Clarity is essential to a robust quality management plan 鈥� AG体育官方网站 Construction Company鈥檚 Quality Management Plan defines 鈥榤eans & methods鈥� as follows: 听

Means (with) represent all physical resources 鈥� the equipment, material, labor, and tools needed.

AND

Methods (how) covers all technical procedures 鈥� the work sequences, safety protocols, and coordination strategies that guide how those resources are used.听

Quick examples of 鈥榤eans & methods鈥� for some common construction activities follow:

鈥�Contractors need to understand that 鈥榤eans & methods鈥� refer to the specific techniques, procedures, and resources they will be used to build a project, and that this responsibility falls solely on them.鈥�

鈥�Designers need to understand that 鈥榤eans & methods鈥� does not refer to specific components, their integration, or necessary attachments that will be used to build a project, and that the responsibility of defining these falls solely on them.鈥�

Designs (what) are the things the AOR/EOR drawings and specifications are describing to be built - not part of 鈥榤eans & methods鈥�, but they can influence the manner of construction.

A recent social media post titled, Things Architecture School Didn鈥檛 Teach 鈥� But Should Have, states: 鈥淐onstruction docs must be crystal clear鈥� It goes on to suggest 鈥淐ontractors aren鈥檛 mind-readers. Your drawings have to be idiot-proof if you want your vision built right.鈥�

As an architect applying my skills to contracting, I might say 鈥測our drawings have to be user-friendly if you want your vision built right.鈥� Do not be ignorant of the needs of the contractor 鈥� clearly define components, integrations, and attachments. Be aware of the 鈥榤eans & methods鈥� that the contractor will employ to undertake your design 鈥� if you are unsure ask.

Designers should define: 听听听听听

Components 鈥� ensuring that items satisfy their role and aesthetics.

Integrations - ensuring compatibility and contribution to the system.

Attachments - ensuring that items maintain their position and compatibility

A collaborative team can rally around this division of labor and advance a project effectively toward completion. Certainly, the contractor can make suggestions for the betterment of the design as much as the designer can for the construction 鈥榤eans & methods鈥�. An effective project team will in fact do just that 鈥� work together to improve the project.

Designers should ensure a building:

Stands Up 鈥� ensuring structural integrity

Keeps Weather Out 鈥� ensuring weather-tightness

Protects Occupants 鈥� ensuring life-safety

It is critical that terminations and integrations are closely coordinated. How is building/material movement accommodated while maintaining weather-tightness? How is compatibility addressed when materials/systems meet to maintain continuity of all items? These are often the most complex aspects of building construction, so team members must be up for the heavy lifting.

The designers must be prepared to detail the most complex aspects of the building and accommodate the 鈥榤eans & methods鈥�.

The contractor must be prepared to understand the design intent and develop 鈥榤eans & methods鈥� to implement the design.


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