青岛招聘

      

1. Familiarisation and review of the relevant standards, rules, WPS’s, drawings, codes and specifications applicable to the Project.

  

  

2. Check the following prior to welding:-

  

The current revision of the drawings are available and in use by fitters.

  

The WPS’s have been approved and are available to welders.

  

Check material certificates match Material Tracking Number, (MTN), or actual cast/heat and MTN number is visible on each piece.

  

Check material type matches drawing requirement

  

Check consumable certificates cast/heat/batch and type/size matches WPS requirement

  

Check gas certificates if available

  

Check welder register to ensure correct qualification to WPS and position.

  

Ensure that all tools to be used are of the right type, Carbon or stainless steel as applicable incl; grinding discs, wire brushes, etc. Ensure that fabrication aids are protected from contact in the case of stainless/exotic steels incl; stands, vices, etc.

  

Check rough dimensions and orientations of part.

  

Check piecemarks, (if required), are applied and legible.

  

Preheat, if required is at the minimum temperature and is in accordance with WPS

  

  

3. Check the following during welding:-

  

Purge gas, (if required), is at correct flow rate.

  

WPS inter-pass temperature is monitored and correct.

  

The welding is in accordance with WPS and being controlled within the WPS parameters, (current, volts, polarity, purge rates & travel speed).

  

The root run is visually acceptable to code, (where accessible), before filling the joint, (for single sided welds)

  

On double sided welds, the first run is inspected and subject to the required back-gouging/grinding, and visually free from defects, (NDE may be required, MT/PT).

  

Gouging/grinding is carried out to an approved method and to good workmanship/industry standard.

  

Inter-run cleaning is to WPS requirements or to good workmanship/industry standard.

  

  

4. Check the following after welding;

  

Weld identification, each weld is marked with the welder’s identification and is identified in accordance with drawing/weldmap

  

Weld appearance, ensure welds are suitable for all NDE, ( profile, cleanliness etc)

  

Check weld contour and run widths

  

Visually inspect welds and sentence in accordance with code/dimensional survey, (check rough dimensions/orientation are in accordance with drawing/code).

  

Drawings, ensure any modifications are noted for inclusion on as built drawings

  

PWHT, if required, should be monitored for compliance with procedure, check chart records.

  

Ensure all NDE has been requested and is complete and reports are available for records.

  

Repairs, should be monitored in compliance with applicable procedures

  

Documentation records, ensure all reports/records are completed and collated as required.

  

If repairs are evident, check for trends and particular welders. If no obvious root cause can be identified refer to Welding engineer.

  

  

5. Other Checks to be made:-

  

Gas bottles are stored correctly and restrained.

  

Purge gauges are not damaged.

  

Purge lines are not leaking.

  

Weld preparations are in accordance with WPS and/or drawings

  

Joint fit ups are in accordance with WPS/drawings

  

Tack welds are to good workmanship standard and to code/WPS requirements

  

No undue stress is being applied to the joint

  

Weld faces are free from defects, contamination and damage.

  

Welding equipment is in suitable condition and calibrated as appropriate

  

Ensure that all tools to be used are of the right type, (CS/SS, incl; grinding discs, wire brushes, stands, vices. etc)

  

  

6. For shop welding ensure that there is no through draught, pipe/structure is properly supported and in the correct position for welding and Welder has sufficient and safe access.

  

  

7. For site welding ensure that there is no wind or rain ingress, pipe/structure is properly supported and in the correct position for welding and Welder has sufficient and safe access.

  

  

8. Observe all relevant actions related to fabrication quality throughout production

  

  

9. Record or log all production inspection points relevant to the PQP & ITP, including final reports showing all identified imperfections and repair works.

  

  

10. Compare all recorded information with the acceptance criteria and any other relevant clauses in the applicable standards.

  

  

11. Besides the above-listed, shall be responsible for other duties assigned by the relevant QC Lead Inspector.

      

青岛武船麦克德莫特海洋工程有限公司(简称 QMW) 是由中船重工集团 (CSIC) 的全资子公司武昌船舶重工有限责任公司和McDermott International Inc. (MII) 的全资子公司J. Ray McDermott Qingdao Pte. Ltd (McDermott) 于2008年共同出资组建的合资公司，双方各拥有股权50%。 2009年开始投入建造，45公顷的建造厂区位于青岛黄岛区胶州湾海海底隧道口处， 并且毗连CSIC的北海造船厂，是海西湾船舶建造、修理基地的一部分。

合资公司将融合双方优势，麦克德莫特具有专利建造系统，程序，管理模式以及丰富的国际客户服务经验；武船拥有有效的成本控制方式，丰富的浮体建造经验。合资企业的建造的产品包括：陆上或离岸的油气处理模块，综合一体化的平台， SPAR浮体， 大型的海上浮式油气处理和储存设施（FPSO）以及为国际市场包括亚洲，墨西哥湾，地中海，中东，南海，西非的客户提供FPSO的整体服务。合资厂也将努力进入中国的陆上和离岸市场。

QMW为员工建立多元化的职业发展阶梯及培训模式，并提供宽阔的个人发展平台及有竞争力的薪酬福利体系，让员工充分展现自己的才华，不断地提升自身价值并享受与公司共同发展的成果。QMW欢迎社会各位优秀人才的加入！

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地址：青岛经济技术开发区漓江东路367号