Joe Iano (see Iano's backfill ) shared with me an approach to quality review of construction documents that is used by a prominent firm where he is employed in Seattle (see the AIA 2009 Honor Award Firm of the Year Olson Sundberg Kundig Allen Architects in the May 2009 issue of Architectural Record). Joe said the firm has senior non-project staff review construction documents together with staff who developed the documents for a given project. The issues, concerns, and comments that are raised during the review can go a long way toward mentoring less experienced staff.
A similar approach could work in utilizing the services of an independent peer review architect who can review the construction documents together with the staff who developed the documents. Compared to a "redline only" mark-up of drawings and specifications, the interactive review process can include a substantive conversation that carries longer term value for the firm, while taking advantage of review expertise outside the firm.
Wednesday, May 20, 2009
The 50-50 Rule
Jobs vary in the proportion of time required for technical work ("stuff") vs. people work (communication, cooperation, management, etc.). Some jobs may consist of less than 50% stuff, but most jobs done effectively require at least 50% people work. If you are doing a technical job in architecture (or most any other field), and you think that your job is 100% or near 100% "stuff" and 0% or near 0% "people", you are probably not doing your job effectively, and you are probably neglecting at least 50% (the "people" part) of your job.
When you develop drawings - plans, sections, elevations, details, etc. - and specifications, you depend on other people to understand and make effective use of those drawings and specifications to produce desirable results. Your work must effectively communicate with others, be they other designers, consultants, owners, users, permitting authorities, estimators, bidders, contractors, subcontractors, material suppliers, and others. And the value of your work - especially technical work - is diminished by the extent that it does not effectively communicate with others.
While jobs do vary in the actual proportion of "stuff" vs. "people", a good approach to a technical job is one based on a consideration that at least 50% of the job is people related. That's the 50-50 rule.
When you develop drawings - plans, sections, elevations, details, etc. - and specifications, you depend on other people to understand and make effective use of those drawings and specifications to produce desirable results. Your work must effectively communicate with others, be they other designers, consultants, owners, users, permitting authorities, estimators, bidders, contractors, subcontractors, material suppliers, and others. And the value of your work - especially technical work - is diminished by the extent that it does not effectively communicate with others.
While jobs do vary in the actual proportion of "stuff" vs. "people", a good approach to a technical job is one based on a consideration that at least 50% of the job is people related. That's the 50-50 rule.
Tuesday, May 12, 2009
Sunday, May 10, 2009
Dutchmen for a technical ground grid
Our fast-track, high-tech building project was nearly complete. The tenant's expensive computer equipment was rolling in, and the sophisticated equipment power system was being tested. Then the electrical contractor reported a problem. The technical ground grid did not test out as required. All the components were in place, but there was a widespread loss in the system. Investigation isolated the loss to the computer room raised floor system in nearly every room of the building. The grid of the raised floor system was an intended major component of the technical grounding system. Computer equipment would be grounded to the floor grid, and an electrical grounding conductor tied each room's floor grid to the technical ground rod system outside the building. Through further investigation, the contractor found that the perimeter of the raised floor system was in contact with drywall screws at the floor line, providing unplanned continuity between the raised floor system and the metal stud partition framing throughout the building. It seemed like a monumental problem, and the team had almost no time to correct it before the tenant's scheduled start-up date. An eleventh hour brainstorming session turned up a solution worth trying. Small pieces of thin plastic laminate were installed in one room to separate the raised floor perimeter frame from the drywall screws. The fix proved effective, so the plastic laminate "band-aids" were used throughout the building, and the tenant's start-up occurred on schedule.
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