Produced Labour And Material Schedules For Ordering Assignment Sample

1.0 Introduction : Produced Labour And Material Schedules For Ordering

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Maple Construction (MC) strategically schemes to develop an enhanced supplier of housing development and modernization in the South-East Queensland region. The company's complete planning will depend on an ongoing procedure of building the objectives, computing outcomes, and giving responses to enhance an increased growth advancement. This company actively deals with the involvement of large-scale development for a time span of three years and is currently segregating residential complexes. The job is implemented on a residential building assignment for a class 1 Type C building of a lone dwelling commercial building at 88 Parkes Road, Virginia, QLD 4014. The owner of the commercial project is David Stathom.

The plot area required to construct the residential complex is 800 meters square. The outline of the design documentation is elaborated in this section of the study to make certain of the project ingredient features and to check whether the materials and components are maintaining the required standards. The approximate starting date for this project in the residential complex is in March 2021 and possible completion of this project ends in September 2021.

2.0 Discussions

This block of land includes an outhouse, parking arena, retaining framework, private road, wall, and facilities relating to the proposed design dimension. The overview of the construction project in the residential arena has been demonstrated to the client and necessary information related to this is also provided (Chen et al. 2019). The development of an allotment for labor agreement and assignment schedule to involve assignment time span related to the price of ingredients and labor costs.

2.1 QS 1

Figure 1: Project schedule

(Source: Self-created in Ms-Excel)

The above image gives an idea regarding the construction project scheduling. The project schedule discusses the four successive phases involved in the construction project. The initial phase includes the task of site establishment, bulkheads, electrician, plumber, bricklayer, etc. The next phase includes the task of wall and ceiling lining, waterproofing, etc. The third phase involves the task of tiling, painting, carpets, etc (Sepasgozar et al. 2019). The final phase of residential construction involves the task of paving, hanging doors, etc. It gives the start and end date of the discussed activity and the overall time span for a certain activity. The initial phase needs a time span of 44 days to complete. The second phase needs 22 days to complete. The third phase needs 27 days to complete. The final phase needs 12 days to complete.

Figure 2: Labor & Supply Schedule

(Source: Self-created in Ms-Excel)

The above snippet gives detailed information regarding the contractor's along with their job role or position. The activity requirements of the specific contractors are also illustrated here.

It shows that the contractor Joe Gypo is assigned with the task of wall and ceiling lining and for this 297 square area is required (Goh et al. 2019). John Brick with the activity of bricklaying requires a plot area of a 32-meter square, Jim Timberlake with the task of timber wall framing needs a plot of the 118-meter square, Percy Print with the task of painting needs an 1119-meter square area, and Davy Pavey with the job of paving needs seven-meter square area. The total dimension of the item and the total updation and supply rate is also mentioned here. The data of the supply rate and the supply total are also given along with the install rate and install total.

Figure 3: Material Schedule & Cost Sheet

(Source: Self-created in Ms-Excel)

The above snippet shows detailed information regarding the material cost sheet. The material Gyprock is supplied by a Gyprock specialist and a quantity of 297-meter square is required for this. The material Brick is supplied by a Brick specialist and a quantity of 32-meter square is needed for this. The material Timber supplied by a Timber specialist needs a quantity of 118 meters square (Innella et al. 2019). The material Paint supplied by a Paint specialist needs a quantity of 1119-meter square. The final item Pavers supplied by a Pavers specialist needs a quantity of 7-meter square. The data of the budgeted cost and actual cost are provided along with the materials and the difference among them is computed.

Figure 4: Monitoring Costs

(Source: Self-created in Ms-Excel)

The above snippet shows the month and total scheduled project costs involved per month. The description as per trade is given alongside the above details. The data of the total evaluating cost belonging to the actual task is also illustrated in a separate column.

Figure 5: Nominated Suppliers

(Source: Self-created in Ms-Excel)

The above snippet shows the supplier s along with the material items ordered. The Cyprock Trade orders the Cyprock and the contact person is Brian (Sacks et al. 2020). The mobile number, email address and address are also attached alongside the mentioned columns.

Figure 6: Call Forward Schedule

(Source: Self-created in Ms-Excel)

The call forward scheduled defines the whole construction project materials ordering and delivery scheduled according to the supplier's , address, and contact no formats (Georgiadou et al. 2019). All of the specific materials are orders in a specific date which refers the specific clients in the specific address all are signified in this call forward schedule structure as well.

2.2 QS 2

Communication methods for the Nominated Suppliers

A transparent interaction is a specific contractor's fundamental for enhancing the security, outcomes, and cost-effectiveness of the project. It's vital to demonstrate friendly interaction approaches for any construction plot. The interaction can be in different methods of electronic mail, messages, phone calls, and quick texting. It can also be in the form of meetings and hand signs. The interaction approaches that are imposed for effective interaction practices with the supply contractors are discussed below:

Establish a formal interaction series

An official interaction chain is a base for the development of a construction assignment. It is generally receiving the correct information from the right contractors at an accurate time. The team members of the building construction schedule should possess a point of contact. It is also crucial to possess one main location where the assignment interactions could be found. This makes it an easier approach for coworkers or contractors to access the updated project pieces of information (Goh et al. 2019). The interaction will be in the form of verbal or face-to-face in this situation. All the supply contractors should follow a project superintendent as their leader and who is responsible for the supply of the latest project details.

Ensuring a transparent, concise, and timely transfer of pieces of information

In the process of transmitting vital info to the supply contractors, it's essential to be fast and to the point. The language involved should be in layman's terms. It is due to the fact that the supply contractors might not possess certain pieces of information in technical regions like developing codes and access. There are enormous distractions in the construction areas and thus it is vital to ensure that each and every supply contractor is actively listening and on the same site. It is crucial to make the project superintendent informed about the queries and to be clear in making the responses. Safety should be the foremost priority in the construction site and it should be transparent.

Selection of a relevant platform for the messages

The selection of a relevant communication platform relies upon the aims and complexities present in the messages. In a certain situation where email might not be a suitable option, there is a need for a face-to-face meeting. It is also worth noting that the use of any foul and emotional language in the approaches of interaction is avoided (Bertram et al. 2020). The written text must be reviewed before the delivery process and the use of bulleted lists is also done. There should be use of the hand signals in noisy situations. The use of flags, lights, and visual signals is the incorrect approach when it comes to safety and accuracy.

Invest in technology

The organization should invest in technology that interacts with vital updates such as unexpected prevailing severe weather conditions. It also includes updates regarding the delay in the transportation of the materials that can affect the scheduling of the supply contractors. There should always be a backup plan in the case when a certain strategy fails to accomplish the objective. The project site work boards for all the supply contractors must ensure the presence of regularly updated schedulings and other vital interactions. The advent of the technologies like “e-Builder, Autodesk BIM 360, and Buildertrend” comes into use when it comes to interacting with the supply contractors on the construction site. The “e-Builder” app features the present-time functioning work boards and helps to reduce project costs and enhance accuracy on the construction site. The “AutoDesk BIM 360” is a field maintained equipment for phones and this app ensures processes for safety, quality, and documentation involving “building information management (BIM)”. The “Buildertrend” is a development maintenance system for residential complexes' constructors (Sacks et al. 2020). It combines the timeline of the project, project maintenance, capital maintenance, and customer and service maintenance in a lone company.

The summarization of the interaction methods is discussed as the organization should invest in technology so that there is a transparent interaction regarding the updated messages from the project superintendent to its supply contractors. The boosting of morale and trust by depicting the supply contractors that the project superintendent is willing to have an accessible conversation.

Call Forward Schedules

The nominated suppliers have confirmed the accessibility of the five materials and they include the “Gyprock, Brick Installation, Timber wall frames, Painting, and Paver”. In order to manage this activity, a call-forward schedule is designed in the call-forward sheet. This “call-forward schedule” is constructed in the process of accomplishing the task of developing the residential complexes. It ensures not facing delays in the construction and efficient building of complexes within the required time span. It also ensures that safety is maintained during the process of construction. The building of a relevant call-forward schedule is thoroughly planned. It is the backbone of any successful project maintenance. It manages the functioning and their sequences in a construction assignment. It is an approach that acts as a blueprint for the implementation of the project (Allen et al. 2019). It manages the entire timeframe for the construction project.

A “call-forward” sheet is a sheet required to access when suitable materials are required and the delivery time of the ordered materials. This equipment allows the site superintendent to allocate and manipulate tasks that need to be undertaken on the project construction site. In order to construct a planned “call-forward” sheet, there is a requirement for the list of activities in sequential order. The materials that need to be ordered are written down next to the activities. The “call-forward” sheet involves the necessary pieces of information on the activities to be accomplished. It involves the reference number that connects the activities with a list of materials. It also involves the date when the required materials need to be ordered and the ideal or updated delivery date. The responses or instructions for future references are mentioned in the “call-forward” sheet (Georgiadou et al.2019). The sheet also involves the of the nominated suppliers and the contact details of the supply contractors. This “call-forward” sheet is accessed by the project superintendent at the commencement of each working day to visualize the particular material requirements of that day and to execute the significant calls.

3.0 Conclusion

The nominated suppliers and “call forward schedule” are the regions associated with the construction site that is elaborated on in this project. The projects demonstrate a streamlined functioning of the activities for efficient construction of a residential complex in the southeast Queensland region of Australia. The nominated suppliers discuss the communication approaches required to be followed by the superintendent to the supply contractors. The “call forward schedules” confirms the accessibility of the required materials for the construction site. The plot area of the construction site is initially decided and the computations are done for the allotment of the different activities with their corresponding plot area. All these regions need to be maintained for the construction of the site at a stipulated time.

References List

Journals

• Chen, C. and Tang, L., (2019). BIM-based integrated management workflow design for schedule and cost planning of building fabric maintenance. Automation in construction, 107, p.102944. Retrieve From https://research.nottingham.edu.cn/ws/files/22859804/BIM-%E5%B7%B2%E8%9E%8D%E5%90%88.pdf [Retrieve on: 20.06.23]
• Sepasgozar, S.M., Karimi, R., Shirowzhan, S., Mojtahedi, M., Ebrahimzadeh, S. and McCarthy, D., (2019). Delay causes and emerging digital tools: A novel model of delay analysis, including integrated project delivery and PMBOK. Buildings, 9(9), p.191. Retrieve From https://www.mdpi.com/2075-5309/9/9/191/pdf [Retrieve on: 20.06.23]
• Goh, K.T. and Pentland, B.T., (2019). From actions to paths to patterning: Toward a dynamic theory of patterning in routines. Academy of Management Journal, 62(6), pp.1901-1929. Retrieve From https://ink.library.smu.edu.sg/cgi/viewcontent.cgi?article=7399&context=lkcsb_research [Retrieve on: 20.06.23]
• Bertram, N., Fuchs, S., Mischke, J., Palter, R., Strube, G. and Woetzel, J., (2019). Modular construction: From projects to products. McKinsey & Company: Capital Projects & Infrastructure, pp.1-34. Retrieve From https://www.ivvd.nl/wp-content/uploads/2019/12/Modular-construction-from-projects-to-products-full-report-NEW.pdf [Retrieve on: 20.06.23]
• Sacks, R., Brilakis, I., Pikas, E., Xie, H.S. and Girolami, M., (2020). Construction with digital twin information systems. Data-Centric Engineering, 1, p.e14. Retrieve From https://www.cambridge.org/core/services/aop-cambridge-core/content/view/C88A0AE68BBA09517D7534B9DBE24FEF/S2632673620000167a.pdf/construction-with-digital-twin-information-systems.pdf [Retrieve on: 20.06.23]
• Innella, F., Arashpour, M. and Bai, Y., (2019). Lean methodologies and techniques for modular construction: Chronological and critical review. Journal of Construction Engineering and Management, 145(12), p.04019076. Retrieve From https://www.researchgate.net/profile/Associate-Prof-Mehrdad-Arashpour-2/publication/337662848_Lean_Methodologies_and_Techniques_for_Modular_Construction_Chronological_and_Critical_Review/links/5e705660458515eb5aba8616/Lean-Methodologies-and-Techniques-for-Modular-Construction-Chronological-and-Critical-Review.pdf [Retrieve on: 20.06.23]
• Allen, E. and Iano, J., (2019). Fundamentals of building construction: materials and methods. John Wiley & Sons. Retrieve From http://materialsmethods.pbworks.com/w/file/fetch/128566209/FBC%20Soil%20Retaining.pdf [Retrieve on: 20.06.23]
• El-Sayegh, S., Romdhane, L. and Manjikian, S., (2020). A critical review of 3D printing in construction: Benefits, challenges, and risks. Archives of Civil and Mechanical Engineering, 20, pp.1-25. Retrieve From https://www.academia.edu/download/85205027/s43452-020-00038-w.pdf [Retrieve on: 20.06.23]
• Georgiadou, M.C., (2019). An overview of benefits and challenges of building information modelling (BIM) adoption in UK residential projects. Construction Innovation. Retrieve From https://westminsterresearch.westminster.ac.uk/download/fc9c5fdf3e146ff1c84a26530a809a399c59bd9662c6c92cc2483d8d65627a22/132486/An%20overview%20of%20benefits%20and%20challenges%20of%20BIM%20adoption%20in%20UK%20residential%20projects_CI_04_2017_0030_minorcorrections.pdf [Retrieve on: 20.06.23]
• Kaewunruen, S. and Lian, Q., (2019). Digital twin aided sustainability-based lifecycle management for railway turnout systems. Journal of Cleaner Production, 228, pp.1537-1551. Retrieve From https://pure-oai.bham.ac.uk/ws/files/61482417/6D_BIM_of_railway_turnout_system_ver2.pdf [Retrieve on: 20.06.23]
• Gbadamosi, A.Q., Mahamadu, A.M., Oyedele, L.O., Akinade, O.O., Manu, P., Mahdjoubi, L. and Aigbavboa, C., (2019). Offsite construction: Developing a BIM-Based optimizer for assembly. Journal of cleaner production, 215, pp.1180-1190. Retrieve From https://research.manchester.ac.uk/files/84541653/Author_accepted_version.pdf [Retrieve on: 20.06.23]
• Yin, X., Liu, H., Chen, Y. and Al-Hussein, M., (2019). Building information modelling for off-site construction: Review and future directions. Automation in Construction, 101, pp.72-91. Retrieve From [Retrieve on: 20.06.23]