LEARN MORE
Make Meco your Consultant of Choice
“…at Meco, you are a BIG fish”
Meco is constructed on core business values;
Reliability,
Ingenuity and a
Positive customer experience
Watch our video to learn more.
Meco is a speciality Canadian engineering and construction consulting firm.
Established in 1992, Meco currently operates throughout Canada and internationally from our office in Dartmouth, Nova Scotia.
Meco's core business is in Dam Safety Management and Dam Safety Engineering.
Meco is an active corporate member of the Canadian Dam Association (CDA), a regular participant at ICOLD and USSD and a recipient of the CDA Corporate Award in recognition of its integral role in the industry.
Download our PDF to learn more.
Join Our Team
Meco is an equal opportunity employer.
Small firm cozy atmosphere with a Big firm project environment.
Watch our video to learn more.
A Safe Dam is a structure that will perform in a predictable manner to all load conditions.
A Safe Dam is achieved by planning and execution of dam safety principles and fiduciary responsibilities through a Dam Safety Review (DSR).
Download our PDF to learn more.
How Safe is your Dam?
If you Fail to plan, you plan to Fail.
In Canada, the manual for planning are the CDA Dam Safety Guidelines.
Watch our video to learn more.
Meco provides comprehensive geotechnical including reconnaissance, preliminary and final investigations, geotechnical modeling for foundations, slopes and embankments.
Our goals are to provide innovative and reliable engineering consultation, which lends itself to reduced construction costs while producing superior project performance.
Download our PDF to learn more.
Looking for a rational way to allocate capital for your projects?
Meco has developed a multi-faceted vulnerability-based risk methodology (VBRM) to assist with your decision-making process.
Download our PDF to learn more.
Meco can help you with your water resource needs.
Water Resource Engineering seeks to establish relations defining the spatial, temporal, seasonal, annual, regional, or geographical variability of water, with the aim of ascertaining societal risks involved in sizing hydraulic structures and systems.
Download our PDF to learn more.
