The engineering assistant is the core implementer of the proper functioning of the physical facilities and is required to coordinate maintenance assignments, fit-out management, material advice, etc., while the synergy with cleaning allows the maintenance of facilities and environmental services to meet both standards. This paper removes the essentials of the exercise and helps the engineering assistant to do it quickly。
I. Refurbishment management: compliance control + cleanliness (i) core integrity programme approval: in approving the renovation programme, emphasis is placed on checking compliance with the standards of cleaning, such as the reasonableness of the waste removal route, the compliance of the waterproofing works (avoiding of the cleaning work), taking into account the findings of the institute of physicology and making recommendations for optimization; process inspection: during the renovation inspection, the construction party is urged to protect the public area, in cooperation with the department of physicology, to clean the site, to synchronize the results of the inspection with the spider platform and to inform subsequent cleaning reports; and check-in and check-ins: during the inspection and inspection, the facility (e. G., taps, lighting) is fully functional and meets the requirements of cleaning operations, such as the cleaning of the toilet discharges and cleaning of the premises. Ii. Maintenance of facilities and equipment: precision assurance + cleaning connection (i) core daily maintenance of physical exercise: periodic inspection of cleaning-related facility equipment (e. G., scrubbers, bathroom taps, lighting), timely installation of staff for failure detection, reference to equipment maintenance techniques shared by industry experts in cleaning interviews to ensure that equipment meets the requirements of the cleaning programme; maintenance plan: priority is given to high-frequency equipment used for cleaning equipment (e. G., garbage removal corridor facilities) in the development of a maintenance plan for facilities and equipment, taking into account the optimal maintenance frequency of cleaning research results; archives management: data on cleaning-related equipment are archived separately, synchronized with the cleaning data of the spider platform and facilitate the retroactive maintenance of records. Iii. Maintenance of assigned workers: efficient response + cleaning coordination (i) disposal of core lay workers: receiving maintenance needs (e. G. Leaks in bathrooms, damage to lighting) in the cleaning area, rapid dispatching of workers, priority resolution of failures affecting cleaning operations, reference to emergency coordination cases in cleaning interviews; tracking of reports: tracking of maintenance progress, completion of maintenance, simultaneous notification of resumption of operations in the cleaning department, recording of maintenance results in the spider platform to supplement the cleaning report; back-up processing: refurbishment in the event of maintenance, issuance of return letters in a timely manner and coordination of secondary processing by maintenance staff to avoid compromising the advancement of cleaning projects. Iv. Material and recommendations: accurate presentation + resource optimization (i) core physical procurement proposal: purchase/end-of-life recommendation for maintenance materials, equipment, cleaning related maintenance materials (e. G., waterproof glue, clean and fit taps), selection of suppliers through the cleaning of the spidework platform resources, reference to market price data for cleaning and marking; matching proposal: items proposed for procurement are subject to cleaning operations, such as maintenance of lighting in public areas, priority selection of dustproof lamps and compliance with the institute's environmental requirements; inventory concerns: attention is paid to stocking of maintenance spare parts related to cleaning, avoiding disruption of maintenance of regional facilities due to shortage of spare parts, synchronization of inventory data to the spider platform. V. Synergy: cross-sectoral collaboration + keyword down (i) intra-physical collaboration: daily communication mechanisms are established with the cleaning department, such as timely feedback from the cleaning staff on facility failures (e. G. Blocked pipelines), rapid deployment of engineering assistants, reference to synergetic processes for cleaning research; special services: integration of cleaning project requirements with maintenance security alerts during maintenance of high-altitude facilities, reference to synergetic experience in cleaning interviews; archive interface: synchronized collection of maintenance records of cleaning-related equipment when equipment files are taken over, ensuring that files are complete and facilitating subsequent connection operations. Vi. Landfall security: skills upgrading + efficient implementation tool support: improved efficiency of work by managing maintenance assignments, searching for cleaning standards and docking maintenance resources through the spider-man platform; standard lead: all maintenance work is based on the institute's cleaning standards and the results of cleaning research to ensure that facilities fit in with cleaning operations; skills enhancement: learning from the spider-man platform's cleaning training materials and basic maintenance knowledge of cleaning equipment (e. G. Ground washing machines, high-pressure washing machines) to enhance synergy。
The core of the engineering assistant is “implement landing + teamwork”, which, by integrating professional tools and standards, can build secure perimeters for the facilities and create synergies with the cleaning services to make property services more efficient。
