케이스 / 품질 및 안전
품질 및 안전

B1과 E2에 대한 Building Code compliance path 선택하기

각 요소를 평소 사용할 acceptable solution에 대해 검증하고, 설계가 거기서 벗어나는 지점을 표시하고, alternative solution이 요구하는 증거를 모으고, 외장 시스템과 그 통기층을 실제 제품 정보에 연결하고, 그 경로를 consent authority에 제출하고, durability periods를 결함 기록에 반영한다.

6단계17 분설계 / 엔지니어링 업체종합건설사시행사 / 발주처BIM / 디지털 컨설팅 업체

작동 방식, 단계별로

플랫폼 전반에 걸친 6단계 - 각 단계에서 무엇을 하는지, 그리고 왜 중요한지.

1

Test each element against the solution it would normally use

검증

Run the design against the acceptable solutions clause by clause. For B1, is the building inside the scope of NZS 3604 for timber framing, on span, height, wall bracing and ground conditions, or does it need specific engineering design. For E2, score the building across wind zone, number of storeys, roof to wall intersection, eaves width, envelope complexity and decks, and read what the score requires of the cladding.

이유: Both of these are scope questions answered by arithmetic rather than by judgement, and both are routinely answered by assumption. A building that is one storey and one wind zone outside the scope of the standard it was drawn to is not slightly non-compliant, it is on a different compliance path entirely, and finding that out at consent is finding it out after the fee proposal was written.

입력Design as it standsCode clauses that apply결과Elements inside an acceptable solutionExternal moisture risk score
2

Mark every place the design leaves the acceptable solution

모델 이슈

Raise each departure as an issue against the location it occurs at: the cantilever the standard does not cover, the parapet detail with no acceptable solution behind it, the junction where two claddings meet. Give each one an owner and a decision, either bring it back inside the solution or take it forward as an alternative solution.

이유: Departures do not announce themselves on a drawing, and a design carrying six of them looks exactly like a design carrying none. Marked at a location they can be counted, priced and argued about while there is still time to change the design; discussed only in words they turn into a consent processing request halfway through the decision period.

입력Elements inside an acceptable solutionCoordinated model결과Departures marked on the modelAn owner for each one
3

Assemble the reasonable grounds, do not assert them

문서

For each alternative solution, build the file that supports it: the engineer's calculations, test results, in-service history of the same detail in the same exposure, comparison with the acceptable solution it departs from, and expert opinion where that is what the evidence is. Note where a claim currently rests on nothing but a supplier's brochure.

이유: An alternative solution is not a weaker form of compliance, it is the same standard reached by a different route, and the difference is who carries the burden of showing it. The consent authority has to be satisfied on reasonable grounds, and a design team that has not written down what those grounds are is asking a processing officer to invent them under time pressure, which is how a good detail gets refused.

입력Departures marked on the modelTests, calculations and history결과Alternative solution evidence packClaims with nothing behind them
4

Tie the cladding system to its real limits of use

제출물

Put each cladding, membrane and junction system through submittal with the evidence it relies on: a product certificate, an appraisal, or a manufacturer's technical literature. Record the limits of use that come with it, the wind zones it covers, whether it is approved direct fixed or over a cavity, the substrates and the details it has been assessed with, and check those against the risk score the design carries.

이유: A certified system used outside its limits of use is an uncertified system, and the limits are where the certification actually lives. This is also the step where a substitution is caught: a cladding swapped on price after consent may be perfectly good and still be assessed for a lower wind zone than the building sits in, and nothing on the drawing will say so.

입력External moisture risk scoreProposed cladding systems결과Systems accepted with their evidenceLimits of use recorded
5

Tell the authority which path each clause takes

권한 제출

Submit with the compliance path written out clause by clause: which parts follow an acceptable solution or verification method and which are alternative solutions, and for each alternative what the evidence is and where it sits in the pack. Answer processing queries against that same table rather than against the drawings alone.

이유: A processing officer has to record how each clause is satisfied, and a submission that does not say makes them work it out from the drawings. That is slow, it is where requests for further information come from, and it produces the worst outcome of all, which is an alternative solution accepted without anybody noticing it was one, leaving nothing on the file when the building is sold ten years later.

입력Alternative solution evidence packSystems accepted with their evidence결과Compliance path stated per clauseQueries answered against it
6

Carry the durability periods past handover

보증 및 하자담보책임

Record the durability the Code requires of each element and hold it against the warranty record: 50 years for structure and anything else difficult to access or replace, 15 years for elements that are moderately difficult, and 5 years for those that are easy to access and replace. Flag the details that came through as alternative solutions so somebody looks at them first if water ever appears.

이유: Weathertightness failures do not surface during a defects liability period, they surface years later, and by then the only thing anybody has is the file. A record that says which junctions were alternative solutions and what evidence they rested on turns a leak into a targeted investigation. Without it, the investigation is of the whole building.

입력Compliance path stated per clauseElements and how replaceable they are결과Durability periods per elementDetails worth watching after handover
모듈

이 플레이북의 모듈

플랫폼 190개 모듈 중 6

The market this case is written for

뉴질랜드

Everything in this case follows how construction work is measured, priced and paid for in this market. The forms, the cost breakdown and the payment rules are the ones used there, not a generic version of them.

Standards it follows

  • NZS 3910
  • Construction Contracts Act

You do not have to set any of that up by hand. The first time you open the platform it asks which market you work in. Choose this one and it sets the interface language, loads the matching cost database and records the cost classification, and it adds an example project you can open straight away.

The rule checks for this market come with the platform too. Switch them on once and an estimate that misses something the market expects is flagged while you are still working on it, not after the tender has gone out.

품질 및 안전 카테고리의 더 보기

품질 및 안전

공사 검사 및 부적합(NCR) 종결하기

인수 기준에 따라 공사를 검사하고, 불합격 즉시 부적합(NCR)을 제기한 뒤, 시정 조치를 진행하고 재검사하여 하자가 실제로 해결되었음을 기록으로 남깁니다.

3단계10 분열기
품질 및 안전

툴박스 토크 및 안전 점검

이번 근무조가 실제로 마주할 위험 요소를 브리핑하고, 참석자를 기록한 뒤, 순회 점검을 통해 합의한 통제 수단이 실제로 갖춰져 있는지 증명합니다.

2단계8 분열기
품질 및 안전

자재 제출물 승인 받기

구매하려는 제품 자료를 근거와 함께 설계자에게 제출하고, 사양서와 대조해 검토받은 후 승인된 경우에만 발주로 진행한다.

3단계9 분열기