolition. Fortunately, common pipe systems can be rehabilitated from within, using cured-in-place epoxy coatings or epoxy-coated structural liners. These in situ pipe repair techniques can offer cost savings of up to 60% and time savings of up to 30% when compared to traditional pipe repair methods. We’ve partnered with Nu Flow to highlight several different in situ pipe repair techniques available to facility managers and building owners.

U.S. Infrastructure: Drinking Water

Thu, Feb 09, 2012

This is the fifth article in Buildipedia's series on U.S. Infrastructure, following the January 8, 2010 feature on dams, "It’s About Dam Time!"

The American Society of Civil Engineers (ASCE) assigned the United States’ DRINKING WATER infrastructure a grade of “D-” on their 2009 Report Card for America’s Infrastructure. Easy access to fresh water is a modern convenience that we might take for granted in our daily lives.

Bird Control

Thu, Feb 09, 2012

Bird control is a method of deterring birds from landing, roosting, and nesting in and around a building. In less extreme examples, birds in buildings can impede the productivity of workers and create additional building maintenance and cleaning challenges. In more extreme cases, they can damage capital equipment and create significant safety hazards. Fortunately, there is an entire industry in existence which offers various products and techniques for the control of birds, including bird spikes, bird shock tracks, netting, fragrances, wire arrays, and bundled wire stands, among others.

Watts It Matter to You? Electricity Generation

Thu, Feb 09, 2012
The Cost and Reliability of Electricity Service

The American Society of Civil Engineers (ASCE) assigned the United States’ ENERGY infrastructure a grade of “D+” on their 2009 Report Card for America’s Infrastructure. Electricity generation is the first of three installments on energy and covers nuclear, coal and natural gas, and hydro-electric power generating facilities. Electrical transmission and distribution will be covered in installments two and three as we follow the path of electricity from a power generating facility to your home or business. The goal is to provide an overview on how electrical power is delivered, including issues of current concern.

Emergency Lighting Monitoring Systems

Thu, Feb 09, 2012

Technologies to monitor emergency lighting systems throughout buildings or campuses have increased in popularity across Australia over the last decade. During the last six years, emergency lighting monitoring systems have also become more popular in North America. The idea behind these systems is to connect all exit signs and emergency (battery-powered) lighting devices to a central computer station so that they can individually report their functional status when tested, offering significant time and cost benefits to facility managers.

Watts It Matter to You? Electricity Transmission

Thu, Feb 09, 2012

As stated in Watts it Matter to You? Electricity Generation, the American Society of Civil Engineers (ASCE) assigned the United States’ ENERGY infrastructure a grade of “D+” on their 2009 Report Card for America’s Infrastructure. Electricity transmission, which is the second of three installments on energy, covers transmission lines and grid networks, “green” power transmission, and "smart" grids. Electricity distribution will be covered in installment three as we follow the path of electricity from a power generating facility to your home or business.

Inspection and Maintenance of Stormwater Systems

Thu, Feb 09, 2012

Theodore (Ted) E. Scott is the Managing Member of Stormwater Maintenance, LLC, in Hunt Valley, Maryland. He has provided our audience some insights into the inspection, maintenance, and repair of storm water systems. There are three categories of these systems that we’ll investigate: surface basins, underground structures and drainage systems.

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